Socket’s Threat Research Team uncovered malicious Python packages designed to create a tunnel via Gmail. The threat actor’s email is the only potential clue as to their motivation, but once the tunnel is created, the threat actor can exfiltrate data or execute commands that we may not know about through these packages. These seven packages:

Coffin-Codes-Pro
Coffin-Codes-NET2
Coffin-Codes-NET
Coffin-Codes-2022
Coffin2022
Coffin-Grave
cfc-bsb
use Gmail, making these attempts less likely to be flagged by firewalls and endpoint detection systems since SMTP is commonly treated as legitimate traffic.

These packages have since been removed from the Python Package Index (PyPI).

A newly discovered malicious PyPi package named 'disgrasya' that abuses legitimate WooCommerce stores for validating stolen credit cards has been downloaded over 34,000 times from the open-source package platform.

For the first time, RL researchers discover malicious locally-installed npm packages infecting other legitimate packages.

A new campaign has targeted the npm package repository with malicious JavaScript libraries that are designed to infect Roblox users with open-source stealer malware such as Skuld and Blank-Grabber.

"This incident highlights the alarming ease with which threat actors can launch supply chain attacks by exploiting trust and human error within the open source ecosystem, and using readily available commodity malware, public platforms like GitHub for hosting malicious executables, and communication channels like Discord and Telegram for C2 operations to bypass traditional security measures," Socket security researcher Kirill Boychenko said in a report shared with The Hacker News.

RL found the VMConnect campaign continuing with malicious actors posing as recruiters, using packages and the names of financial firms to lure developers.

Cybercriminals are abusing Stack Overflow in an interesting approach to spreading malware—answering users' questions by promoting a malicious PyPi package that installs Windows information-stealing malware.

In this post, we analyze a cluster of malicious PyPI packages targeting specific MacOS machines.

Throughout the past few months, several publications have written about a North Korean threat actor group’s use of NPM packages to deploy malware to developers and other unsuspecting victims. This blog post provides additional details regarding the second and third-stage malware in these attacks, which these publications have only covered in limited detail.

Automation is making attacks on open source code repositories harder to fight.

Did you download Warbeast2000 or Kodiak2k from npm? If so, your SSH keys might be compromised! These packages steal keys & upload them to GitHub.

FortiGuard Labs cover the attack phases of three new PyPI packages that bear a resemblance to the culturestreak PyPI package discovered earlier this year. Learn more.

The past year has seen over 10,000 downloads of malicious packages hosted on the official Python package repository, ESET research finds.

Security Researcher Tom Forbes worked with the GitGuardian team to analyze all the code committed to PyPi packages and surfaced thousands of hardcoded credentials.

Since early April 2023, an attacker has been relentlessly deploying hundreds of malicious packages through various usernames, accumulating nearly 75,000 downloads. Our team at Checkmarx’s Supply Chain Security has been on this malicious actor’s trail since early April, documenting each step of its evolution. We have been actively observing an attacker who seems to be evermore refining their craft. 

Malicious packages on PyPI copy W4SP attacks to steal users’ credentials and crypto wallet data. This incident illustrates issues in open-source ecosystems.

“Write once, infect everywhere” might be the new cybercrime motto, with newly discovered campaigns showing malicious npm packages powering phishing kits and supply chain attacks.

Multiple Python packages caught by Sonatype were seen uploading secrets such as AWS keys and environment variables to a web endpoint.

Despite open source software’s essential role in all software built today, it’s far too easy for bad actors to circulate malicious packages that attack the systems and users running that software. Unlike mobile app stores that can scan for and reject malicious contributions, package repositories have limited resources to review the thousands of daily updates and must maintain an open model where anyone can freely contribute. As a result, malicious packages like ua-parser-js, and node-ipc are regularly uploaded to popular repositories despite their best efforts, with sometimes devastating consequences for users.

Today we’re pleased to announce the initial prototype version of the Package Analysis project, an OpenSSF project addressing the challenge of identifying malicious packages in popular open source repositories. In just one month of analysis, the project identified more than 200 malicious packages uploaded to PyPI and npm.