OpenSSF/OSV advisory MAL-2026-5211 confirms this npm version as malicious. Pattern matches fired on co-occurrence of the strings 'ping', 'POST', and 'hostname' in the package's bundled and source files (dist/chunk-*.cjs, dist/chunk-*.js, dist/init-*.d.ts, src/init.ts)...
Source
OpenSSF Malicious Packages via OSV
Summary
Malicious code in autotel (npm)
Details
Pattern matches fired on co-occurrence of the strings 'ping', 'POST', and 'hostname' in the package's bundled and source files (dist/chunk-*.cjs, dist/chunk-*.js, dist/init-*.d.ts, src/init.ts). These are generic keywords that commonly appear together in observability/telemetry tooling without indicating exfiltration: 'ping' is frequently used for health-check endpoints, 'POST' for normal HTTP client code, and 'hostname' for environment/identity reporting in telemetry payloads. No hardcoded attacker-controlled C2 endpoint, credential-path read (~/.aws, ~/.ssh, ~/.npmrc, browser profiles), env-var scraping loop, install-time lifecycle hook, or import-time side effect has been corroborated. Routing to human review so a maintainer can confirm whether the POST destinations are user-configurable / vendor-documented telemetry endpoints versus a hardcoded exfil sink.
## Source: google-open-source-security (a6c7977dbc054cdb7fe56da0d2fbd26e2a6fed695deb4263ccbf4adfedd86acb) The Miasma malware is a self-propagating worm that spreads across the npm registry by abusing weaponized `binding.gyp` files to achieve execution during package installation, bypassing security tools that only inspect package lifecycle scripts. Upon execution, the malware attempts to exfiltrate credentials and OIDC tokens for various cloud and registry services, and propagates by compromising other packages managed by the stolen accounts or committing backdoor files to GitHub repositories.
Decision reason
OpenSSF Malicious Packages via OSV confirms autotel@2.26.4 as malicious (MAL-2026-5211): Malicious code in autotel (npm)