Axios npm Hijack 2026 Everything You Need to Know â IOCs Impact Remediation
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SOCRadar University Your only address to master the latest innovations with cybersecurity training ppOn March 31 2026 a threat actor hijacked the npm account of the lead Axios maintainer and published two malicious versions of one of the worldâs most popular JavaScript libraries â Axios 100M weekly downloads The malicious versions contained a hidden dependency that silently installed a crossplatform Remote Access Trojan RAT the moment any developer or CICD pipeline ran npm installppThe malicious versions email protected and email protected were live for approximately 2â3 hours before npm removed themppppTimeline of the Axios npm compromise highlighting the staged plaincryptojs package and the malicious axios releases published through the hijacked maintainer account XppAxios is a free opensource JavaScript library published on npm Node Package Manager that simplifies sending and receiving data over the internet HTTP requests Think of it as a universal adapter that lets any JavaScript application talk to any web server or APIppSimple example A mobile app needs todayâs weather datappWithout a library like Axios this would require dozens of lines of complex errorprone code Axios abstracts that complexityppWhy this matters for your threat surfaceppFor CISOs If your organization uses any Nodejsbased software there is a high probability that Axios is somewhere in your dependency treeppppA software supply chain attack means an adversary compromises a trusted component in the software build process â not your application directly but a library your application depends on By poisoning a trusted building block the attacker reaches every downstream user automaticallyppHere is what happened step by stepppStep 1 â Account takeover The attacker compromised the npm account of jasonsaayman the lead maintainer of Axios The accountâs registered email was changed to an attackercontrolled ProtonMail address email protectedppStep 2 â Prestaging 18 hours before the main attack the attacker published a clean innocentlooking âdecoyâ package called email protected to establish trustppppplaincryptojs after takedown showing npmâs security holding package on the registryppStep 3 â Malicious payload deployment Using a stolen longlived npm access token the attacker published two malicious Axios versions â one targeting the current latest tag and one targeting the legacy tag â ensuring maximum reach across all user segmentsppStep 4 â Hidden dependency with obfuscated RAT dropper Both malicious versions secretly included email protected as a dependency This package contained a postinstall script setupjs that ran automatically the moment npm install completed â no user interaction requiredppStep 5 â Crossplatform RAT installation The dropper tracked as SILKBELL checked the operating system and delivered platformspecific payloads for Windows macOS and Linux Those payloads deployed WAVESHAPERV2 a backdoor capable of collecting system information enumerating directories executing commands and retrieving additional payloads from commandandcontrol infrastructureppStep 6 â Selfdestruction After executing the malware deleted its own files and restored packagejson to a clean state to evade detection and forensic analysisppOn April 2 2026 Axios lead maintainer Jason Saayman published a postmortem explaining that the npm supply chain attack began with a targeted social engineering operation In a followup explanation he said the attackers built a highly convincing setup that closely resembled the tactics Google recently described in its report on UNC1069 social engineering activityppAccording to Saaymanâs account the operation unfolded in several stages First the attacker allegedly impersonated the founder of a real company using a cloned identity and believable outreach Next he was invited into a real Slack workspace that had been carefully branded to look legitimate complete with plausible channel activity linked social content and what appeared to be team profiles and other opensource maintainers The attackers then moved the interaction to a Microsoft Teams meeting with what seemed to be multiple participants further increasing the appearance of legitimacy During that meeting Saayman was prompted to install what looked like a missing or outdated component related to Teams but he later said this installer was actually the RAT that gave the attacker access to his system and ultimately enabled the malicious Axios package publishesppThe disclosure matters because it shows the compromise was not just a packageregistry incident It was the result of a wellprepared humantargeting campaign that used fake corporate identity trusted collaboration platforms and a staged troubleshooting scenario to deliver malware Saaymanâs postmortem also includes a short attack timeline and lessons learned from the incident Read the full postmortem hereppNote plaincryptojs is not a legitimate widelyused library Its presence in any projectâs dependency tree should be treated as an immediate indicator of compromiseppThe malicious packages were available for approximately 2 hours and 54 minutes Given Axiosâs global download velocity this window is more than sufficient for tens of thousands of npm install executions to have occurred â particularly across AsiaPacific time zones where development activity was high during this windowppThis is a critical question for understanding why standard security controls failed to catch thisppThe attacker did not go through GitHub Actions or any automated CICD pipeline Instead they used a stolen longlived npm access token to publish directly to the npm registry â completely bypassingppThe red flag that expert defenders spotted immediately Legitimate Axios releases always include OIDC provenance metadata and SLSA build attestations linking the npm package back to a specific GitHub Actions run The malicious versions had none of this â they were published directly leaving no verifiable build trailppFor security teams Require npm publish provenance checks âprovenance flag and SLSA level 2 for all internal and critical thirdparty packages Absence of OIDC provenance on a new version of a major package should trigger an automatic alertppOn April 1 2026 Google Threat Intelligence Group publicly attributed the Axios npm package compromise to UNC1069 a North Koreanexus financially motivated threat actor The attribution is based on infrastructure overlaps and the use of WAVESHAPERV2 an updated backdoor linked to the groupâs earlier activity This updates the initial picture from March 31 2026 when no public attribution had yet been madeppThe attack reflects a high level of operational sophisticationppEven before the official attribution the campaign already pointed to a capable and wellresourced actor Its level of sophistication use of operational security OPSEC and focus on a maximumimpact target suggested either a financially motivated threat actor or a nationstateaffiliated group conducting a broad credential harvesting operationppAction Block sfrclakcom and 1421120673 at the firewall DNS filtering layer and cloud security group level It is also worth reviewing telemetry for 23254167216 which Google linked to suspected UNC1069 infrastructure Search historical DNS proxy and EDR logs for related traffic dating back to at least March 30 2026ppFor deeper technical analysis indicators of compromise and YARA rules see Googleâs research postppWork through these steps in order of speed No prior npm experience requiredppStep 1 â Check Lockfiles Fastest 2 MinutesppIn every Nodejs repository search packagelockjson pnpmlockyaml or yarnlock forppIf any of these strings are found â the environment that last installed dependencies is affectedppStep 2 â Check Installed nodemodulesppIf the directory exists â affectedppStep 3 â Use the Community Incident ScannerppA readytorun scanner script scanaxioscompromisesh has been published by Elastic Security researcher Joe Desimone It checksppRun this on all developer laptops build servers and CICD runnersppStep 4 â Network Endpoint DetectionppAdd a version override to your packagejson to prevent accidental reinstallationppFor Yarnpnpm use the resolutions field insteadppIf any of the filesystem IOCs are present or if the systemâs timeline shows npm install ran during the malicious window do not attempt inplace remediation The machine must be treated as fully compromisedppCISO note Because Axios has 100M weekly downloads and the malicious versions were tagged latest â the default for any npm install command â the global blast radius of this attack is potentially one of the largest in npm history comparable to the 2021 uaparserjs compromise and the eventstream incidentppNever allow floating version ranges 1140 1140 Require exact pins 1140 and commit packagelockjson to version control Use npm ci not npm install in all CICD pipelines â it respects the lockfile exactlyppMost production builds donât need lifecycle scripts Disabling them prevents the entire class of attack demonstrated hereppThis rejects packages published within the last 3 days giving the security community time to analyze new releases before they enter your supply chainppBlock builds that have high or critical vulnerabilities Integrate this check as a required CI gateppConfigure your internal npm proxy Artifactory Nexus Verdaccio to reject packages that lack cryptographic build provenance This would have flagged the malicious Axios versions immediately â they had no OIDC provenance recordppGenerate an SBOM on every build using tools like syft or cdxgen Continuously monitor your SBOM against vulnerability databases This gives you an accurate uptodate picture of your dependency treeppThe attack succeeded in part because the attacker obtained a longlived npm access token Migrate to shortlived automationscoped tokens and rotate them regularly Audit which CICD systems have npm publish rightspppnpm disables lifecycle scripts postinstall preinstall etc by default for all packages except those explicitly allowlisted This would have prevented the dropper from executing even if the malicious package had been installedppppWe use cookies to improve your experience analyze traffic and personalize content You can accept all or customize your preferencesppSelect which types of cookies you allow You can update these at any timepp
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cookies on this sitepp1 WHAT KIND OF DATA IS PROCESSED IN COOKIESppCookies on websites collect data related to your browsing and usage preferences on the device you use to visit the site depending on their type This data includes information about the pages you access the services and products you explore your preferred language choice and other preferencespp2 WHAT ARE COOKIES AND WHAT ARE THEIR PURPOSESppCookies are small text files stored on your device or web server by the websites you visit through your browsers These small text files containing your preferred language and other settings help us remember your preferences on your next visit and assist us in making improvements to our services to enhance your experience on the site This way you can have a better and more personalized user experience on your next visitppThe main purposes of using cookies on our Internet Site are as followspp3 TYPES OF COOKIES USED ON OUR INTERNET SITE 31 Session CookiesppSession cookies ensure the 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Protect your business from the dangers lurking in the hidden corners of the internet pp
Effective threat hunting and threat actor tracking with behavioral analytics pp
Discover your assets with a hacker mindset pp
Stay ahead of threat actors with actionable intelligence alerts pp
Evaluate the security posture of your entire supply network pp
Your guide in harnessing the full potential of our platform pp
Hear SOCRadars impressive achievements from our clients pp
Automate and operationalize your security operations pp
Consulting and professional services for cybersecurity excellence pp
Transforms complex data into clear and reliable threat intelligence pp
Industry sector and regionbased indepth research pp
Discover the heartbeat of cyberspace through a collection showcasing the latest incidents pp
Discover how XTI empowers organizations to proactively identify mitigate and respond to evolving cyber threats pp
Register for our live webinars and watch our ondemand webinars instantly pp
Dive deep into the world of cyber threats advanced analysis techniques and cuttingedge strategies pp
Stay informed and uptodate on the latest cybersecurity trends pp
Explore SOCRadars learning experience to fuel your cybersecurity journey with insights that exceed industry standards pp
Deep dive into MCP server architecture execution threat intel use cases security and best practices pp
pp
Scan the dark web to prevent your leaks from turning into real risks
pp
Instantly access dark web findings about your organizations assets pp
Check if there is anything about you in SOCRadars everexpanding breach database pp
Track threat actors and groups by country or industry for effective followup pp
Explore threat actors tactics techniques activities and detailed profiles targeting your industry or region pp
Allinone nextgeneration tools for investigating everyday events like phishing malware account breach etc pp
Power your search with SOCRadars IOC Radar pp
Lets get to know each other better pp
Broaden your market reach and increase ARR with SOCRadar Extended Threat Intelligence pp
Get informed of our upcoming events pp
Latest news about our platform company and whatâs being said about us pp
Begin an extraordinary journey in your professional path with SOCRadar
pp
Wed like to hear from you
pp
SOCRadar University Your only address to master the latest innovations with cybersecurity training ppOn March 31 2026 a threat actor hijacked the npm account of the lead Axios maintainer and published two malicious versions of one of the worldâs most popular JavaScript libraries â Axios 100M weekly downloads The malicious versions contained a hidden dependency that silently installed a crossplatform Remote Access Trojan RAT the moment any developer or CICD pipeline ran npm installppThe malicious versions email protected and email protected were live for approximately 2â3 hours before npm removed themppppTimeline of the Axios npm compromise highlighting the staged plaincryptojs package and the malicious axios releases published through the hijacked maintainer account XppAxios is a free opensource JavaScript library published on npm Node Package Manager that simplifies sending and receiving data over the internet HTTP requests Think of it as a universal adapter that lets any JavaScript application talk to any web server or APIppSimple example A mobile app needs todayâs weather datappWithout a library like Axios this would require dozens of lines of complex errorprone code Axios abstracts that complexityppWhy this matters for your threat surfaceppFor CISOs If your organization uses any Nodejsbased software there is a high probability that Axios is somewhere in your dependency treeppppA software supply chain attack means an adversary compromises a trusted component in the software build process â not your application directly but a library your application depends on By poisoning a trusted building block the attacker reaches every downstream user automaticallyppHere is what happened step by stepppStep 1 â Account takeover The attacker compromised the npm account of jasonsaayman the lead maintainer of Axios The accountâs registered email was changed to an attackercontrolled ProtonMail address email protectedppStep 2 â Prestaging 18 hours before the main attack the attacker published a clean innocentlooking âdecoyâ package called email protected to establish trustppppplaincryptojs after takedown showing npmâs security holding package on the registryppStep 3 â Malicious payload deployment Using a stolen longlived npm access token the attacker published two malicious Axios versions â one targeting the current latest tag and one targeting the legacy tag â ensuring maximum reach across all user segmentsppStep 4 â Hidden dependency with obfuscated RAT dropper Both malicious versions secretly included email protected as a dependency This package contained a postinstall script setupjs that ran automatically the moment npm install completed â no user interaction requiredppStep 5 â Crossplatform RAT installation The dropper tracked as SILKBELL checked the operating system and delivered platformspecific payloads for Windows macOS and Linux Those payloads deployed WAVESHAPERV2 a backdoor capable of collecting system information enumerating directories executing commands and retrieving additional payloads from commandandcontrol infrastructureppStep 6 â Selfdestruction After executing the malware deleted its own files and restored packagejson to a clean state to evade detection and forensic analysisppOn April 2 2026 Axios lead maintainer Jason Saayman published a postmortem explaining that the npm supply chain attack began with a targeted social engineering operation In a followup explanation he said the attackers built a highly convincing setup that closely resembled the tactics Google recently described in its report on UNC1069 social engineering activityppAccording to Saaymanâs account the operation unfolded in several stages First the attacker allegedly impersonated the founder of a real company using a cloned identity and believable outreach Next he was invited into a real Slack workspace that had been carefully branded to look legitimate complete with plausible channel activity linked social content and what appeared to be team profiles and other opensource maintainers The attackers then moved the interaction to a Microsoft Teams meeting with what seemed to be multiple participants further increasing the appearance of legitimacy During that meeting Saayman was prompted to install what looked like a missing or outdated component related to Teams but he later said this installer was actually the RAT that gave the attacker access to his system and ultimately enabled the malicious Axios package publishesppThe disclosure matters because it shows the compromise was not just a packageregistry incident It was the result of a wellprepared humantargeting campaign that used fake corporate identity trusted collaboration platforms and a staged troubleshooting scenario to deliver malware Saaymanâs postmortem also includes a short attack timeline and lessons learned from the incident Read the full postmortem hereppNote plaincryptojs is not a legitimate widelyused library Its presence in any projectâs dependency tree should be treated as an immediate indicator of compromiseppThe malicious packages were available for approximately 2 hours and 54 minutes Given Axiosâs global download velocity this window is more than sufficient for tens of thousands of npm install executions to have occurred â particularly across AsiaPacific time zones where development activity was high during this windowppThis is a critical question for understanding why standard security controls failed to catch thisppThe attacker did not go through GitHub Actions or any automated CICD pipeline Instead they used a stolen longlived npm access token to publish directly to the npm registry â completely bypassingppThe red flag that expert defenders spotted immediately Legitimate Axios releases always include OIDC provenance metadata and SLSA build attestations linking the npm package back to a specific GitHub Actions run The malicious versions had none of this â they were published directly leaving no verifiable build trailppFor security teams Require npm publish provenance checks âprovenance flag and SLSA level 2 for all internal and critical thirdparty packages Absence of OIDC provenance on a new version of a major package should trigger an automatic alertppOn April 1 2026 Google Threat Intelligence Group publicly attributed the Axios npm package compromise to UNC1069 a North Koreanexus financially motivated threat actor The attribution is based on infrastructure overlaps and the use of WAVESHAPERV2 an updated backdoor linked to the groupâs earlier activity This updates the initial picture from March 31 2026 when no public attribution had yet been madeppThe attack reflects a high level of operational sophisticationppEven before the official attribution the campaign already pointed to a capable and wellresourced actor Its level of sophistication use of operational security OPSEC and focus on a maximumimpact target suggested either a financially motivated threat actor or a nationstateaffiliated group conducting a broad credential harvesting operationppAction Block sfrclakcom and 1421120673 at the firewall DNS filtering layer and cloud security group level It is also worth reviewing telemetry for 23254167216 which Google linked to suspected UNC1069 infrastructure Search historical DNS proxy and EDR logs for related traffic dating back to at least March 30 2026ppFor deeper technical analysis indicators of compromise and YARA rules see Googleâs research postppWork through these steps in order of speed No prior npm experience requiredppStep 1 â Check Lockfiles Fastest 2 MinutesppIn every Nodejs repository search packagelockjson pnpmlockyaml or yarnlock forppIf any of these strings are found â the environment that last installed dependencies is affectedppStep 2 â Check Installed nodemodulesppIf the directory exists â affectedppStep 3 â Use the Community Incident ScannerppA readytorun scanner script scanaxioscompromisesh has been published by Elastic Security researcher Joe Desimone It checksppRun this on all developer laptops build servers and CICD runnersppStep 4 â Network Endpoint DetectionppAdd a version override to your packagejson to prevent accidental reinstallationppFor Yarnpnpm use the resolutions field insteadppIf any of the filesystem IOCs are present or if the systemâs timeline shows npm install ran during the malicious window do not attempt inplace remediation The machine must be treated as fully compromisedppCISO note Because Axios has 100M weekly downloads and the malicious versions were tagged latest â the default for any npm install command â the global blast radius of this attack is potentially one of the largest in npm history comparable to the 2021 uaparserjs compromise and the eventstream incidentppNever allow floating version ranges 1140 1140 Require exact pins 1140 and commit packagelockjson to version control Use npm ci not npm install in all CICD pipelines â it respects the lockfile exactlyppMost production builds donât need lifecycle scripts Disabling them prevents the entire class of attack demonstrated hereppThis rejects packages published within the last 3 days giving the security community time to analyze new releases before they enter your supply chainppBlock builds that have high or critical vulnerabilities Integrate this check as a required CI gateppConfigure your internal npm proxy Artifactory Nexus Verdaccio to reject packages that lack cryptographic build provenance This would have flagged the malicious Axios versions immediately â they had no OIDC provenance recordppGenerate an SBOM on every build using tools like syft or cdxgen Continuously monitor your SBOM against vulnerability databases This gives you an accurate uptodate picture of your dependency treeppThe attack succeeded in part because the attacker obtained a longlived npm access token Migrate to shortlived automationscoped tokens and rotate them regularly Audit which CICD systems have npm publish rightspppnpm disables lifecycle scripts postinstall preinstall etc by default for all packages except those explicitly allowlisted This would have prevented the dropper from executing even if the malicious package had been installedppppWe use cookies to improve your experience analyze traffic and personalize content You can accept all or customize your preferencesppSelect which types of cookies you allow You can update these at any timepp
Required for the website to function properly including security login and saving consent preferences
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Collect anonymous data to help us understand how visitors use the website and improve content and usability
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Enable enhanced features such as remembering preferences interactive tools and other functionality improvements
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Allow the site to tailor content and recommendations based on user interactions without collecting personal information
pp
Help us test and improve site speed layout and overall performance for a better user experience
pp Subscribe to our newsletter and stay updated on the latest insightsppPROTECTION OF PERSONAL DATA COOKIE POLICY FOR THE INTERNET SITEppProtecting your personal data is one of the core principles of our organization SOCRadar which operates the internet site wwwsocradarcom This Cookie Usage Policy Policy explains the types of cookies used and the conditions under which they are used to all website visitors and usersppCookies are small text files stored on your computer or mobile device by the websites you visitppCookies are commonly used to provide you with a personalized experience while using a website enhance the services offered and improve your overall browsing experience contributing to ease of use while navigating a website If you prefer not to use cookies you can delete or block them through your browser settings However please be aware that this may affect your usage of our website Unless you change your cookie settings in your browser we will assume that you accept the use of cookies on this sitepp1 WHAT KIND OF DATA IS PROCESSED IN COOKIESppCookies on websites collect data related to your browsing and usage preferences on the device you use to visit the site depending on their type This data includes information about the pages you access the services and products you explore your preferred language choice and other preferencespp2 WHAT ARE COOKIES AND WHAT ARE THEIR PURPOSESppCookies are small text files stored on your device or web server by the websites you visit through your browsers These small text files containing your preferred language and other settings help us remember your preferences on your next visit and assist us in making improvements to our services to enhance your experience on the site This way you can have a better and more personalized user experience on your next visitppThe main purposes of using cookies on our Internet Site are as followspp3 TYPES OF COOKIES USED ON OUR INTERNET SITE 31 Session CookiesppSession cookies ensure the 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reject cookies you may need to manually adjust some preferences and certain features and services on the website may not work properly as we will not be able to recognize and associate with your account You can change your browser settings by clicking on the relevant link from the table belowpp5 EFFECTIVE DATE OF THE INTERNET SITE PRIVACY POLICYppThe Internet Site Privacy Policy is dated The effective date of the Policy will be updated if the entire Policy or specific sections are renewed The Privacy Policy is published on the Organizations website wwwsocradarcom and made accessible to relevant individuals upon requestppSOCRadar
Address 651 N Broad St Suite 205 Middletown DE 19709 USA
Phone 1 571 2494598
Email email protected
Website wwwsocradarcomp
