The attack unfolded through tools that would look routine to any working professional: a LinkedIn connection from a credible-seeming contact, an invitation to a Slack workspace that appeared genuinely company-branded, and then a Microsoft Teams video call that stalled with a familiar-looking technical error. The suggested fix was a software update. One developer clicked, and the attacker had what they needed.
That is not a hypothetical. It is how North Korean threat actors tracked as UNC1069 compromised Axios versions 1.14.1 and 0.30.4, releases of one of the most widely used JavaScript HTTP libraries in the world, with approximately 100 million weekly downloads. According to reporting by The Hacker News and BleepingComputer, the trojanized package versions were live on the npm registry for approximately three hours before Socket's malware scanner flagged the threat.
In our work with Canadian organizations, we consistently see that vendor and supply chain compromises catch security teams off guard because the training and awareness investment stops at the perimeter of the organization itself. Stories like this one are a reminder that human risk extends to every third party with access, and it is precisely the kind of gap that requires building a security awareness program that goes beyond email.
The Professional Platforms Your Training Probably Does Not Cover
Most phishing prevention programs are built around email. The warning signs they teach, including urgency in the subject line, mismatched sender domains, and suspicious attachments, do not translate when the attack arrives through LinkedIn, when the Slack workspace looks real, or when the error appears inside a Teams meeting with a professional-seeming contact on screen. According to The Hacker News, UNC1069 built a fake company with a cloned founder identity and a convincingly populated Slack workspace before ever scheduling the video call.
Multiple prominent open-source maintainers received the same outreach, including the creators of Lodash, Fastify, and dotenv. One affected maintainer described the Slack workspace as "super convincing," noting what appeared to be realistic fake profiles of team members. The sophistication reflects a documented North Korean state-actor pattern: patient, relationship-building social engineering that exploits the implied trust of professional tools rather than the distrust employees are trained to apply to suspicious email.
What Your Team Should Do This Week
For security and awareness managers, the Axios incident offers practical steps that require no budget change. First, add professional platform scenarios to your next simulation cycle: a LinkedIn introduction leading to a Teams call with an unusual installation request is now a documented attack chain, not a theoretical edge case. Second, establish an out-of-band verification step for any software installation prompted through a meeting, even one that appears routine. Third, brief your IT and development teams directly, since supply chain attacks increasingly target the people who deploy and maintain code, not only those who receive email.
If you are not certain whether your current training program covers these scenarios, starting with a cybersecurity posture assessment is the fastest way to find out where your human risk exposure actually sits. The Axios attack is a useful internal test: ask your team how they would respond if a Teams meeting threw an error asking them to install a patch. The answers will reveal more about your program's real coverage gaps than most annual survey checklists will.
