Neiman Marcus has issued a notification to its customers regarding a massive data breach that occurred in May 2024, potentially exposing sensitive personal information. The Neiman Marcus data breach, affecting approximately 64,472 customers, involved unauthorized access to a cloud database platform used by the luxury retailer, which is operated by Snowflake, a third-party provider. In a conversation with The Cyber Express, a Neiman Marcus spokesperson confirmed the breach, stating, "Neiman Marcus Group (NMG) recently learned that an unauthorized party gained access to a cloud database platform used by NMG that is provided by a third party, Snowflake." Prompt action was taken, with the spokesperson adding, "Promptly after discovering the incident, NMG took steps to contain it, including by disabling access to the platform."

Neiman Marcus Data Breach Confirmed

The Neiman Marcus data breach compromised a range of personal data, including customer names, contact details, dates of birth, and Neiman Marcus gift card numbers. "Based on our investigation, the unauthorized party obtained certain personal information stored in the platform," the spokesperson continued, clarifying that "The types of personal information affected varied by individual, and included information such as name, contact information, date of birth, and Neiman Marcus or Bergdorf Goodman gift card numbers (but without gift card PINs)." Neiman Marcus has acted swiftly, launching an investigation with leading cybersecurity experts and notifying law enforcement authorities. In compliance with regulatory requirements, the company has begun notifying affected customers, including reaching out to the Maine Attorney General's office. The retailer has advised customers to monitor their financial statements for any suspicious activity and has provided resources for individuals concerned about identity theft.

Mitigation Against the Neiman Marcus Data Leak

"We also began an investigation with assistance from leading cybersecurity experts and notified law enforcement authorities," the spokesperson emphasized. Customers are encouraged to request free credit reports, report any suspected fraud to law enforcement and the Federal Trade Commission, and consider placing a security freeze on their credit files as precautionary measures. Neiman Marcus Group, Inc., based in Dallas, Texas, is a popular luxury retailer that oversees brands such as Neiman Marcus, Bergdorf Goodman, Horchow, and Last Call. Since September 2021, it has been under the ownership of a consortium of investment firms led by Davidson Kempner Capital Management, Sixth Street Partners, and Pacific Investment Management. Following this Neiman Marcus data leak, the firm has established a dedicated toll-free hotline (1-885-889-2743) for affected customers seeking further information or assistance related to the data breach incident. 

When transitioning to remote work, the dynamics drastically change from working within a dedicated office environment tailored to the tasks at hand. Adjusting to this new setting can pose challenges in ensuring responsible handling of sensitive company data. In this article, The Cyber Express (TCE) Team delves into essential cybersecurity measures your company should implement or may already have in place. TCE also emphasizes actions one can take personally, whether they're accessing networks from home or public locations. Both employers and employees share the responsibility of adhering to strong security protocols, especially with the rise of cyber threats. As organizations increasingly prioritize data protection and server security, it's crucial to stay informed about the latest cybersecurity tips for remote work environments. Keep reading to discover key steps to strengthen your cybersecurity posture while working remotely.

Cybersecurity Tips for Remote Workers

Jollibee Foods Corporation (JFC), which is the largest fast-food chain operator in Philippines, has launched an investigation for an alleged data breach in its system that may have affected millions of its customers across the globe. The Jollibee probe was initiated after a threat actor claimed responsibility for breaching the systems of the Jollibee Foods Corporation. On June 21, The Cyber Express reported that a notorious attacker, operating under the alias “Sp1d3r”, claimed to have access to the sensitive data of 32 million customers of the fast food chain and offered to sell the database for $40,000 on the dark web. [caption id="attachment_78479" align="alignnone" width="1950"] Source: X[/caption]

Details of Jollibee Probe into Cyberattack

The Philippines National Privacy Commission (NPC) regulations make it mandatory for organizations in the country to report and inform stakeholders of cybersecurity incidents within 72 hours of discovery. A statement was released on June 22 by Richard Shin, Chief Financial Officer and Corporate Information Officer of JFC, which said that it was addressing “a cybersecurity incident” that reportedly affected the company, “in addition to other subsidiaries”. “The Company is addressing the incident and has implemented its response protocols and deployed enhanced security measures to further protect the Company’s and its subsidiaries’ data against threats. The Company has also launched its investigation on the matter to understand the scope of this incident, and is currently working with the relevant authorities and experts in its investigation,” the statement said. JFC, however, added that its e-commerce platforms and those of its subsidiaries’ brands remained unaffected by the cyberattack and continued to be operational. It added that the safety of data from stakeholders was paramount for the company. “JFC recognizes the value and importance of the confidentiality of personal information of its stakeholders. The Company assures the public of its commitment to prioritize the protection and confidentiality of such personal information, including customer data, by continuously fortifying its defenses against future threats,” the company said. “The Company further assures the public that it continues to monitor and update its security measurements as appropriate under the circumstances, and as may be required by the results of its investigation into this matter,” it added. The fast-food delivery group urged the public to be vigilant and exercise good information security practices, including keeping passwords secure and changing them often.

Jollibee’s Cybersecurity Concerns  

The alleged data breach of the fast-food chain took place on popular data hack site BreachForums on June 20. The threat actor, “Sp1d3r”, claimed to have carried out a cyberattack and had gained access to the data of 32 million Jollibee customers, including their names, addresses, phone numbers, email addresses and hashed passwords. The hacker also allegedly exfiltrated 600 million rows of data related to food delivery, sales orders, transactions and service details. JFC, meanwhile, is investigating this alleged cyberattack on its brands and subsidiaries, including Greenwich, Red Ribbon, Burger King Philippines, and Highlands Coffee. This is not the first time that Jollibee has faced flak for its cybersecurity measures. In December 2017, JFC had informed of a data breach of its delivery website. The NPC had then warned that the data of 18 million customers was at “a very high risk” of being exposed. After an investigation, the NPC in May 2018 suspended Jollibee’s delivery website due to “serious vulnerabilities.” JFC also took down the delivery websites of its other brands. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

In a world increasingly dependent on digital infrastructure, the cybersecurity landscape continues to evolve, and so does the role of women in this critical field. Irene Corpuz, a cyber policy expert at the Dubai Electronic Security Center and co-founder and board member of Women in Cyber Security Middle East (WiCSME), shared her insights on effective strategies for encouraging women in cybersecurity and the challenges small businesses face in prioritizing cybersecurity at The World Cybercon META Edition hosted by The Cyber Express in Dubai.

Strategies to Encourage Women in Cybersecurity

Irene Corpuz believes that collaboration and communication are key to empowering women in cybersecurity. One of the most effective strategies is to collaborate and communicate our objectives and advocacy for increasing and empowering women in cyber," she states. By showcasing women in various roles—from mentors and speakers to leaders—on platforms like conferences, the visibility and success of these women can inspire others to pursue their ambitions in the field. "Seeing other women grow and succeed motivates them to pursue their dreams and careers," Irene emphasizes. She highlights the importance of a supportive community, which acts as a backbone for women in cybersecurity, helping them navigate and thrive in the industry.

Trends in Women's Participation in Cybersecurity

Reflecting on her journey, Irene observes a positive trend in the participation of women in cybersecurity. When WiCSME was founded in 2018, women made up only 12% of the cybersecurity workforce. However, this number has significantly increased to 25% by last year. This growth is attributed not just to WiCSME but to the collective efforts of various women-in-cyber organizations worldwide. "There’s a continuous growth, and awareness of the importance of diversity and inclusion in cybersecurity is becoming more widespread," Irene notes. This trend signifies a growing recognition of the value that diverse perspectives bring to the cybersecurity industry.

Challenges for Small Businesses in Cybersecurity

Transitioning the conversation to small businesses, Irene sheds light on the challenges they face in prioritizing cybersecurity. "Small businesses and young entrepreneurs often face constraints in financial resources," she explains. As these businesses focus on growth and expanding their customer base, investing in cybersecurity often becomes a secondary priority. However, Irene stresses the importance of embedding a cybersecurity and awareness culture from the beginning, even if it means taking small steps. "Startups and SMEs need to take baby steps in embedding cybersecurity and awareness culture within their employees," she advises. As these companies mature, their cybersecurity measures should evolve accordingly to build a resilient defense against cyber threats.

Conclusion

The insights shared by Irene Corpuz underscore the significance of community support and visibility in empowering women in cybersecurity. Furthermore, her perspective on the challenges faced by small businesses highlights the necessity of integrating cybersecurity practices gradually and consistently. As the cybersecurity landscape continues to evolve, the contributions of women and the resilience of small businesses will play a pivotal role in shaping a secure digital future.

The Association of Texas Professional Educators (ATPE) is notifying more than 414,000 of its members that their personal information may have been compromised in a data breach incident that occurred earlier this year. ATPE is largest community of educators in Texas, and aims to elevate public education in the state. The association advocates for Texas educators and provides affordable, high-quality products and services, including legal and educational services. The professional organization for educators said in a recent letter that it detected suspicious activity on its network on Feb. 12 and launched an investigation with the help of a cybersecurity firm.

Association of Texas Professional Educators Data Breach

On February 12, 2024, ATPE detected abnormal activity on its network, which led to a comprehensive forensic investigation. The investigation concluded on March 20, 2024, and found evidence that some of ATPE's systems had been accessed by an unauthorized user. Based on this finding, ATPE reviewed the affected systems to identify the specific individuals and types of information that may have been compromised. The accessed information varied depending on when members joined:

• For those who became members before May 15, 2021, the breach may have exposed names, addresses, dates of birth, Social Security numbers and medical records. Tax Identification Numbers could also possibly have been accessed if employers used them as identifiers.
• For members who received payments from ATPE via ACH transactions, financial account information could also have been accessed.

ATPE said that while it has no evidence that anyone's information has been misused, it is notifying members "out of an abundance of caution and for purposes of full transparency."

Response to Breach Incident and Credit Offering

Since discovery of the breach, ATPE stated that it has taken several steps to secure its systems, including:

• Disconnecting all access to its network.
• Change of administrative credentials.
• Installation of enhanced security safeguards on ATPE's environment and endpoints.
• Restoration of ATPE's website in a Microsoft Azure hosted environment.

The organization said it will continue efforts to mitigate potential harm in the future. ATPE is providing affected members with free credit monitoring and identity protection services for one year through Cyberscout, a company specializing in fraud assistance. Members must enroll by Sept. 15, 2024. Details on how to activate the free services are included in the notification letters sent to members' homes. The association has also advised individuals to remain vigilant for possible incidents of identity theft and fraud, review account statements, and monitor credit reports for suspicious or unauthorized activity. ATPE said it sincerely regrets any concern or inconvenience caused by the incident but remains committed to safeguarding users' personal information. Law firm Federman & Sherwood has announced that it would conduct a separate investigation into the Association of Texas Professional Educators data breach. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

Researchers have discovered that various threat actors groups associated with Chinese state-linked espionage have been conducting a sustained hacking campaign targeting telecommunications operators in an unnamed Asian country since at least 2021. The attackers relied on custom malware and tactics tied to several China-linked espionage groups, suggesting Chinese state sponsorship.

Malware Variants Used in Chinese Espionage Campaign

Researchers from Symantec observed the use of several custom malware linked to China-based threat actors, including:

• Coolclient: A backdoor used by the Fireant group that logs keystrokes and communicates with command servers. The campaign utilized a version delivered via a trojanized VLC media player. It is linked to the Fireant group, also known as Mustang Panda or Earth Preta.
• Quickheal: A backdoor associated with the Needleminer group, also known as RedFoxtrot or Nomad Panda. The variant used in the campaign was nearly identical to those documented in 2021. It communicated with a command server at swiftandfast[.]net.
• Rainyday: A backdoor tied to the Firefly group, also known as Naikon. Multiple variants were deployed using trojanized executables to sideload malicious loaders and decrypt payloads. At least one loader variant matched those linked to Firefly in 2021.

The attackers also used a variety of tactics, techniques, and procedures (TTPs) to compromise targets. These included keylogging malware that were possibly custom-developed, and port scanning tools to identify vulnerable systems. They also employed credential theft through the dumping of registry hives and exploited the Remote Desktop Protocol (RDP). Additionally, they used a publicly available tool, Responder, to act as a Link-Local Multicast Name Resolution (LLMNR), NetBIOS Name Service (NBT-NS) and multicast DNS (mDNS) poisoner. Nearly all victims in the campaign were telecoms operators, along with a services company that caters to the telecoms sector and a university in a different country in Asia. The researchers suggested that the campaign may even date as far back as the year 2020.

Campaign Motives and Attribution

The custom malware exclusively used by Fireant, Needleminer and Firefly provides strong evidence that this campaign involves Chinese state-sponsored groups. Firefly has been linked to a Chinese military intelligence unit by the U.S.-China Commission. The level of coordination between the groups involved is unclear but possibilities include independent action, personnel/tool sharing, or active collaboration. The ultimate motives behind the hacking campaign remain uncertain. Potential objectives include intelligence gathering on the telecommunications sector, eavesdropping on voice and data communications, or developing disruptive capabilities against critical infrastructure. To protect against these threats, telecom operators and other organizations should ensure they have the latest protection updates and implement robust security measures to detect and block malicious files. The researchers shared several Indicators of compromise and file hashes to help defenders detect against the campaign. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

Researchers have discovered a new phishing campaign that relies on a phishing-as-a-service platform called ONNX Store, available for purchase over Telegram. ONNX Store appears to be a rebranded version of an already existing phishing kit called Caffeine. The kits share infrastructure and are advertised on the same Telegram channels. The phishing campaign targets financial institutions with QR codes embedded in PDF attachments. When victims scan these codes with their phones, they are redirected to fake login pages designed to collect login credentials and two-factor authentication keys.

ONNX Store Enables Theft of Credentials in Real Time

[caption id="attachment_77987" align="alignnone" width="1179"] Source: blog.eclecticiq.com[/caption] ONNX Store offers a  variety of powerful phishing tools designed to support cybercriminals, including custom phishing pages, webmail servers, 2FA cookie stealers, and "fully undetectable" referral services that use trusted domains to direct victims to phishing landing pages. Researchers from EclecticIQ have noticed that threat actors using the ONNX Store phishing kit tend to distribute PDF files as attachments in phishing emails. Impersonating a reputable service, these documents contain a QR code that directs victims to malicious phishing landing pages. This tactic, known as "quishing," takes advantage of the lack of detection or prevention present on employee's personal mobile devices, which are usually left unprotected. The lack of protection on mobile devices also makes it challenging to monitor these threats. The phishing landing pages aim to steal sensitive credentials using the Adversary-in-The-Middle (AiTM) method, which allows for real-time capture and transmission of stolen data without the need for frequent HTTP requests. This makes the phishing operation more efficient and harder to detect. The ONNX Store Phishing Kit uses encrypted JavaScript code that decrypts itself upon page load and includes a basic anti-JavaScript debugger. This adds a layer of protection against phishing scanners and complicates detection. The decrypted JavaScript code then collects the victims' network metadata, including details such as browser name, IP address, and location. The decrypted JavaScript code is designed to steal 2FA tokens entered by the victims. This allows attackers to bypass typical 2FA protection and gain unauthorized access to the victim's account before it expires. Researchers identified similarities in domain registrant and SSL issuer across various infrastructures deployed by the ONNX Store phishing kit. These similarities indicated the use of bulletproof hosting services to host the campaign.

Researchers Believe ONNX Store is Rebranding of Caffeine Kit

Researchers have assessed that the ONNX Store phishing kit is likely a rebranding of the Caffeine phishing kit. This assessment is based on the significant overlaps in infrastructure and advertising on the same Telegram channels. This overlap includes the involvement of the Arabic-speaking threat actor MRxC0DER as the likely developer and maintainer behind the Caffeine kit. [caption id="attachment_77989" align="alignnone" width="1393"] Source: blog.eclecticiq.com[/caption] The rebranding of the platform appears to be focused on improving operational security for malicious actors. The ONNX Store service enables threat actors to control operations through Telegram bots with an additional support channel to assist clients rather than a single web server. This shift in infrastructure and management makes it more challenging to take down the platform's phishing domains. To further increase its resilience, ONNX Store uses Cloudflare services to delay the removal process of its phishing domains. This abuse of Cloudflare's CAPTCHA feature and IP proxy helps attackers avoid detection through the use of phishing web crawlers and URL sandboxes. This practice also hides the original host and makes it more difficult to take down phishing domains. Advertised with slogans like "Anything is allowed" and "Ignore all reports of abuse", these services are designed to support a wide range of illegal activities without the risk of being blocked, creating a safe haven for cybercriminals. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

Two Rhode Island men pleaded guilty to hacking into a confidential federal law enforcement database and using the sensitive information to threaten and extort a victim. Sagar Steven Singh, 20, and Nicholas Ceraolo, 26, were members of a hacking group called “ViLe” that collected victims’ personal data to harass, threaten or extort them in a practice known as “doxxing,” prosecutors said. Victims could pay to have their information removed from or kept off ViLe’s public website.

Breach and Abuse of Federal Law Enforcement Portal

According to the press release, on May 7, 2022, Singh used a stolen password belonging to a police officer to access a non-public, password-protected federal law enforcement portal. The portal, maintained by the U.S. Drug Enforcement Administration (DEA), holds detailed records on narcotics and currency seizures as well as law enforcement intelligence reports with respective state and local agencies. [caption id="attachment_77700" align="alignnone" width="1954"] Source:archive.org[/caption] The next day, Singh told Ceraolo in an online chat that he shouldn’t have accessed the portal and was “no gov official.” Ceraolo then shared the stolen login credentials with others in the ViLe hacking group. Shortly after, Singh used the database to obtain personal information on an individual. He messaged the victim, referred to in court documents as Victim-1, threatening to harm their family if they did not provide login credentials to their Instagram accounts. To prove he had access to sensitive information, Singh included Victim-1’s Social Security number, driver’s license number and home address. He told Victim-1 that through the database portal, “i can request information on anyone in the US doesn’t matter who, nobody is safe.” Singh instructed Victim-1 to sell access to the Instagram accounts and give him the money. His messages implied he would use the information to harm Victim-1’s parents if demands were not met. [caption id="attachment_77699" align="alignnone" width="2186"] Source: dea.gov[/caption] While the court documents focus on the case of Victim-1, the duo also threatened other individuals whose information they had access to for financial gains. According to an earlier report from Vice, the portal that was used by the duo is the EPIC(El Paso Intelligence Center) Portal.

Guilty Pleas Over Actions

Singh and Ceraolo were charged in March 2023 with computer intrusion conspiracy and aggravated identity theft. Singh pleaded guilty to both counts on June 17, while Ceraolo had done so May 30, the U.S. Attorney’s Office in the Eastern District of New York announced. U.S. Attorney Breon Peace condemned the men’s actions as “ViLe,” a reference to the hacking group’s disturbing logo depicting a hanging girl. He stated, “They hacked into a law enforcement database and had access to sensitive personal information, then threatened to harm a victim’s family and publicly release that information unless the defendants were ultimately paid money. Our Office is relentless in protecting victims from having their sensitive information stolen and used to extort them by cybercriminals.” He thanked the HSI's El Dorado Task Force, the Federal Bureau of Investigation and the New York Police Department for assistance in the case. HSI New York Special Agent in Charge Ivan J. Arvelo stated, “The defendants, along with their co-conspirators, exploited vulnerabilities within government databases for their own personal gain. These guilty pleas send a strong message to those that would seek illicit access to protected computer systems." He added, "HSI New York's El Dorado Task Force will continue to work with law enforcement partners to uncover evidence until every member of the ViLe group and similar criminal organizations are brought to justice.” The defendants face two to seven years in federal prison upon sentencing for the case in charges related to conspiring to commit computer intrusion and aggravated identify theft. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

By: Abhilash R., Head of Cybersecurity at OQ Trading In a progressively digital world, small and medium sized enterprises (SMEs) are not immune to cyber threats. Despite their size, SMEs are prime targets for cyberattacks due to their limited resources and perceived vulnerability. Therefore, implementing robust cybersecurity strategies is imperative to safeguard sensitive data, maintain customer trust, and ensure business continuity. This article delves into five essential cybersecurity strategies tailored to SMEs, emphasizing their importance, and providing cost effective solutions.

Employee Education and Training

One of the most critical cybersecurity strategies for SMEs is ensuring that employees are educated and trained in cybersecurity best practices. Human error remains a significant factor in cyber incidents, making cybersecurity awareness training indispensable. Employees should be educated on recognizing phishing attempts, creating strong passwords, and understanding the importance of software updates. Importance: Employees serve as the first line of defence against cyber threats, they are also the weakest links in cybersecurity. By educating them, SMEs can significantly reduce the risk of successful cyberattacks. Solutions: Implement regular cybersecurity training sessions for all employees, covering topics such as identifying suspicious emails, safe internet browsing practices, and responding to security incidents. Utilize online training resources and simulations to reinforce learning effectively. You can develop internal cybersecurity awareness materials using free or low cost presentation tools such as Google Slides or Microsoft PowerPoint. Create engaging presentations covering topics like identifying phishing emails, password best practices, and responding to security incidents. Additionally, leverage free online resources such as cybersecurity blogs, webinars, and tutorials to supplement employee training efforts. Encourage participation in online courses offered by reputable cybersecurity organizations, some of which may be available at no cost.

Implementing Multi-Factor Authentication (MFA)

Multifactor authentication (MFA) adds an extra layer of security by requiring users to provide multiple forms of verification before accessing sensitive data or systems. This strategy helps mitigate the risk of unauthorized access, even if passwords are compromised. Importance: Passwords alone are no longer sufficient to protect against cyber threats. MFA significantly enhances security by requiring additional authentication factors, such as biometric data or one-time codes. Solutions: Implement MFA for all accounts with access to sensitive information or critical systems. Many cloud-based services and software applications offer built-in MFA capabilities, making implementation relatively straightforward and cost effective. Utilize built-in MFA features provided by cloud-based services and software applications, many of which offer MFA functionality at no additional cost. Implement open source MFA solutions that can be customized to fit the organization's specific needs without incurring licensing fees. Alternatively, explore low-cost MFA options offered by third-party providers, ensuring compatibility with existing systems and scalability as the business grows.

Regular Data Backups

Data loss can have devastating consequences for SMEs, ranging from financial losses to reputational damage. Regularly backing up data is essential for mitigating the impact of ransomware attacks, hardware failures, or accidental deletions. Importance: Data backups serve as a safety net, allowing SMEs to recover quickly in the event of a cyber incident. Without backups, businesses risk permanent loss of valuable information. Solutions: Automate regular backups of critical data to secure cloud storage or offline storage devices. Utilize backup solutions that offer versioning capabilities, allowing businesses to restore data to previous states if necessary. Utilize cloud based backup solutions that offer affordable storage options and automated backup scheduling. Leverage free or low cost backup software with basic features for backing up critical data to secure cloud storage or external hard drives. Implement a combination of full and incremental backups to optimize storage space and minimize backup times. Explore open source backup solutions that provide flexibility and customization options without the need for expensive proprietary software.

Network Security Measures

Securing the network infrastructure is crucial for protecting against external threats and unauthorized access. SMEs should implement robust network security measures, such as firewalls, intrusion detection systems (IDS), and virtual private networks (VPNs). Importance: Networks are prime targets for cyberattacks, making network security measures essential for preventing unauthorized access and data breaches. Solutions: Deploy firewalls to monitor and control incoming and outgoing network traffic. Implement IDS to detect and respond to suspicious activities within the network. Utilize VPNs to encrypt data transmissions and establish secure connections for remote workers. Implement open source firewall solutions that provide robust network protection without the high cost associated with commercial firewalls. Utilize free or low cost intrusion detection system (IDS) software that offers essential features such as real time monitoring and threat detection. Explore cost effective virtual private network (VPN) solutions tailored to SMEs' needs, such as subscription based services with affordable pricing plans and easy deployment for remote workers.

Regular Security Assessments and Updates

Cyber threats are constantly evolving, requiring SMEs to stay vigilant and proactive in their cybersecurity efforts. Regular security assessments and updates help identify vulnerabilities and ensure that systems and software are up to date with the latest security patches. Importance: Cyber threats are continuously evolving, making regular security assessments and updates essential for maintaining strong cybersecurity posture. Solutions: Conduct regular security assessments to identify potential vulnerabilities in systems, networks, and applications. Develop and implement a patch management strategy to ensure that software and firmware updates are applied promptly. Conduct internal security assessments using free or low cost vulnerability scanning tools to identify potential weaknesses in systems and networks. Utilize open source penetration testing frameworks to simulate cyberattacks and assess the effectiveness of existing security measures. Implement a systematic approach to applying security patches and updates, leveraging free tools provided by software vendors or community driven initiatives. Additionally, establish internal processes for monitoring security advisories and alerts issued by relevant authorities to stay informed about emerging threats and vulnerabilities. In conclusion, cybersecurity is a critical concern for SMEs in today's digital landscape. By implementing the strategies explained above, SMEs can significantly enhance their cybersecurity posture without breaking the bank. Investing in cybersecurity is not only essential for protecting sensitive data and maintaining business operations but also for safeguarding the long-term viability and reputation of SMEs in an increasingly interconnected world. About Author: Abhilash Radhadevi, a seasoned cybersecurity leader, serves as the Head of Cybersecurity at OQ Trading, bringing over two decades of comprehensive experience in the Banking, Financial, Oil and Energy sectors. Widely recognized for his adept leadership, Abhilash has effectively steered international organizations through intricate security challenges. His illustrious career includes spearheading pioneering cybersecurity strategies, resulting in prestigious awards and acclaim. Beyond his professional achievements, Abhilash maintains a global influence and demonstrates unwavering commitment to mentoring, showcasing his dedication to shaping the future landscape of cybersecurity. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

By Hoda Alkhzaimi The technological prowess of small nations is increasingly recognized as a significant driver of global economic power. This is because technology is a great equalizer; it can enable small nations to leapfrog development stages and compete on a global scale. For instance, the UNCTAD Technology and Innovation Report 2021 highlights that frontier technologies like AI, robotics, and biotechnology have the potential to significantly boost sustainable development, while also posing the risk of widening the digital divide. Small nations, by embracing these technologies, can foster innovation, improve productivity, and create high-value industries that contribute to global trade and economic growth. Moreover, the digital transformation allows for the democratization of information and resources, enabling smaller economies to participate in markets traditionally dominated by larger countries. The OECD also emphasizes the role of SMEs in adapting to a more open and digitalized environment, which is essential for inclusive globalization. Therefore, the technological development of small nations is not just about national progress; it's about contributing to and shaping the global economic landscape. By investing in technology and innovation, small nations can assert their presence on the world stage, influencing global trends and economic policies. Cyber conflicts have emerged as a significant factor in international relations, influencing the dynamics of power in the digital age. The Atlantic Council's Cyber Statecraft Initiative highlights the shift from traditional deterrence strategies to more proactive measures like Defend Forward and Persistent Engagement, reflecting the evolving nature of cyber threats. Research published in Armed Forces & Society suggests that cyber conflicts, termed 'cool wars', are reshaping interactions between states, with denial-of-service attacks and behaviour-changing tactics significantly affecting state relations. Moreover, the ICRC has raised concerns about the protection of civilians from cyber threats during armed conflicts, emphasizing the need for legal and policy frameworks to address the digital risks in warfare. The CyberPeace Institute's analysis of cyberattacks in the context of the Ukraine conflict provides valuable data on the harm to civilians and the evolution of cyber threats. Additionally, the European Repository of Cyber Incidents offers an extensive database of cyber incidents, which can serve as a resource for understanding the scope and impact of cyber warfare. These insights underscore the importance of cyber capabilities in asserting influence and the need for robust cyber defence mechanisms to safeguard national security and civilian welfare in the face of digital threats. The interplay between cyber operations and political power is complex, and as technology continues to advance, the implications for international stability and power hierarchies will likely become even more pronounced

The Role of Misinformation and Disinformation in Cyberconflict

Misinformation and disinformation play a critical role in the landscape of cyberconflict, shaping public perception and influencing the dynamics of geopolitical tensions. A report by Full Fact highlights the detrimental impact of false information on democratic societies, emphasizing the need for informed citizenship to combat the spread of such information. Similarly, data from UNESCO underscores the pervasive risk of encountering disinformation across various media platforms, with statistics indicating a significant trust deficit in media and an increase in the manipulation of news consumption. The cybersecurity sector also recognizes disinformation as a substantial threat, with a study by the Institute for Public Relations revealing that 63% of Americans view disinformation as a major societal issue, and nearly half of cybersecurity professionals consider it a significant threat to security. These concerns are echoed globally, as a survey found that over 85% of people worry about the impact of online disinformation on their country's politics. The intertwining of misinformation, disinformation, and cyberconflict presents a complex challenge that requires a multifaceted approach, including media literacy, regulatory frameworks, and international cooperation to mitigate its effects and safeguard information integrity.

The Role of Big Tech in Cyberconflict Interplay

The role of big tech companies in cyber conflict is a complex and evolving issue. These companies often find themselves at the forefront of cyber conflict, whether as targets, mediators, or sometimes even participants. For instance, during civil conflicts, digital technologies have been used to recruit followers, finance activities, and control narratives, posing additional challenges for peacemakers. The explosive growth of digital technologies has also opened new potential domains for conflict, with state and non-state actors capable of carrying out attacks across international borders, affecting critical infrastructure and diminishing trust among states. In response to the invasion of Ukraine, big tech companies played crucial roles in addressing information warfare and cyber-attacks, showcasing their significant influence during times of conflict. Moreover, the technological competition between major powers like the United States and China further highlights the geopolitical dimension of big tech's involvement in cyber conflict. These instances underscore the need for a robust framework to manage the participation of big tech in cyber conflict, ensuring that their capabilities are harnessed for peace and security rather than exacerbating tensions.

Hedging the Risks of Using AI and Emerging Tech To Scaleup Misinformation and Global Cyberconflicts

In response to the growing threat of election misinformation, various initiatives have been undertaken globally. The World Economic Forum has identified misinformation as a top societal threat and emphasized the need for a concerted effort to combat it, especially in an election year with a significant global population going to the polls. The European Union has implemented a voluntary code of practice for online platforms to take proactive measures against disinformation, including the establishment of a Rapid Alert System and the promotion of fact-checking and media literacy programs. In the United States, the Brennan Center for Justice advocates for active monitoring of false election information and collaboration with internet companies to curb digital disinformation. Additionally, the North Carolina State Board of Elections (NCSBE) provides guidelines for the public to critically assess the credibility of election news sources and encourages the use of reputable outlets. These initiatives represent a multifaceted approach to safeguarding the integrity of elections by enhancing public awareness, improving digital literacy, and fostering collaboration between governments, tech companies, and civil society. In the ongoing battle against election misinformation, several key alliances and actions have been formed. Notably, the AI Elections Accord was proposed for public signature at the Munich Security Conference on February 16, 2024. This accord represents a commitment by technology companies to combat deceptive AI content in elections. In a similar vein, Meta established a dedicated team on February 26, 2024, to address disinformation and the misuse of AI leading up to the European Parliament elections. Furthermore, the Federal Communications Commission (FCC) in the United States took a decisive step by making AI-generated voices in robocalls illegal on February 8, 2024, to prevent their use in misleading voters. These measures reflect a growing recognition of the need for collaborative efforts to safeguard the integrity of elections in the digital age. The alliances and regulations are pivotal in ensuring that the democratic process remains transparent and trustworthy amidst the challenges posed by advanced technologies. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

In today's cybersecurity world, the call for innovation and resilience has never been more urgent. Yet, amidst the pursuit of cutting-edge technologies and strategies, a critical aspect often overlooked is the power of neurodiversity. As organizations strive to cultivate inclusive environments and provide equal opportunities for neurodivergent individuals, questions abound on how this diverse talent pool can contribute to cybersecurity. This article aims to explore these questions comprehensively, shedding light on why embracing neurodiversity isn't just a moral imperative but a strategic advantage in safeguarding digital assets. By delving into the significance of neurodivergent individuals in the cybersecurity field readers will gain valuable insights into the importance of fostering inclusivity and understanding neurodiversity's role in shaping the future of cybersecurity.

What is Neurodiversity in Cybersecurity?

Neurodiversity in cybersecurity refers to the recognition and inclusion of individuals with diverse cognitive profiles, including conditions such as autism, ADHD, dyslexia, and others, within cybersecurity teams. These individuals bring unique perspectives, skills, and talents to the table, enhancing the overall effectiveness of cybersecurity operations. “Seeking out neurodiverse teammates in hiring and recognizing and building around their strengths can be a vital asset to anticipating an adversary’s moves and uncovering potential solutions to problems before they arise,” said Gunnar Peterson, CISO at Forter. Neurodiverse individuals often exhibit exceptional logical and methodical thinking, attention to detail, and cognitive pattern recognition skills. For example, they can hyperfocus on tasks, giving complete attention to specific issues for prolonged periods, which is invaluable in identifying and mitigating security threats. Their ability to engage deeply in their work ensures that even the smallest anomalies are detected and addressed swiftly. Moreover, many neurodiverse individuals thrive on repetitive tasks and routines, finding comfort and even excitement in long, monotonous processes. This makes them well-suited for roles that involve continuous monitoring and analysis of security data. Their high levels of concentration and persistence allow them to stay on task until solutions are found, ensuring thorough and effective problem-solving. Creativity is another significant benefit that neurodiverse individuals bring to cybersecurity. Their unique, nonlinear thinking enables them to approach problems from different angles and develop innovative solutions. This creativity is crucial for devising new methods to counteract evolving cyber threats. For instance, a neurodivergent team member might come up with an unconventional but highly effective way to secure a network that others might overlook. Furthermore, neurodiverse individuals often possess strong reasoning skills and keen awareness, contributing valuable insights into cybersecurity strategies. Their ability to think outside the box allows them to anticipate potential issues that others might miss, enhancing the overall security posture of an organization. In terms of teamwork, neurodiverse individuals respond well to inclusive environments. A diverse team, comprising various cognitive profiles, tends to react better to challenges and fosters a more innovative and productive atmosphere. When neurodivergent individuals are included and valued, team morale improves, leading to higher overall performance and productivity.

Challenges Faced by Neurodiverse Individuals in Cybersecurity

Neurodiverse individuals face several challenges in the workplace that can impact their ability to thrive, despite their unique strengths. For example, sensory sensitivities common in conditions like autism can make traditional office environments overwhelming due to bright lights, loud noises, or crowded spaces. This can lead to increased stress and decreased productivity. Communication barriers are another significant challenge, as some neurodivergent individuals may struggle with social cues and norms, making it difficult for them to participate effectively in team meetings or collaborative projects. For instance, someone with ADHD might find it challenging to maintain focus during long meetings, potentially missing critical information. Additionally, rigid workplace structures and a lack of flexibility can hinder neurodiverse employees, who may require different accommodations, such as varied working hours or remote work options, to perform optimally. These challenges highlight the need for inclusive workplace practices that recognize and support the diverse needs of neurodiverse individuals, enabling them to contribute their valuable skills more effectively.

How to Create Neurodiverse-Friendly Work Environments

Creating a neurodiverse-friendly work environment involves considering several key factors to support and accommodate the unique needs of neurodivergent individuals. Here are the steps to create such an environment: Sensory: Addressing the sensory environment is crucial. This means ensuring that the workplace is comfortable regarding lighting, noise, and overall ambiance. For example, providing noise-canceling headphones, adjustable lighting, or quiet workspaces can help neurodivergent employees focus better and reduce sensory overload. Timely: A timely environment means allowing sufficient time for tasks and avoiding unrealistic deadlines. Clearly communicating timeframes and allowing flexibility can reduce stress. For instance, giving employees enough time to complete tasks without last-minute rushes can improve their productivity and job satisfaction. Explicit: Communication should be clear and explicit. This involves providing detailed instructions and avoiding ambiguous language. For example, instead of saying, "Get this done soon," specify, "Please complete this task by 3 PM tomorrow." This clarity helps neurodivergent individuals understand expectations and reduces anxiety. Predictable: Creating a predictable environment can help reduce anxiety and improve focus. This includes having regular schedules and clear procedures. For instance, if meetings are scheduled at consistent times and agendas are shared in advance, neurodivergent employees can prepare better and feel more secure. Social: Fostering a supportive social environment means recognizing that not everyone may be comfortable with the same level of social interaction. Offering structured social activities and respecting individual preferences can create a more inclusive workplace. For example, providing clear invitations to social events with detailed information about what to expect can help neurodivergent employees feel more comfortable. Additionally, implementing a "traffic-light" system with colored cards or post-it notes (green for willing to interact, yellow for maybe, and red for needing to focus) can help manage social interactions effectively and respect individual boundaries. By incorporating these STEPS, organizations can create an inclusive and supportive work environment that leverages the unique strengths of neurodivergent employees, ultimately enhancing overall productivity and innovation. Training Programs: Providing specialized training and development programs can help neurodivergent individuals thrive in cybersecurity roles. This includes offering tailored training sessions that address their unique learning styles and strengths. For example, using visual aids and hands-on activities can enhance understanding and retention. Mentorship programs where experienced employees guide neurodivergent staff can also be beneficial, offering personalized support and career development advice. Moreover, continuous learning opportunities, such as workshops on the latest cybersecurity trends and technologies, can keep neurodivergent employees engaged and up-to-date with industry advancements.

Read Ahead

“Once we start to remove what those barriers are, the way that we do things, our culture of understanding and our bias of conditions, then we can start to be more inclusive and welcome a more diverse workforce,” said Foxcroft. By harnessing the unique strengths of neurodivergent individuals, organizations can unlock a wellspring of creativity, focus, and unconventional problem-solving. It's a future where cybersecurity teams aren't just well-equipped, but exceptionally prepared – a future where "thinking differently" becomes the key to defending against the unthinkable. So, what steps will you take to create a more inclusive cybersecurity workforce? The answers may well determine the future security of our digital world.

Imagine a team of brilliant detectives, each with their own quirks and talents. One might be a meticulous observer, another a whiz at puzzles, and the third a master of creative leaps. This diverse team is unstoppable, able to crack any case because their strengths complement each other. That's the power of neurodiversity in cybersecurity! People with autism, ADHD, dyslexia, and other conditions bring fresh and valuable perspectives to the fight against cybercrime, enhancing the ability to address complex challenges in innovative ways. They excel at spotting patterns, focusing intensely, and thinking outside the box - exactly what defenders need to outsmart hackers. Neurodiversity in cybersecurity is a concept that has gained significant traction over the past decade. The term "neurodiversity" originated in the late 1990s and has since evolved to encompass a range of conditions, not as limitations, but as strengths. Within the industry, this movement gained momentum around the mid-2010s. It stemmed from a critical need for diverse problem-solving skills and innovative thinking. Cybersecurity challenges are complex puzzles, requiring a variety of approaches to detect, analyze, and mitigate threats. By embracing neurodiversity, the industry doesn't just improve its capabilities, it sets a standard for inclusivity. It taps into a pool of untapped talent that perceives and interacts with the world in ways that benefit everyone. To celebrate this diversity, The Cyber Express hosted the "Inclusive Cyber" webinar. The event brought together experts to discuss how neurodiversity, with its wide range of cognitive styles and personalities, significantly enhances the field of cybersecurity. It's a space where innovation and diverse perspectives are not just beneficial, but essential.

Speakers' Insights on Neurodiversity in Cybersecurity

The webinar featured renowned cybersecurity champion Holly Foxcraft, recognized as one of the most influential women in the field. Alongside her was security wiz and advocate Jennifer Cox, Director for Ireland at Women in Cyber Security (WiCyS) UK & Ireland and a Security Engineering Manager at Tenable. The session was moderated by Jo Mikleus, Senior Vice President at Cyble, who skillfully facilitated the discussion, highlighting the critical role of inclusive practices in cybersecurity. Both speakers shared their personal and professional experiences with neurodiversity, providing valuable insights into the integration of neurodivergent professionals in the tech industry. Holly Foxcraft initiated the discussion by defining neurodiversity and its societal implications. She highlighted how societal norms often fail to accommodate the diverse ways individuals process information, which can lead to misunderstandings and underutilization of potential. Foxcraft explained, "Neurodiversity means that just like physical traits, our cognitive differences are natural. Society, however, has established certain expectations about how individuals should behave and process information. Deviations from these norms are termed as neurodivergence, encompassing recognized conditions such as autism and ADHD, and broader, undefined behaviors that diverge from what is considered typical." Following Holly’s introduction, Jennifer Cox discussed the common misconceptions about neurodivergent individuals, especially those with ADHD. She expressed, "There’s a prevalent myth that individuals with ADHD have boundless energy, which is far from reality. Managing everyday conversations can be as draining for us as physical exertion, leading to rapid burnout." Cox also shared her personal journey with ADHD, diagnosed in her forties, underscoring the challenges and late realizations many neurodivergent individuals face.

Challenges Faced by Neurodivergent Professionals

Jennifer Cox further addressed the managerial misconceptions surrounding the support needs of neurodivergent employees. She clarified that contrary to popular belief, neurodivergent individuals do not necessarily require extensive managerial time. Instead, they benefit significantly from targeted adjustments and understanding. "Simple changes like providing information in bullet points or understanding that lack of eye contact might indicate deeper concentration can make a substantial difference. These minor adaptations can greatly enhance workplace inclusivity and productivity," Cox explained. Both speakers emphasized the importance of tailored management strategies to effectively support neurodivergent employees. Implementing clear communication, recognizing the need for sensory accommodations, and allowing flexible work arrangements were discussed as key strategies that can enhance productivity and workplace satisfaction for all employees.

The Way Forward with Neurodiversity

The "Inclusive Cyber" webinar concluded by highlighting the indispensable link between neurodiversity and cybersecurity. By embracing neurodivergent capabilities, the cybersecurity industry not only enriches its pool of problem-solving strategies but also fosters a more inclusive and dynamic workforce capable of tackling complex security challenges. As the cybersecurity field continues to evolve, the insights shared by Jennifer Cox and Holly Foxcraft provide invaluable guidance for building diverse teams ready to face future challenges. The thoughtful integration of neurodivergent professionals into cybersecurity roles not only enhances the effectiveness of security measures but also contributes to a more inclusive and innovative workplace culture. This approach not only prepares organizations to better tackle emerging threats but also sets a precedent for the broader tech industry to follow.

By Mohan Subrahmanya, Country Leader, Insight Enterprises In an era consistently besieged by data breaches and increased cyber threats, blockchain technology is emerging as a key tool for the enhancement of cybersecurity and the protection of data. It is a decentralized and secure way of recording critical data that brings forth innumerable benefits to many sectors through a sound framework for secure transactions and integrity of data.

Understanding Blockchain Technology

At its core, blockchain is a decentralized ledger that records transactions across a network of computers, ensuring that data remains transparent, secure, and immutable. Each block in the blockchain contains a timestamp, transaction data, and a cryptographic hash of the previous block, creating a chain of records that is nearly impossible to alter. The exponential growth of blockchain technology is fueled by the need to simplify business processes, increase transparency, improve traceability, and cut costs. According to ReportLinker, the global blockchain market is expected to increase by 80% between 2018 and 2023, from $1.2 billion to $23.3 billion.

Key Components of Blockchain That Ensure Data Security

Blockchain technology enhances data security by ensuring that data recorded once remains unalterable and undeletable without network consensus, thus maintaining integrity. One of the key features of blockchain technology is decentralization. Unlike traditional centralized databases, blockchain operates on a distributed network. This structure reduces the risk of a single point of failure and makes it much more difficult for malicious entities to compromise the entire system. By distributing data across multiple nodes, blockchain eliminates vulnerabilities associated with centralized servers, thereby enhancing overall security. Another feature is the Cryptographic hash function which plays a crucial role in blockchain security. These mathematical algorithms generate a unique identifier for each block, making it virtually impossible to alter any recorded data without detection. All the altered information on the blockchain is visible and immutable, which not only ensures data integrity but also provides a reliable mechanism to detect and prevent fraudulent activities. Blockchain also employs consensus mechanisms such as Proof of Work (PoW) and Proof of Stake (PoS) to validate transactions and ensure network consistency. By allowing only authentic transactions to be added to the blockchain, these mechanisms prevent double payments and other fraudulent practices. Digital signatures, which use a private key to sign transactions, further enhance this level of security. This ensures that only authorized individuals can initiate or modify data entries, while anyone with the public key can verify the authenticity of the transaction.

Applications Across Sectors

The use of blockchain technology could have a significant impact on cybersecurity across various sectors. Many organizations are recognizing the significant business benefits of blockchain technology and are increasingly adopting it across various sectors. Blockchain has a lot to offer, from manufacturing and healthcare to supply chains and beyond. Financial services, for instance, can benefit from blockchain's ability to secure transactions, reduce fraud, and improve transparency. The healthcare sector can utilize blockchain to secure storage and share patient information between authorized personnel, ensuring confidentiality and accuracy. In the manufacturing industry, blockchain is primarily used for the movement and management of digital assets and physical goods, enhancing transparency and traceability. In order to ensure a transparent and immutable record of the origin of products, supply chain management can use blockchain technology to prevent counterfeiting and ensure authenticity. Government services can also use blockchain to increase the security and efficiency of public records, voting systems as well as identity management.

Key Challenges and Considerations

There are certain challenges to the use of blockchain technology, despite its many benefits. Scalability is an important concern, as the number of transactions increases, the blockchain may become slow and costly to maintain. Furthermore, significant computational power is required for consensus mechanisms such as POW which could result in considerable energy consumption. Regulatory uncertainty is another issue, as the evolving legal landscape can obscure the widespread adoption of blockchain technology. Addressing these challenges is crucial for the continued growth and adoption of blockchain technology. Global efforts are being made to create scalable blockchain systems and more effective consensus methods. Additionally, regulatory frameworks are also evolving to offer more precise guidelines to implement blockchain technology.

Growth of Blockchain Technology in India

India is seeing a strong increase in the adoption of blockchain technology in many sectors. This growth is driven by government-backed projects and initiatives, such as the National Blockchain Framework, to improve transparency, security, and efficiency. The technology's potential to enhance data integrity and operational efficiency aligns well with India's digital transformation goals, making blockchain a key component in the nation's technological advancement. The use of blockchain technology has been much more of a game-changer in terms of data security and is supporting cybersecurity. It provides robust security against all cyber threats since it is decentralized, immutable, and fully transparent. Overcoming the challenges of scaling and regulatory uncertainty would enable blockchain's distributed ledger technology to emerge as the key player in secure digital infrastructures that drive innovation across all sectors. The more organizations study its potential applications, the more blockchain will change the face of data security and cybersecurity. Disclaimer: The views and opinions expressed in this guest post are solely those of the author(s) and do not necessarily reflect the official policy or position of The Cyber Express. Any content provided by the author is of their opinion and is not intended to malign any religion, ethnic group, club, organization, company, individual, or anyone or anything. 

As anticipation builds for the upcoming Paris 2024 Summer Olympic Games, security researchers and officials have observed an uptick in scams abusing legitimate Olympics branding. French Gendarmerie officials discovered over 300 bogus ticketing sites aiming to steal money and personal information by deceiving individuals who are in a hurry to book tickets for the events. Recent research investigates a prominent example (paris24tickets[.]com) from these websites. The site appears among the top paid results in Google searches and promotes itself as a secondary marketplace for sports and live events tickets.

Website Incorporates Official Paris 2024 Summer Olympic Games Branding

The 'paris24tickets[.]com' website appeared professional and legitimate at first glance. The site advertised itself as a “secondary marketplace for sports and live events tickets,” and was displayed as the second result among sponsored Google search results for 'paris 2024 tickets.' It allowed visitors to navigate through upcoming Olympic events, select event specific tickets, and enter payment information. Its polished design resembled that of trusted ticketing platforms, along with the official Olympics ticket purchase site. Proofpoint researchers warned that the website was entirely fraudulent despite its authentic look and feel. The site was likely collecting users’ financial and personal information rather than actually processing ticket orders. The researchers acted swiftly to suspend the misleading domain upon its discovery. [caption id="attachment_77366" align="alignnone" width="2800"] Impersonating domain 'paris24tickets[.]com' (Source: archive.org)[/caption] [caption id="attachment_77365" align="alignnone" width="2800"] Official Olympics Ticketing Site (Source: https://tickets.paris2024.org)[/caption] The researchers noticed that in some cases, the scammers even sent emails promising "discounts" on coveted tickets to victims. This tactic was likely done to lure unsuspecting individuals, who may have been desperate to secure tickets at lower costs. Victims who have provided their personal or financial information on the fraudulent website risk having their identities and money stolen. The scammers behind these websites may also collect important personal data, such as names, contact information, and credit card details, for sale or further malicious campaigns.

French Gendarmerie Nationale Reported the Discovery of 338 Scam Sites

The 'paris24tickets[.]com' website represents just a tiny fraction of a much broader network of fraudulent Olympics domains. The French Gendarmerie Nationale had identified approximately 338 such websites since March 2023, and made subsequent efforts to shut them down; 51 of these sites were stated to have been closed while 140 of them were put on notice. The fraudsters behind these scams likely rely on sponsored search engine ads and targeted emails to drive traffic to impersonating websites. Offers of special deals and discounts are further lures to draw-in potential victims. [caption id="attachment_77367" align="alignnone" width="1000"] Source: Shutterstock[/caption] 200 French gendarmes had been mobilized as a distinct unit to monitor the internet and various different social networks for Olympics ticketing-related fraud and mass resales, under the direction of the Europol. These units work along with the DGCCRF (Directorate General for Consumer Affairs, Competition and Fraud Prevention) in France. Captain Etienne Lestrelin, director of operations at the unit, told France Info radio that social media such as Facebook, Leboncoin, Telegram and Instagram were often “the primary source of resale attempts.” He added, “This is an exchange from individual to individual. Except that the buyer does not know if the person really owns the tickets, since they are virtual tickets, not tickets paper. So people are selling you wind, we don't know what they're selling." Lestrelin advised that tickets sold at too low of a price can alert potential buyers: "You will never have a ticket below its original cost. The goal of people who were able to buy tickets in volume and with the intention of reselling them, it is to make a profit So it is an alert if you find a much cheaper ticket. The sentence to remember is that there is no. very good deals on the internet, it's not possible." He instructed that it was also not possible to own a ticket before the event begins and QR Codes are generated. Anyone who claims to be currently in possession of a ticket, or owns tickets that seem visually legitimate, is still a fraud. He warned buyers to be vigilant about buying such tickets outside of official sources because it can also be an offense. "You are associating yourself with the offense that the seller commits when he resells without going through the official website. This is a criminal offense," he stated. To validate purchases, buyers can cross-check provided references with the official Paris 2024 Summer Olympic Games application. Buyers who suspect that they may have been duped can report to a police station, a gendarmerie or the DGCCRF. Legitimate ticket purchases can be made through the official ticketing website or official sub-distributor network.

Dordt University, a distinguished private Christian liberal arts college renowned for its reformed Christian perspective on education, has encountered a cybersecurity incident carried out by the BianLian ransomware group. The Dordt University data breach has listed a substantial amount of sensitive information online, leaving both the institution and its stakeholders in a state of vulnerability. The ramifications of this Dordt University data leak are profound, with a staggering revenue of $36.2 million and a data cache of approximately 3 terabytes compromised. Among the trove of exposed data are intricate financial records, personnel files, vital databases, internal and external email correspondences, incident logs, as well as comprehensive student profiles encompassing both local and international enrollees. 

Unverified Claims of Dordt University Data Breach

[caption id="attachment_77186" align="alignnone" width="1240"] Source: Dark Web[/caption] According to the threat actors, even minors' data has reportedly fallen prey to this Dordt University breach, alongside personally identifiable information (PII) and protected health records (PHI). Despite the gravity of the situation, official responses from Dordt University have yet to materialize, leaving the authenticity of the claims surrounding the Dordt University data leak in a precarious limbo.  Notably, the BianLian ransomware group seems to have targeted the database infrastructure rather than executing a frontal assault on the university's website, suggesting a meticulously orchestrated campaign targeting the institution's digital backbone.

The Rise of BianLian Ransomware Group

The BianLian ransomware group has carried out similar cyberattacks in the past and this Dordt University data leak has prompted a collaborative effort from cybersecurity agencies, including the Federal Bureau of Investigation (FBI), Cybersecurity and Infrastructure Security Agency (CISA), and Australian Cyber Security Centre (ACSC), to disseminate crucial intelligence on the modus operandi of the BianLian ransomware and data extortion group. Originating in June 2022, BianLian has brazenly targeted critical infrastructure sectors in both the United States and Australia, leveraging tactics such as exploiting valid Remote Desktop Protocol (RDP) credentials and employing open-source tools for reconnaissance and credential harvesting. The evolution of BianLian's extortion tactics, transitioning from double-extortion encryption schemes to data exfiltration-based coercion since January 2023, highlights the escalating sophistication of cyber threats faced by modern organizations. In response, FBI, CISA, and ACSC have issued a joint cybersecurity advisory, urging critical infrastructure entities and small- to medium-sized organizations to fortify their defenses against ransomware groups by implementing robust mitigation strategies outlined in the advisory. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

Microsoft’s cybersecurity efforts have been roundly criticized in recent months, and despite pledges to do better, the company has compounded the problem with missteps like the Copilot+ Recall rollout. Microsoft security controls came under scrutiny in April with the release of a U.S. Cyber Safety Review Board (CSRB) report that detailed “a cascade of security failures at Microsoft” that allowed threat actors linked to China to access “the official email accounts of many of the most senior U.S. government officials managing our country’s relationship with the People’s Republic of China” in a July 2023 attack. Rather than make good on pledges to make cybersecurity a top priority, Microsoft followed with the cybersecurity equivalent of an own goal when it pushed ahead with the new Windows Recall screen recording feature despite the concerns of security and privacy advocates that the company belatedly tried to address. Late today, Microsoft announced that it will delay the Recall feature for further testing. The House Committee on Homeland Security held a hearing today to address the CSRB report and Microsoft security in general, with Microsoft President Brad Smith the sole witness. The hearing, titled “A Cascade of Security Failures: Assessing Microsoft Corporation’s Cybersecurity Shortfalls and the Implications for Homeland Security,” came on the same day that Pro Publica published a report detailing years of Microsoft security failings that led up to the massive 2021 SolarWinds breach.

Congressional Leaders Call for ‘Responsibility’ and ‘Accountability’

In his opening remarks, House Homeland Security Chairman Mark Green (R-TN) called the CSRB report “extremely concerning,” and spoke of the need of “restoring the public trust” in the security of Microsoft products. “China and Russia, Beijing and Moscow, are watching us right now,” he cautioned, underscoring the stakes of the hearing while offering to move any sensitive questions to a secure environment. Ranking member Bennie Thompson (D-MS) stressed that “It is not the committee’s goal to shame or discredit” Smith and Microsoft, but to improve security and accountability at the vendor that supplies 85% of federal government productivity tools. Thompson noted the Recall rollout and Pro Publica article in his comments, calling “even more troubling” Smith’s 2021 claim before Congress that no Microsoft vulnerability was exploited in the SolarWinds attack. Green and Thompson weren’t the only committee members taking a firm tone with Microsoft, as almost every member did the same in their allotted time for questioning. Lou Correa (D-CA), for example, said he was “beyond shocked” at the security revelations in the CSRB report and elsewhere.

Microsoft President Smith Pledges Action

Perhaps anticipating a rough reception from lawmakers, Smith struck a conciliatory tone in his written and spoken testimony to the committee. “Microsoft accepts responsibility for each and every one of the issues cited in the CSRB’s report,” Smith said. “Without equivocation or hesitation. And without any sense of defensiveness. But rather with a complete commitment to address every recommendation and use this report as an opportunity and foundation to strengthen our cybersecurity protection across the board.” Smith said the company is making cybersecurity part of senior executive bonus calculations and employee reviews as part of the its goal of “empowering and rewarding every employee to find security issues, report them, help fix them, and encourage broader learning from the process and the results. This requires that we incorporate this security work as an indispensable and integrated element in every aspect of the company’s engineering processes.” [caption id="attachment_77142" align="alignnone" width="750"] Microsoft President Brad Smith testifying before House Homeland Security Committee[/caption] To that end, Smith said the company has added 1,600 more security engineers this fiscal year, “and we will add another 800 new security positions in our next fiscal year.” Senior-level Deputy CISOs at Microsoft have been tasked with expanding “oversight of the various engineering teams to assess and ensure that security is ‘baked into’ engineering decision-making and processes.” Smith said cyberattacks in general have become a massive problem: “the pace of attacks has increased to the point where there is now constant combat in cyberspace,” he said. “Not just every day, but literally every second. Microsoft alone detects almost 4,000 password-based attacks against our customers every second of every day.”

Microsoft Security Plans

Smith said Microsoft has mapped all 16 of the CSRB recommendations applicable to Microsoft “to ensure that we are addressing them” as part of the company’s Secure Future Initiative. The company is “actively in the process of transitioning both our consumer and enterprise identity systems to a new hardened key management system that leverages hardware security modules for the storage and generation of keys. We are rolling out proprietary data and corresponding detection signals at all places where tokens are validated. And we have made significant progress on Automated and Frequent Key Rotation, Common Auth Libraries, and Proprietary Data used in our token generation algorithm.” Smith’s written testimony outlined six “pillars” for improving security: Protect Identities and Secrets: Microsoft plans to implement and enforce “best-in-class standards across our infrastructure that manages identities and sensitive information such as passwords ('secrets'), to ensure that only the right people and applications access the right resources.” Protect Tenants and Isolate Production Systems: The company pledges to “continuously validate isolation of production systems – including those upon which we operate the Microsoft Cloud.” Protect Networks: Microsoft will “Continuously improve and implement best-in-class practices to protect Microsoft production networks.” Protect Engineering Systems: The company said it will work to “Continuously improve our software supply chain and the systems that enable Microsoft engineers to develop, build, test, and release software, thereby protecting software assets and improving code security.” Monitor and Detect Threats: This initiative calls for Microsoft to improve “coverage and automatic detection of ever evolving threats to Microsoft production infrastructure and services, accelerating actioning against those threats.” Accelerate Response and Remediation: Speeding incident response and remediation is the final pillar, so “when we learn of vulnerabilities in our offerings or our infrastructure, to be even more comprehensive and timely and better prevent exploitation of those vulnerabilities.” Updated to reflect the delay in the Recall rollout.

The U.S. Cybersecurity and Infrastructure Security Agency (CISA) has issued an alert about a recent impersonation scam in which scammers posed as its representatives and employees. Fraudsters in the campaign may extort money in various ways, such as bank transfers, gift cards or cryptocurrency payments.

CISA Impersonation Scam

The spammers behind the campaign make phone calls to victims in which they claim to be contacting targets on behalf of CISA; they then ask victims to share personal information or money under the guise of protecting their accounts from unauthorized activity. Fraudsters may also direct victims to download additional software or click on links to "verify" their identity. However, CISA confirmed that it would never make such demands. "CISA staff will never contact you with a request to wire money, cash, cryptocurrency, or use gift cards and will never instruct you to keep the discussion secret," CISA warned. Possible red flags to watch out for:

• Unsolicited phone calls that claim to be from CISA.
• Callers requesting personal information, such as passwords, social security numbers, or financial information.
• Callers demanding payment or transfer of money to "protect" your account.
• Callers creating a sense of urgency or pressuring you to take immediate action.

If you're targeted by a CISA impersonation scam, here's what you should do:

• Do not pay the caller.
• Take record of  the numbers used.
• Hang up the phone immediately while ignoring further calls from suspicious numbers.
• Report the scam to CISA by calling (844) SAY-CISA (844-729-2472).

FTC Observes Uptick in Impersonation Scams

The CISA impersonation scam is a recent example of the rise in impersonation fraud targeting both businesses and government agencies. According to the latest data from the Federal Trade Commission (FTC), the number of such scams has increased dramatically in recent years, and cost consumers more than $1.1 billion in 2023 alone. The FTC report showed that in 2023, the agency received more than 330,000 reports of fraud posing as a business and almost 160,000 reports of fraud posing as a government. Collectively, these incidents account for almost half of all fraud cases reported directly to the FTC. "The financial injury is breath-taking – and cash-taking," the FTC quipped in its Spotlight. It further added, "Reported losses to impersonation scams topped $1.1 billion in 2023, more than three times what consumers reported in 2020." While fraudsters employ various types of scams, the FTC noted that the below types accounted for nearly half of the reported/observed scams in 2023:

1. Copycat account security alerts: Scams that pretend to impersonate legitimate services such as Amazon while purporting to be about unauthorized activity or charges to their account.
2. Phony subscription renewals: Usually email notices that alert targets of auto-renew charges to various online services.
3. Fake giveaways, discounts, or money to claim: Fake rewards or winnings that claim to originate from legitimate providers such as internet providers or large retailers.
4. Bogus problems with the law: Scammers try to deceive targets into believing that their identity had been used to commit heinous crimes such as money laundering or the smuggling of drugs.
5. Made-up package delivery problems: Messages that alert you of fake delivery problems with legitimate delivery services such as the U.S. Postal Service, UPS, or FedEx.

To avoid such scams, the FTC has advised consumers to not click on unexpected links or messages, avoid scenarios where gift cards are offered as an option to fix problems, and scrutinize urgent offers and claims. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

Researchers have discovered a new phishing campaign in which threat actors distribute the Remcos RAT malware within UUEncoding (UUE) file attachments in emails purporting to be about importing or exporting shipments. The UUEncoding (UUE) file attachments are compressed with Power Archiver, a proprietary and cross-platform archive utility that supports both Windows and MacOS.

Use of UUEncoding (UUE) Files to Distribute Remcos RAT Malware

Researchers from AhnLab discovered that the threat actors behind the campaign, use UUEncoding files with a .UUE extension, which are designed to encode binary data in plain text format. These file formats are suitable for attachment in e-mail or Usenet messages. The malicious .UUE files encode a VBS script attached in phishing emails. The threat actors seem to have leveraged the file format and encoding technique as an attempt to bypass detection. [caption id="attachment_76665" align="alignnone" width="1024"] Source: asec.ahnlab.com[/caption] When decoded, the VBS script is obfuscated, making it difficult for researchers to analyze. The script saves a PowerShell script into the %Temp% directory and executes it. The running script then downloads the Haartoppens.Eft file, which executes an additional PowerShell script. This script is also obfuscated and is designed to load a shellcode to the wab.exe process. [caption id="attachment_76666" align="alignnone" width="638"] Source: asec.ahnlab.com[/caption] The shellcode maintains its persistence by adding a registry key to the infected system, and then accesses a remote C&C server to load additional instructions. The instructions ultimately download the Remcos RAT malware for execution on infected systems.

Remcos RAT malware

The Remcos RAT collects system information from infected systems and stores keylogging data in the %AppData% directory. The malware then sends this data to the remote command-and-control (C&C) server, which is hosted through a DuckDNS domain. [caption id="attachment_76667" align="alignnone" width="894"] Source: asec.ahnlab.com[/caption] Remcos is a commercial remote access tool (RAT) that is advertised as a legitimate tool, but has been observed in numerous threat actor campaigns. Successful loading of Remcos opens a backdoor on targeted systems, allowing for complete control. The researchers have shared the following indicators to help detect and stop this campaign: IOCs (Indicators of Compromise)

• b066e5f4a0f2809924becfffa62ddd3b (Invoice_order_new.uue)
• 7e6ca4b3c4d1158f5e92f55fa9742601 (Invoice_order_new.vbs)
• fd14369743f0ccd3feaacca94d29a2b1 (Talehmmedes.txt)
• eaec85388bfaa2cffbfeae5a497124f0 (mtzDpHLetMLypaaA173.bin)

File Detection

• Downloader/VBS.Agent (2024.05.17.01)
• Data/BIN.Encoded (2024.05.24.00)

C&C (Command & Control) Servers

• frabyst44habvous1.duckdns[.]org:2980:0
• frabyst44habvous1.duckdns[.]org:2981:1
• frabyst44habvous2.duckdns[.]org:2980:0

The researchers also shared the following general recommendations to avoid similar phishing campaigns:

• Refrain from accessing emails from unknown sources.
• Refrain from running or enabling macro commands when accessing downloaded attachment files. Users can set programs to highest levels of security, as lower levels may automatically execute macro commands without displaying any notification.
•  Update anti-malware engines to their latest versions.

The UUE file format has previously been used in several malicious campaigns due to its ability to easily evade detection from security tools, with a researcher previously discovering a UUEncode vulnerability in the main Python program. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

Microsoft and Google have announced plans to offer free or highly discounted cybersecurity services to rural hospitals across the United States. These initiatives come as the U.S. healthcare sector faces a surge in ransomware attacks that more than doubled last year, posing a serious threat to patient care and hospital operations. The program - developed in collaboration with the White House, the American Hospital Association, and the National Rural Health Association - aims to make rural hospitals less defenseless by providing them with free security updates, security assessments, and training for hospital staff.

Microsoft and Google Cybersecurity Plans for Rural Hospitals

Microsoft has launched a full-fledged cybersecurity program to meet the needs of rural hospitals, which are often more vulnerable to cyberattacks due to more limited IT security resources, staff and training than their urban peers. The program will deliver free and low-cost technology services, including:

• Nonprofit pricing and discounts of up to 75% on Microsoft's security products for independent Critical Access Hospitals and Rural Emergency Hospitals.
• Larger rural hospitals already equipped with eligible Microsoft solutions will receive free advanced security suites for free.
• Free Windows 10 security updates for participating rural hospitals for at least one year.
• Cybersecurity assessments and training are being made free to hospital employees to help them better manage system security.

Justin Spelhaug, corporate vice president of Microsoft Philanthropies, said in a statement, “Healthcare should be available no matter where you call home, and the rise in cyberattacks threatens the viability of rural hospitals and impact communities across the U.S. “Microsoft is committed to delivering vital technology security and support at a time when these rural hospitals need them most.” Anne Neuberger, Deputy National Security Advisor for Cyber and Emerging Technologies, said in a statement:

“Cyber-attacks against the U.S. healthcare systems rose 130% in 2023, forcing hospitals to cancel procedures and impacting Americans’ access to critical care. Rural hospitals are particularly hard hit as they are often the sole source of care for the communities they serve and lack trained cyber staff and modern cyber defenses. President Biden is committed to every American having access to the care they need, and effective cybersecurity is a part of that. So, we’re excited to work with Microsoft to launch cybersecurity programs that will provide training, advice and technology to help America’s rural hospitals be safe online.”

Alongside Microsoft's efforts, Google also announced that it will provide free cybersecurity advice to rural hospitals and non-profit organizations while also launching a pilot program to match its cybersecurity services with the specific needs of rural healthcare facilities.

Plans Are Part of Broader National Effort

Rural hospitals remain one of the most common targets for cyberattacks, according to data from the National Rural Health Association. Rural hospitals in the U.S. serve over 60 million people living in rural areas, who sometimes have to travel considerable distance for care even without the inconvenience of a cyberattack. Neuberger stated, “We’re in new territory as we see ... this wave of attacks against hospitals.” Rick Pollack, president of the American Hospital Association, said, “Rural hospitals are often the primary source of healthcare in their communities, so keeping them open and safe from cyberattacks is critical. We appreciate Microsoft stepping forward to offer its expertise and resources to help secure part of America’s healthcare safety net.” The plans are a part of a broader effort by the United States government to direct private partners and tech giants such as Microsoft and Google to use their expertise to plug significant gaps in the defense of the healthcare sector. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

NHS Blood and Transplant (NHSBT) is urgently appealing for O blood-type donors across England after a ransomware attack affected several major London hospitals. The cyberattack caused significant disruption on the hospitals' ability to match patients' blood types, leading to an increased demand for O-positive and O-negative blood donations, which are safe for all patients. The public health institution is asking donors of these blood types to book appointments at any of the 25 NHS blood donor centers in England in order to boost limited stocks and ensure the availability of essential blood supplies to patients.

NHS Blood and Transplant's Urgent Appeal for Blood Donations

The recent cyberattack on the pathology firm Synnovis, believed to have been orchestrated by the Russian cybercriminal group Qilin, caused significant disruption to several London hospitals. As a result, affected hospitals have been unable to match patients' blood at the usual rates, leading to the declaration of a critical incident and the cancellation of scheduled blood transfusions. Gail Miflin, chief medical officer at NHS Blood and Transplant, emphasized the importance of O blood-type donations during this critical time. She called on existing O blood donors to book urgent appointments and encouraged potential new donors to find out their blood type and contribute to solving the shortage. During NHS National Blood Week, it was revealed that hospitals require three blood donations every minute. With around 13,000 appointments available nationwide this week, and 3,400 specifically in London, there are many opportunity for donors to come forward and contribute to blood availability. Stephen Powis, the medical director for NHS England, praised the resilience of NHS staff amid the cyberattack and urged eligible donors to come forward to one of the 13,000 available appointments in NHS blood donor centers across the country. To learn more and find details on how to donate, interested individuals are encouraged to search 'GiveBlood' online and on social media or visit Blood.co.uk. [caption id="attachment_76310" align="alignnone" width="2562"] Source: www.blood.co.uk[/caption]

Impact of the Cyberattack on London Hospitals

Several prominent London hospitals, including the King's College Hospital, Guy's and St Thomas', the Royal Brompton, and the Evelina London Children's Hospital, declared a critical incident following the cyberattack on the pathology firm Synnovis, which provides blood-testing facilities to these hospitals and several others in southeast London. The attack forced hospital staff to cancel health procedures such as cancer surgeries and transplants due to the unavailability of blood transfusion services after facing severe disruption. In a statement on its official website, an NHS London spokesperson stressed the importance of pathology services to health treatment procedures:

“NHS staff are working around the clock to minimise the significant disruption to patient care following the ransomware cyber-attack and we are sorry to all those who have been impacted. Pathology services are integral to a wide range of treatments and we know that a number of operations and appointments have been cancelled due to this attack. We are still working with hospitals and local GP services to fully assess the disruption, and ensure the data is accurate. In the meantime our advice to patients remains, if you have not been contacted please do continue to attend your appointments.”

A senior NHS manager disclosed to the Health Service Journal (HSJ) that the incident was “everyone’s worst nightmare.” As blood has a limited shelf life of 35 days, it is critical that these hospital stocks are continually replenished. More units of O-negative and O-positive blood will be required over the coming weeks to accommodate an anticipated increase in surgeries and procedures due to earlier delays. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

A dark web actor named "komarod” is claiming credit for a June 8 Shadow PC data breach, allegedly stealing data from the UK-based cloud service provider. The Shadow PC cybersecurity incident has raised concerns about the security of Shadow's systems and the safety of user data. The leaked database shared on an English-language cybercrime forum called Leakbase contains a staggering 545,014 records. These records encompass a range of data fields such as ID, email, first name, last name, user creation date, and billing address, all encapsulated in a JSON format.

Understanding the Shadow PC Data Breach Claims

[caption id="attachment_76271" align="alignnone" width="988"] Source: Dark Web[/caption] Shadow.tech, a cloud computing service developed by the French company Blade, has been at the forefront of innovative cloud technology, offering users the capability to run video games and other Windows software applications remotely on Windows 10 servers. This service, acquired by OVHcloud founder Octave Klaba in 2021, has garnered significant attention in the IT & ITES industry. The impact of the Shadow PC data breach extends to both Shadow.tech and its parent company, Blade. With the leak affecting users primarily in the United Kingdom and across Europe, concerns about the safety of personally identifiable information (PII) have heightened. While the cyberattack has yet to be officially confirmed by Shadow.tech or Blade, the threat actor's post on the cybercrime forum indicates a breach in the system's security defenses. The lack of an official statement or response from the organization has left the claims regarding the Shadow data breach unverified.

Previous Shadow.tech Cybersecurity Incidents

Interestingly, despite the Shadow PC data leak, the website remains operational, showing no immediate signs of a cyberattack. This suggests that the hacker group may have targeted the backend of the website, focusing on data extraction rather than launching a front-end assault such as a DDoS attack or website defacement. However, this is not the first time Shadow.tech has faced cybersecurity challenges. In a previous incident in 2023, the company experienced a similar breach where customer data was compromised due to a social engineering attack against one of its employees. Over half a million customers were potentially impacted by the breach, raising concerns about the security measures in place at Shadow. CEO Eric Sele, while acknowledging that breach, refrained from disclosing the exact number of individuals affected. Despite claims from the threat actor regarding the sale of stolen data on a cybercrime forum, the company remained tight-lipped about the specifics of the breach and its implications for customers. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

The Indian Institute of Technology (IIT) Kanpur’s C3iHub has launched the ‘Cyber Security Vocational Program’ in collaboration with Chhatrapati Shahu Ji Maharaj University (CSJMU) Kanpur and the Chhatrapati Shahu Ji Maharaj Innovation Foundation (CSJMIF). This cyber security program was formalized with the signing of a Memorandum of Understanding (MoU). "This MoU signifies CSJMU's commitment to providing our students with industry-relevant education. The cyber security program will equip them with the knowledge and expertise to tackle upcoming challenges in this critical domain," said Prof. Vinay Pathak, Vice Chancellor of CSJMU.

IIT Kanpur’s C3iHub Cyber Security Program Overview

This six-month program is designed to equip students with the necessary skills and knowledge to excel in the cybersecurity field. The program covers a range of topics including system security, malware analysis, network security, cryptography, and IoT security. Conducted entirely online, the course offers both fundamental knowledge and hands-on experience. Speaking about the program, Prof. Manindra Agrawal, Director of IIT Kanpur, said, "The Cyber Security Vocational Programme will help students develop a comprehensive understanding of cybersecurity, expanding their knowledge to an advanced level, and making them future-ready. By combining C3iHub's expertise with the resources of CSJMU and CSJMIF, we hope to provide a strong platform for students to acquire practical knowledge and essential skills in today's digital age."

Customized Hands-On Training

A key feature of the training is the provision of customized labs at each student's desk through the Cyber Range, offering hands-on experience and industry-relevant knowledge. This practical approach aims to prepare students for successful careers in this domain. C3iHub, a Technology Innovation Hub (TIH) at IIT Kanpur funded by the Department of Science and Technology, Government of India, under the National Mission on Interdisciplinary Cyber-Physical Systems, will play a pivotal role in the program. It will provide a virtual lab for course practicals, technical help desk support for students, certification of participation/completion, and final assessment results for all students. “This program aims to provide general awareness to students and also empower them with the necessary skills to navigate the digital landscape safely and securely,” said Dr. Tanima Hajra, COO and Interim CEO C3iHub. C3iHub addresses the cybersecurity of cyber-physical systems comprehensively. It detects security vulnerabilities in critical systems, develops tools to address these vulnerabilities, nucleates startups, partners with industries to commercialize security tools, and provides training to the next generation of security researchers. CSJMU will facilitate the smooth execution of the cyber security course, while CSJMIF will provide the platform to run the program. The initiative aims to enroll up to 50,000 students, marking a significant step towards fostering security expertise in India. With an ambitious target of enrolling up to 50,000 students, this program is poised to make a substantial impact on fostering expertise in India, addressing the growing demand for skilled professionals in this critical field.

A new cryptojacking attack campaign dubbed "Commando Cat" has been observed exploiting exposed Docker remote API servers to deploy cryptocurrency miners. Attack operations leverage legitimate Docker images from the open-source Commando project. Commando is a tool designed for on-demand docker image creation, aiding SysOps and DevOps professionals to quickly create them for operations.

Commando Cat Initial Access and Attack Sequence

The Commando Cat campaign identified by researchers from Trend Micro has been active since early 2024. The attack begins with a probe to the Docker Remote API server. If the server responds positively, the attackers create a container using the "cmd.cat/chattr" image. Once a suitable target is located, the attacker deploys a docker image named cmd.cat/chattr, which appears harmless at first glance but serves as a stepping stone for the subsequent stages of the attack. The "cmd.cat/chattr" image allows the attackers to employ techniques like chroot and volume binding to escape the docker container and bind the host system's root directory to the container's own /hs directory, thereby gaining unrestricted access to the host file system. The attackers also bind the Docker socket to the container, allowing them to manipulate Docker as if they were on the host machine itself. If the "cmd.cat/chattr" image isn't found, the attackers pull it from the cmd.cat repository. Once the image is in place, they create a Docker container, executing a base64-encoded script that downloads and executes a malicious binary from their command-and-control (C&C) server. The researchers identified the downloaded binary file as ZiggyStarTux, an open-source IRC botnet based on the Kaiten malware.

Commando Cat Detection and Mitigation

While the researchers noted that the campaign's C&C server was down during analysis, they noted several technical specifics from attack operations. Researchers have advised that potential misuse of DropBear SSH on TCP port 3022, along with use of the 1219 port for its C&C server, can help detect the presence of the malware. Unauthorized IRC communications along with these specific User-Agent strings are other indicators:

• HackZilla/1.67 [en] (X11; U; Linux 2.2.16-3 x64)
• Mozilla/4.75 [en] (X11; U; Linux 2.2.16-3 i686)

To prevent such attacks, organizations should adhere to Docker security best practices, including:

• Properly configuring Docker containers and APIs.
• Utilizing only official or certified Docker images.
• Running containers with non-root privileges.
• Limiting container access to trusted sources.
• Regularly performing security audits and scanning for suspicious docker containers.

Additionally the researchers have shared a more detailed list of indicators of compromise (IOCs) to help detect infections. The Commando Cat attack campaign underscores the risks associated with exposed Docker Remote API servers and the potential exploitation of open-source projects by threat actors. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

The Akira ransomware group claims on its dark web leak site to have compromised data from Panasonic Australia. Shortly after that announcement, Singapore authorities issued an advisory advising affected companies to not heed the ransomware group's demands, in response to local law firm Shook Lin & Bok confirming that it had been struck by the group. Panasonic Australia is a regional subsidiary of Panasonic Holdings Corporation headquartered in Japan. It manufactures electronic equipment and devices such as cameras, home equipment, sound equipment, personal care devices, power tools, and air conditioning. The Akira ransomware group has previously targeted several high-profile organizations while netting millions in ransom payments from affected victims.

Akira Ransomware Group Attack on Panasonic Australia

The ransomware group alleged that it had exfiltrated sensitive project information and business agreements from the electronics manufacturer Panasonic Australia. No sample documents were posted to verify the authenticity of the breach claims. The potential impact of the breach on Panasonic Australia is unknown but could present a serious liability for the confidentiality of the company's stolen documents.

Cyber Security Agency of Singapore Issues Advisory

Singapore's Cyber Security Agency (CSA) along with the country's Personal Data Protection Commission (PDPC) issued an advisory to organizations instructing them to report Akira ransomware attacks to respective authorities rather than paying ransom demands. The advisory was released shortly after an Akira ransomware group attack on the Shook Lin & Bok law firm. While the firm still continued to operate as normal, it had reportedly paid a ransom of US$1.4 million in Bitcoin to the group. The Akira ransomware group had demanded a ransom of US$2 million from the law firm earlier, which was then negotiated down after a week, according to the SuspectFile article. The Cyber Security Agency of Singapore (CSA) stated that it was aware of the incident and offered assistance to the law firm. However, it cautioned against similar payments from other affected victims. "Paying the ransom does not guarantee that the data will be decrypted or that threat actors will not publish your data," the agency stated. "Furthermore, threat actors may see your organisation as a soft target and strike again in the future. This may also encourage them to continue their criminal activities and target more victims." The Singaporean authorities offered a number of recommendations to organizations:

• Enforce strong password policies with at least 12 characters, using a mix of upper and lower case letters, numbers, and special characters.
• Implement multi-factor authentication for all internet-facing services, such as VPNs and critical system accounts.
• Use reputable antivirus or anti-malware software to detect ransomware through real-time monitoring of system processes, network traffic, and file activity. Configure the software to block suspicious files, prevent unauthorized remote connections, and restrict access to sensitive files.
• Periodically scan systems and networks for vulnerabilities and apply the latest security patches promptly, especially for critical functions.
• Migrate from unsupported applications to newer alternatives.
• Segregate networks to control traffic flow between sub-networks to limit ransomware spread. Monitor logs for suspicious activities and carry out remediation measures as needed.
• Conduct routine backups following the 3-2-1 rule: keep three copies of backups, store them in two different media formats, and store one set off-site.
• Conduct incident response exercises and develop business continuity plans to improve readiness for ransomware attacks.
• Retain only essential data and minimize the collection of personal data to reduce the impact of data breaches.

"Organisations should periodically scan their systems and networks for vulnerabilities and regularly update all operating systems, applications, and software by applying the latest security patches promptly, especially for functions critical to the business," the police, CSA and PDPC said in a joint statement. The criminal group had previously also come under the attention of various other governments and security agencies, with the FBI and CISA releasing a joint cybersecurity advisory as part of the #StopRansomware effort. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

The University of Arkansas is spearheading a new collaborative effort with researchers and industry partners to address the rising risks and challenges associated with the deployment of solar systems. Historically, little attention has been paid to the risks within solar systems, as they weren't commonly deployed and most solar inverters were not connected to wider networks. However, the potential risks grow as more solar panels are installed and inverters become more advanced. Solar inverters act as the bridging interface between solar panels and the grid, with newer models allowing for monitoring and control. Solar inverters that are not updated or secure enough could potentially be intercepted and manipulated by attackers, allowing them to embed malicious code that could spread into the larger power system.

University of Arkansas Solar Inverter Cybersecurity Initiative

The new project led by the University of Arkansas is funded by the U.S. Department of Energy's Solar Energy Technologies Office (SETO) and aims to strengthen the cybersecurity measures of solar inverters. Solar inverters are used to convert direct current (DC) generated from solar panels into alternating current (AC) that can be used in households and within the energy grid. This effort involves collaboration among multiple universities, laboratories, and industry partners to develop custom-designed controls infused with multiple layers of cybersecurity protocols. [caption id="attachment_75768" align="alignnone" width="800"] Source: news.uark.edu[/caption] Researchers from these groups dismantled conventional commercial solar inverters, stripping away existing controls and technology. They then integrated work from different partners while implementing custom-designed controls designed with multiple additional layers of cybersecurity protocols. The University of Arkansas group then took to solar farms in order to subject these modified inverters to real-world conditions to test them and demonstrate the practicality of their cybersecurity measures. The collaborative partners for this project include the University of Georgia, Texas A&M Kingsville, University of Illinois Chicago, Argonne National Laboratory, National Renewable Energy Laboratory, General Electric Research, Ozarks Electric, and Today's Power Inc. The collaborative efforts from these groups is a further step to fortifying not only the cybersecurity resilience of solar inverters but also to secure the broader landscape of renewable energy technologies.

Securing Renewable Energy and Electric Grids

As electric grids become increasingly digitized and connected, securing these grids becomes a top priority for the U.S. Department of Energy (DOE). The department has stated that while some cyberattacks target information technology (IT) systems, attacks on operating technology (OT) devices such as solar photovoltaic inverters could have potential physical impact, such as loss of power and creation of fires. The department cited an incident in March 2019 in which hackers managed to breach through a utility’s web portal firewall. The attack caused random interruptions to the visibility of segments of the grid from its operators for a period of 10 hours. The DOE's Solar Energy Technologies Office (SETO) is working to ensure that the electric grid is secure and capable of integrating more solar power systems and other distributed energy resources. The agency developed a roadmap for Photovoltaic Cybersecurity, supports ongoing efforts in Distributed Energy Resources (DER) cybersecurity standards, and participates in the Office of Energy Efficiency and Renewable Energy's Cybersecurity Multiyear Program Plan, along with the Department of Energy's broader cybersecurity research activities. The Solar Energy Technologies Office has recommended the use of dynamic survival strategy based on defense-in-depth measures that functional as additional layers of security to secure individual components as well as entire systems. These layers include installing anti-virus software on DER systems (solar inverters and battery controllers) and maintaining virus protection and detection mechanisms on the firewalls and servers integrating these individual systems to the broader system of grid operation. The Office admits that implementation of this strategy into DER technologies can be complex, with different owners, operators, and systems typically involved, but maintains the strategy's importance in reducing potential cyberattacks. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

On March 20, 2024, Progress Software disclosed three vulnerabilities in its Telerik Report Server products. The vulnerabilities were identified as CVE-2024-1800, CVE-2024-1801, and CVE-2024-1856. Another Progress Telerik Report Server vulnerability (CVE-2024-4358), disclosed on May 31, 2024, could potentially allow attackers to execute code on systems that have the affected Progress Telerik software versions installed. The Center for Cybersecurity Belgium issued a recent security advisory urging customers to patch these vulnerabilities.

Progress Telerik Vulnerabilities Overview

The CCB detailed all four vulnerabilities, associated risks and working exploits, and provided links that contain additional details about each vulnerability.

Insecure Deserialization Vulnerabilities

The first two vulnerabilities (CVE-2024-1801 and CVE-2024-1856) are insecure deserialization vulnerabilities in Progress Telerik Reporting. Attackers could exploit these vulnerabilities to run arbitrary code. An attacker with local access could potentially exploit CVE-2024-1801, while CVE-2024-1856 may be exploited remotely if specific web application misconfigurations are in place.

Remote Code Execution Vulnerability

The third vulnerability (CVE-2024-1800) is an insecure deserialization vulnerability in the Progress Telerik Report Server. Successfully exploitation of the vulnerability could allow for remote execution of arbitrary code on affected systems. Progress Telerik Report Server versions prior to 2024 Q1 (10.0.24.130) are vulnerable to this issue.

Authentication Bypass Vulnerability

An additional vulnerability, CVE-2024-4358, that was disclosed later affects the Telerik Report Server. This is an authentication bypass vulnerability that could allow an unauthenticated attacker to gain access to restricted functionality within the Progress Telerik Report Server. The issue affects Progress Telerik Report Server versions up to 2024 Q1 (10.0.24.305).

Recommended Actions for Telerik Vulnerabilities

The Centre for Cybersecurity Belgium strongly recommends applying, after thorough testing, the latest available software updates of Progress Telerik on vulnerable devices. Progress Telerik has explicitly stated that the only way to remediate the earlier three reported vulnerabilities was by updating to the latest available version (10.1.24.514). For the authentication bypass vulnerability (CVE-2024-4358), Progress Telerik has published a temporary mitigation. This mitigation involves applying a URL Rewrite rule in IIS to deny access to the vulnerable "startup/register" path. The Centre for Cybersecurity Belgium urges organizations to bolster their monitoring and detection capabilities to be alert for any malicious activities associated with these vulnerabilities. Organizations are further advised to check the list of users within the Progress Telerik Report Server to ensure that there is no addition of unauthorized accounts while responding quickly to detected intrusions. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

Security researchers have uncovered a new phishing campaign that attempts to trick recipients into pasting (CTRL+V) and executing malicious commands on their system. It leverages a sophisticated attack chain along with what the researchers have dubbed the "paste and run" technique.

'Paste and Run' Phishing Technique

The attackers behind the campaign send emails to potential victims purporting to be from legitimate businesses or organizations. Researchers from AhnLab stated that these emails often involve topics such as fee processing or operational instructions to entice recipients into opening attached files. The emails contain a file attachment with disguised intent, as in the examples below. [caption id="attachment_75497" align="alignnone" width="1200"] Source: asec.ahnlab.com[/caption] Once the victim clicks on the HTML attachment, a fake message displays in the browser while disguising itself as a Microsoft Word document. This message directs the user to click on a "How to fix" button that purports to help them load the document offline. After clicking the button, a set of instructions prompt the user to type out a set of keyboard commands—first type [Win+R], then [Ctrl+V], and press [Enter]. [caption id="attachment_75494" align="alignnone" width="1200"] Source: asec.ahnlab.com[/caption] The button may alternatively load a different set of instructions directing the user to manually access the Windows PowerShell terminal and hit right-click within the terminal window. By following the instructions, the victim inadvertently pastes a malicious script to the terminal, which then executes in their system.

Phishing Scheme Installs DarkGate Malware

The PowerShell script downloaded and executed by the scheme is a component of the DarkGate malware family. Once the script is run, it downloads and executes an HTA (HTML Application) file from a remote command-and-control server. The HTA file then executes additional instructions to launch an AutoIt3.exe file while passing a malicious AutoIt script (script.a3x) as an argument. The script appears to load the DarkGate malware to infect the system while also clearing the user's clipboard to conceal the execution of malicious commands. "The overall operation flow from the reception of the email to the infection is quite complex, making it difficult for users to detect and prevent," the researchers noted. [caption id="attachment_75496" align="alignnone" width="1200"] Source: asec.ahnlab.com[/caption]

Protecting Against the Phishing Campaign

The researchers advised email recipients to remain cautious when handling unsolicited emails, even if they appear to be from legitimate sources, to avoid falling victim to the phishing campaign. Recipients should refrain from opening attachment files or clicking on links until they can verify the email sender and its content. "Users must take extra caution when handling files from unknown sources, especially the URLs and attachments of emails," the researchers emphasized. Additionally, recipients should also be wary of any messages that prompt them to execute commands, as it is a common tactic used by attackers to compromise systems. Upon receiving such requests, it is recommended to either ignore the email or report it to your organization's IT security team. The researchers also shared various indicators of compromise (IOCs) such as Base64-encoded PowerShell commands, HTA files, and Autoit scripts, download URLs, file signatures and behavioral indicators associated with the campaign. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

New York-based cyber risk ratings vendor SecurityScorecard has filed a lawsuit against its cyber risk management rival Safe Security for alleged involvement in unfair competition and misappropriating trade secrets. SecurityScorecard has accused its former employee, Mary Polyakova of being a key perpetrator of the embezzlement. According to the lawsuit, Polyakova retrieved SecurityScorecard’s confidential information like list of customers and prospects, before quitting the company last month and later joining Safe Security in Silicon Valley as its sales vice president. The breach of confidential information was apparently valued at $40 million at SecurityScorecard which includes details of 9,300 customers and prospects. In a 30-page complaint filed on Tuesday in the Southern District of New York, SecurityScorecard said, “While brazenly touting a 'revolutionary' approach to cybersecurity risk management, defendant Safe's only true 'revolution' is its unconstrained reliance upon unlawful skullduggery and unfair competition to build its business." Meanwhile, SafeSecurity CEO Saket Modi, refuting the allegations, said that his company’s competitors like SecurityScorecard were laying off many of its employees because of its poor business and this is resorting to legal retribution.

SecurityScorecard shares embezzlement details

According to SecurityScorecard, Polyakova allegedly misappropriated an exhaustive list of the company's customers and prospects, which included the Master East List and CISO Prospect Lists and later shared the information on her personal email. It claimed that if this customer information was misused by Safe Security, it could damage the business prospects of SecurityScorecard. [caption id="attachment_75297" align="alignnone" width="800"] Source: Linkedin[/caption] The company feared that Safe Security could unlawfully poach its customers, which could harm the business interests of SecurityScorecard. Before joining SafeSecurity, Polyakova had spent four years in SecurityScorecard’s sales organization. "SSC's customer and prospect list is the direct result of years of marketing and sales efforts and cannot be replicated through publicly available sources," the company said. "SSC therefore undertakes considerable efforts to maintain the secrecy of its confidential information, including the Master East List and the CISO Prospect Lists." The company alleged that apart from stealing the data and poaching customers, Safe Security used fake accounts to illegally access SecurityScorecard's customer platform and tried to enhance its own cybersecurity offerings. SecurityScorecard alleged that Safe Security misused this access to quality-check its products and make misleading comparisons on the company's website, "Safe has used a shell company or an entirely fake domain to impermissibly access the SSC [SecurityScorecard] platform to perform competitive intelligence gathering," the company said. "This appears to have included trying: (i) to see the SSC products and services purchased by SSC customers; and (ii) validating SAFE's own offerings to customers."

SecurityScorecard Wants End to Unlawful Practices

According to SecurityScorecard, Safe Security, through its actions, would be violating the former’s end-user SaaS agreement, including registration of IP addresses under fake domains. Safe Security had allegedly launched a webpage to compare its services with SecurityScorecard, the lawsuit alleged. "On April 9, 2024, Safe's Co-Founder and Chief Executive Officer, Saket Modi, bragged to SSC's President, Sachin Bansal, that Safe was interviewing former SSC employees with no real intention of hiring them for open positions," the company said. “As proof of these illicit fact-finding endeavors, Mr. Modi touted to Mr. Bansal confidential statistics on SSC's hiring and restructuring practices," it added. SecurityScorecard claimed that Safe Security had conducted fake job interviews with its employees to elicit confidential business information. The company sought monetary damages as well as stay order to stop Safe Security and Polyakova from using or disclosing the alleged stolen information. "Even when caught in this web of deceptive wrongdoing, Safe has simply adopted a 'deny, deny, deny' posture, effectively doubling down on their unlawful conduct," SecurityScorecard said, and added, "That’s precisely what necessitates the injunctive relief now sought here, to put an immediate end to these unlawful practices and protect SSC's trade secrets and confidential and proprietary information." SecurityScorecard said it had pumped in over $200 million to develop its customer and prospect base and had measures in place to protect its proprietary information.

While Microsoft's forthcoming Recall feature has already sparked security and privacy concerns, the tech giant attempted to downplay those reactions by stating that collected data would remain on the user's device. Despite this reassurance, concerns remain, as researchers - including the developer of a new tool dubbed "TotalRecall" - have observed various inherent vulnerabilities in the local database maintained by Recall, lending credibility to critics of Microsoft's implementation of the AI tool.

TotalRecall Tool Demonstrates Recall's Inherent Vulnerabilities

Recall is a new Windows AI tool planned for Copilot+ PCs that captures screenshots from user devices every five seconds, then storing the data in a local database. The tool's announcement, however, led many to fear that this process would make sensitive information on devices susceptible to unauthorized access. TotalRecall, a new tool developed by Alex Hagenah and named after the 1990 sci-fi film, highlights the potential compromise of this stored information. Hagenah states that the the local database is unencrypted and stores data in plain text format. The researcher likened Recall to spyware, calling it a "Trojan 2.0." TotalRecall was designed to extract and display all the information stored in the Recall database, pulling out screenshots, text data, and other sensitive information, highlighting the potential for abuse by criminal hackers or domestic abusers who may gain physical access to a device. Hagenah's concerns are echoed by others in the cybersecurity community, who have also compared Recall to spyware or stalkerware. Recall captures screenshots of everything displayed on a user's desktop, including messages from encrypted apps like Signal and WhatsApp, websites visited, and all text shown on the PC. TotalRecall can locate and copy the Recall database, parse its data, and generate summaries of the captured information, with features for date range filtering and term searches. Hagenah stated that by releasing the tool on GitHub, he aims to push Microsoft to fully address these security issues before Recall's launch on June 18.

Microsoft Recall Privacy and Security Concerns

Cybersecurity researcher Kevin Beaumont has also developed a website for searching Recall databases, though he has withheld its release to give Microsoft time to make changes. Microsoft's privacy documentation for Recall mentions the ability to disable screenshot saving, pause Recall on the system, filter out applications, and delete data. Nonetheless, the company acknowledges that Recall does not moderate the captured content, which could include sensitive information like passwords, financial details and more. The risks extend beyond individual users, as employees under "bring your own device" policies could leave with significant amounts of company data saved on their laptops. The UK's data protection regulator has requested more information from Microsoft regarding Recall and its privacy implications. Amid criticism over recent hacks affecting US government data, Microsoft CEO Satya Nadella has emphasized its need to prioritize security. However, the issues surrounding Recall demonstrate that security concerns were not given sufficient attention, and necessitate inspection of its data collection practices before its official release. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

Google has announced a new initiative to establish 15 cybersecurity clinics across the US. The move attempts to address escalating cybersecurity threats as well as additional risks and opportunities presented by bleeding-edge technology such as AI. These clinics aim at providing funding, mentorship, and additional resources to higher education institutions, within the area of cybersecurity. The initiative expects that its support of the increase in a skilled and dedicated cybersecurity workforce will help protect critical infrastructure and organizations and help address the cybersecurity skills shortage.

Cybersecurity Clinics Aim At Building Resilient Workforce

The cybersecurity clinic initiative, launched in collaboration with the Consortium of Cybersecurity Clinics, invites higher education institutions to apply for funding to establish new clinics. Approved clinics will receive $1 million in cybersecurity funding, mentorship, Titan Security Keys (phishing-resistant 2FA keys), and scholarships for Google's Cybersecurity Certification. Mentorship from these clinics attempts to serve as a bridge between academic knowledge and real-world application by allowing students to gain important hands-on experience. The clinics will also help regional organizations protect themselves from potential cyber threats. For example, Indiana University cybersecurity clinic students have been helping the local fire department in devising contingency plans for online communications compromise scenarios. At the Rochester Institute of Technology, students helped their local water authority review and improve their IT security configurations across operating sites. Google's collaboration page mentions the list of institutions through which the new cybersecurity clinics will be set up, marking them as 'New Grantees':

• Tougaloo College
• Turtle Mountain Community College
• University of Hawai’i Maui College
• Cyber Center of Excellence (CCOE), San Diego State University (SDSU), California State University San Marcos (CSUSM) and National University
• West Virginia State University
• Dakota State University
• University of North Carolina Greensboro
• University of Arizona
• Franklin Cummings Tech
• Spelman College
• NSI CTC - HUSB
• Northeastern State University in Oklahoma
• Trident Technical College
• Eastern Washington University
• The University of Texas at El Paso

These new clinics add to the ten actively operating cybersecurity clinic grants to various institutes: [caption id="attachment_75177" align="alignnone" width="2164"] Interactive Map Indicating Active Clinics (Source:  cybersecurityclinics.org)[/caption]

• University of Texas at San Antonio
• UC Berkeley
• Rochester Institute of Technology
• Massachusetts Institute of Technology
• Stillman College
• Indiana University
• University of Nevada, Las Vegas
• The University of Alabama
• University of Georgia
• University of Texas at Austin

Clinics Attempt to Focus on Diversity and Inclusivity

In the announcement, Google also affirmed its commitment to foster diversity and inclusivity within the cybersecurity industry. In recognition of these values, Google has has extended its cybersecurity funding support to organizations such as the Computing Alliance of Hispanic-Serving Institutions (CAHSI), Stillman College, and the American Indian Science and Engineering Society (AISES). These institutions aid colleges and universities that served large populations of minorities such as black, Hispanic, indigenous or tribal students. "Cyber attacks are a threat to everyone's security, so it's essential that cyber education is accessible," said a Google spokesperson. "With these newest 15 clinics, we're supporting institutions that serve a variety of students and communities: traditional colleges and universities as well as community and technical colleges in both rural and urban communities." [caption id="attachment_75162" align="alignnone" width="588"] Source: stillman.edu[/caption] Google's investment in these clinics represent a strategic move to address the nation's workforce shortage, with at least 450,000 cybersecurity positions remaining open across the country. Google stated that its new cybersecurity clinics would help impart cybersecurity training to hundreds of students, while increasing its own commitment by $5 million, amounting to a total of about $25 million in support across clinics. The tech giant expects that these moves will help enable the operation of 25 cybersecurity clinics nationwide by 2025. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.

Less than a week after The Cyber Express exposed the data breach of a crime reporting app in India’s Telangana State, a hacker has now claimed to have engineered yet another cyberattack on Telangana Police's data. The Thread Actor (TA) has claimed to have carried out the TSCOP App Cyberattack, which is the Telangana Police’s internal crime detection app across all its wings. The massive data breach claims to expose the personal details of police officers, criminals, and gun license holders in Telangana.

Understanding the TSCOP App Cyberattack

TSCOP app was launched on January 1, 2018, to ensure better collaboration and operational efficiency of the police at all levels across the state of Telangana. The app received a boost when it was equipped with the Facial Recognition System (FRS) whereby the police could identify criminals in a few seconds by comparing a suspect's face with lakhs of digital photographs of people, including previous offenders, wanted and those missing stored in the central database. The App was also adjudged the ‘Best IT Project’ in India, for empowering police with information technology. [caption id="attachment_74941" align="alignnone" width="1200"] Source: Telangana Police Website[/caption] The TSCOP App Cyberattack was masterminded by a threat actor who goes by the name “Adm1nFr1end.” The same thread actor was responsible for Telangana Police’s Hawk Eye app data breach last week. The claims of cyberattack on the TSCOP app emerged on June 5, 2024, when the TA posted the alleged leaked data on BreachForums site. According to the TA, the leaked data includes the names, phone numbers and email addresses of police personnel from the Anti-Corruption Bureau, the Anti-Narcotics Bureau, Intelligence, Greyhounds (counter-insurgency wing against terrorists), Home Guards, and a host of other wings of the Telangana Police.

TSCOP App Cyberattack Samples

To substantiate the claims of cyberattack, the thread actor shared a few samples which revealed the phone number, name and designation of police officers. In a few cases, the district and zone of the concerned police officer were also leaked, along with the cop’s IMEI mobile number. But what could be major concern to the police is the leak of data related to criminals who were recently booked. The TA shared samples of offenders who were recently booked, which revealed the operations carried out by the concerned police station, the names, ages, mobile numbers, and addresses of the accused, the date on which they were booked, and in a few cases, the crime for which they were booked. The hacker also shared another sample, which could be of critical concern owing to breach of privacy of citizens. This data breach revealed the names, addresses, voter ids, date of birth and license number of citizens who had applied for a gun license and the reason for holding a weapon.

Experts Site Weak System Behind TSCOP App Cyberattack

When the Telangana Police’s website was hacked last week, cybersecurity experts had warned the cops of multiple attacks in the future. India’s popular data security researcher Srinivas Kodali said, “It is easy to hack into their system as they used basic authentication and encoding.” He condemned the state police for not hiring proper developers and putting the privacy of several thousand users at risk. [caption id="attachment_74951" align="alignnone" width="687"] Source: X[/caption] The Cyber Express has reached out to the Telangana Police, seeking their response on the cyberattack. We will update this story as we get more information. Media Disclaimer: This report is based on internal and external research obtained through various means. The information provided is for reference purposes only, and users bear full responsibility for their reliance on it. The Cyber Express assumes no liability for the accuracy or consequences of using this information.