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Cisco on Wednesday disclosed a maximum-security vulnerability that allows remote threat actors with no authentication to change the password of any user, including those of administrators with accounts, on Cisco Smart Software Manager On-Prem devices.

The Cisco Smart Software Manager On-Prem resides inside the customer premises and provides a dashboard for managing licenses for all Cisco gear in use. It’s used by customers who can’t or don’t want to manage licenses in the cloud, as is more common.

In a bulletin, Cisco warns that the product contains a vulnerability that allows hackers to change any account's password. The severity of the vulnerability, tracked as CVE-2024-20419, is rated 10, the maximum score.

Enlarge / Rite Aid logo displayed at one of its stores. (credit: Getty Images)

Rite Aid, the third biggest US drug store chain, said that more than 2.2 million of its customers have been swept into a data breach that stole personal information, including driver's license numbers, addresses, and dates of birth.

The company said in mandatory filings with the attorneys general of states including Maine, Massachusetts, Vermont, and Oregon that the stolen data was associated with purchases or attempted purchases of retail products made between June 6, 2017, and July 30, 2018. The data provided included the purchaser's name, address, date of birth, and driver's license number or other form of government-issued ID. No Social Security numbers, financial information, or patient information were included.

“On June 6, 2024, an unknown third party impersonated a company employee to compromise their business credentials and gain access to certain business systems,” the filing stated. “We detected the incident within 12 hours and immediately launched an internal investigation to terminate the unauthorized access, remediate affected systems and ascertain if any customer data was impacted.”

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Researchers have determined that two fake AWS packages downloaded hundreds of times from the open source NPM JavaScript repository contained carefully concealed code that backdoored developers' computers when executed.

The packages—img-aws-s3-object-multipart-copy and legacyaws-s3-object-multipart-copy—were attempts to appear as aws-s3-object-multipart-copy, a legitimate JavaScript library for copying files using Amazon’s S3 cloud service. The fake files included all the code found in the legitimate library but added an additional JavaScript file named loadformat.js. That file provided what appeared to be benign code and three JPG images that were processed during package installation. One of those images contained code fragments that, when reconstructed, formed code for backdooring the developer device.

Growing sophistication

“We have reported these packages for removal, however the malicious packages remained available on npm for nearly two days,” researchers from Phylum, the security firm that spotted the packages, wrote. “This is worrying as it implies that most systems are unable to detect and promptly report on these packages, leaving developers vulnerable to attack for longer periods of time.”

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Google is making it easier for people to lock down their accounts with strong multifactor authentication by adding the option to store secure cryptographic keys in the form of passkeys rather than on physical token devices.

Google’s Advanced Protection Program, introduced in 2017, requires the strongest form of multifactor authentication (MFA). Whereas many forms of MFA rely on one-time passcodes sent through SMS or emails or generated by authenticator apps, accounts enrolled in advanced protection require MFA based on cryptographic keys stored on a secure physical device. Unlike one-time passcodes, security keys stored on physical devices are immune to credential phishing and can’t be copied or sniffed.

Democratizing APP

APP, short for Advanced Protection Program, requires the key to be accompanied by a password whenever a user logs into an account on a new device. The protection prevents the types of account takeovers that allowed Kremlin-backed hackers to access the Gmail accounts of Democratic officials in 2016 and go on to leak stolen emails to interfere with the presidential election that year.

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More than 1.5 million email servers are vulnerable to attacks that can deliver executable attachments to user accounts, security researchers said.

The servers run versions of the Exim mail transfer agent that are vulnerable to a critical vulnerability that came to light 10 days ago. Tracked as CVE-2024-39929 and carrying a severity rating of 9.1 out of 10, the vulnerability makes it trivial for threat actors to bypass protections that normally prevent the sending of attachments that install apps or execute code. Such protections are a first line of defense against malicious emails designed to install malware on end-user devices.

A serious security issue

“I can confirm this bug,” Exim project team member Heiko Schlittermann wrote on a bug-tracking site. “It looks like a serious security issue to me.”

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Threat actors carried out zero-day attacks that targeted Windows users with malware for more than a year before Microsoft fixed the vulnerability that made them possible, researchers said Tuesday.

The vulnerability, present in both Windows 10 and 11, causes devices to open Internet Explorer, a legacy browser that Microsoft decommissioned in 2022 after its aging code base made it increasingly susceptible to exploits. Following the move, Windows made it difficult, if not impossible, for normal actions to open the browser, which was first introduced in the mid-1990s.

Tricks old and new

Malicious code that exploits the vulnerability dates back to at least January 2023 and was circulating as recently as May this year, according to the researchers who discovered the vulnerability and reported it to Microsoft. The company fixed the vulnerability, tracked as CVE-2024-CVE-38112, on Tuesday as part of its monthly patch release program. The vulnerability, which resided in the MSHTML engine of Windows, carried a severity rating of 7.0 out of 10.

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One of the most widely used network protocols is vulnerable to a newly discovered attack that can allow adversaries to gain control over a range of environments, including industrial controllers, telecommunications services, ISPs, and all manner of enterprise networks.

Short for Remote Authentication Dial-In User Service, RADIUS harkens back to the days of dial-in Internet and network access through public switched telephone networks. It has remained the de facto standard for lightweight authentication ever since and is supported in virtually all switches, routers, access points, and VPN concentrators shipped in the past two decades. Despite its early origins, RADIUS remains an essential staple for managing client-server interactions for:

• VPN access
• DSL and Fiber to the Home connections offered by ISPs,
• Wi-Fi and 802.1X authentication
• 2G and 3G cellular roaming
• 5G Data Network Name authentication
• Mobile data offloading
• Authentication over private APNs for connecting mobile devices to enterprise networks
• Authentication to critical infrastructure management devices
• Eduroam and OpenRoaming Wi-Fi

RADIUS provides seamless interaction between clients—typically routers, switches, or other appliances providing network access—and a central RADIUS server, which acts as the gatekeeper for user authentication and access policies. The purpose of RADIUS is to provide centralized authentication, authorization, and accounting management for remote logins.

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More than 384,000 websites are linking to a site that was caught last week performing a supply-chain attack that redirected visitors to malicious sites, researchers said.

For years, the JavaScript code, hosted at polyfill[.]com, was a legitimate open source project that allowed older browsers to handle advanced functions that weren’t natively supported. By linking to cdn.polyfill[.]io, websites could ensure that devices using legacy browsers could render content in newer formats. The free service was popular among websites because all they had to do was embed the link in their sites. The code hosted on the polyfill site did the rest.

The power of supply-chain attacks

In February, China-based company Funnull acquired the domain and the GitHub account that hosted the JavaScript code. On June 25, researchers from security firm Sansec reported that code hosted on the polyfill domain had been changed to redirect users to adult- and gambling-themed websites. The code was deliberately designed to mask the redirections by performing them only at certain times of the day and only against visitors who met specific criteria.

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Researchers have warned of a critical vulnerability affecting the OpenSSH networking utility that can be exploited to give attackers complete control of Linux and Unix servers with no authentication required.

The vulnerability, tracked as CVE-2024-6387, allows unauthenticated remote code execution with root system rights on Linux systems that are based on glibc, an open source implementation of the C standard library. The vulnerability is the result of a code regression introduced in 2020 that reintroduced CVE-2006-5051, a vulnerability that was fixed in 2006. With thousands, if not millions, of vulnerable servers populating the Internet, this latest vulnerability could pose a significant risk.

Complete system takeover

“This vulnerability, if exploited, could lead to full system compromise where an attacker can execute arbitrary code with the highest privileges, resulting in a complete system takeover, installation of malware, data manipulation, and the creation of backdoors for persistent access,” wrote Bharat Jogi, the senior director of threat research at Qualys, the security firm that discovered it. “It could facilitate network propagation, allowing attackers to use a compromised system as a foothold to traverse and exploit other vulnerable systems within the organization.”

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Vulnerabilities that went undetected for a decade left thousands of macOS and iOS apps susceptible to supply-chain attacks. Hackers could have added malicious code compromising the security of millions or billions of people who installed them, researchers said Monday.

The vulnerabilities, which were fixed last October, resided in a “trunk” server used to manage CocoaPods, a repository for open source Swift and Objective-C projects that roughly 3 million macOS and iOS apps depend on. When developers make changes to one of their “pods”—CocoaPods lingo for individual code packages—dependent apps typically incorporate them automatically through app updates, typically with no interaction required by end users.

Code injection vulnerabilities

“Many applications can access a user’s most sensitive information: credit card details, medical records, private materials, and more,” wrote researchers from EVA Information Security, the firm that discovered the vulnerability. “Injecting code into these applications could enable attackers to access this information for almost any malicious purpose imaginable—ransomware, fraud, blackmail, corporate espionage… In the process, it could expose companies to major legal liabilities and reputational risk.”