openclaw

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Spreading entire process.env into an object — may capture all secrets 204 | return false; 205 | } > 206 | const env = { 207 | ...process.env, 208 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 232 | return false; 233 | } > 234 | const env = { 235 | ...process.env, 236 | NODE_COMPILE_CACHE: desiredDirectory,

Spreading entire process.env into an object — may capture all secrets 2360 | } 2361 | > 2362 | const childEnv = { ...process.env }; 2363 | if ( 2364 | isLocalContainerProvider(provider) &&

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Spreading entire process.env into an object — may capture all secrets 204 | return false; 205 | } > 206 | const env = { 207 | ...process.env, 208 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 232 | return false; 233 | } > 234 | const env = { 235 | ...process.env, 236 | NODE_COMPILE_CACHE: desiredDirectory,

Spreading entire process.env into an object — may capture all secrets 1935 | } 1936 | > 1937 | const childEnv = { ...process.env }; 1938 | if ( 1939 | isLocalContainerProvider(provider) &&

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Newly added source file contains lines over 3000 chars, suggesting minified or obfuscated code. New obfuscated files are a strong attack indicator.

Spreading entire process.env into an object — may capture all secrets 191 | return false; 192 | } > 193 | const env = { 194 | ...process.env, 195 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 219 | return false; 220 | } > 221 | const env = { 222 | ...process.env, 223 | NODE_COMPILE_CACHE: desiredDirectory,

Spreading entire process.env into an object — may capture all secrets 1886 | } 1887 | > 1888 | const childEnv = { ...process.env }; 1889 | if ( 1890 | isLocalContainerProvider(provider) &&

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Newly added source file contains lines over 3000 chars, suggesting minified or obfuscated code. New obfuscated files are a strong attack indicator.

Spreading entire process.env into an object — may capture all secrets 191 | return false; 192 | } > 193 | const env = { 194 | ...process.env, 195 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 219 | return false; 220 | } > 221 | const env = { 222 | ...process.env, 223 | NODE_COMPILE_CACHE: desiredDirectory,

Spreading entire process.env into an object — may capture all secrets 1845 | } 1846 | > 1847 | const childEnv = { ...process.env }; 1848 | if ( 1849 | isLocalContainerProvider(provider) &&

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Newly added source file contains lines over 3000 chars, suggesting minified or obfuscated code. New obfuscated files are a strong attack indicator.

Spreading entire process.env into an object — may capture all secrets 191 | return false; 192 | } > 193 | const env = { 194 | ...process.env, 195 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 219 | return false; 220 | } > 221 | const env = { 222 | ...process.env, 223 | NODE_COMPILE_CACHE: desiredDirectory,

Spreading entire process.env into an object — may capture all secrets 586 | } 587 | > 588 | const childEnv = { ...process.env }; 589 | if ( 590 | isLocalContainerProvider(provider) &&

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Newly added source file contains lines over 3000 chars, suggesting minified or obfuscated code. New obfuscated files are a strong attack indicator.

Spreading entire process.env into an object — may capture all secrets 191 | return false; 192 | } > 193 | const env = { 194 | ...process.env, 195 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 219 | return false; 220 | } > 221 | const env = { 222 | ...process.env, 223 | NODE_COMPILE_CACHE: desiredDirectory,

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Newly added source file contains lines over 3000 chars, suggesting minified or obfuscated code. New obfuscated files are a strong attack indicator.

Spreading entire process.env into an object — may capture all secrets 191 | return false; 192 | } > 193 | const env = { 194 | ...process.env, 195 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 219 | return false; 220 | } > 221 | const env = { 222 | ...process.env, 223 | NODE_COMPILE_CACHE: desiredDirectory,

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Newly added source file contains lines over 3000 chars, suggesting minified or obfuscated code. New obfuscated files are a strong attack indicator.

Spreading entire process.env into an object — may capture all secrets 191 | return false; 192 | } > 193 | const env = { 194 | ...process.env, 195 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 219 | return false; 220 | } > 221 | const env = { 222 | ...process.env, 223 | NODE_COMPILE_CACHE: desiredDirectory,

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Newly added source file contains lines over 3000 chars, suggesting minified or obfuscated code. New obfuscated files are a strong attack indicator.

Spreading entire process.env into an object — may capture all secrets 191 | return false; 192 | } > 193 | const env = { 194 | ...process.env, 195 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 219 | return false; 220 | } > 221 | const env = { 222 | ...process.env, 223 | NODE_COMPILE_CACHE: desiredDirectory,

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Spreading entire process.env into an object — may capture all secrets 95 | return false; 96 | } > 97 | const env = { 98 | ...process.env, 99 | NODE_DISABLE_COMPILE_CACHE: "1",

Spreading entire process.env into an object — may capture all secrets 132 | return false; 133 | } > 134 | const env = { 135 | ...process.env, 136 | NODE_COMPILE_CACHE: desiredDirectory,

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.

Script: node scripts/preinstall-package-manager-warning.mjs

Script: node scripts/postinstall-bundled-plugins.mjs

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Declared in package.json dependencies but never imported in source code. Phantom dependencies may exist solely to execute install scripts or inject transitive malicious code. This was the exact attack vector in the axios compromise (plain-crypto-js).

Published via CI/CD with Sigstore attestation (predicate: https://slsa.dev/provenance/v1). This is the strongest supply chain integrity signal.