tig-innovator

This skill's stated functionality (analyzing, optimizing, benchmarking, and submitting Rust algorithms to the TIG protocol) is coherent with the capabilities it requests (LLM API key, Docker, and wallet private key for submission). The primary security concerns are operational rather than demonstrably malicious code: (1) it requests a raw TIG_PRIVATE_KEY environment variable for mainnet submissions, which is a high-value secret and should be handled with stronger protections (hardware wallets, signing service, or at minimum clear warnings about storing keys in plaintext env vars); (2) it allows arbitrary command execution via Bash and Docker to run untrusted code, which is expected for benchmarking but increases risk if inputs or third-party integrations are untrusted; (3) ability to override TIG_API_URL and integrate third-party SDKs expands attack surface and could be used to exfiltrate code or credentials if misconfigured or if those services are malicious. No direct signs of obfuscated/malicious code (backdoors, exfiltration endpoints, hardcoded secrets, download-and-execute instructions) appear in the provided text. Overall this is a plausible and useful skill, but it carries medium security risk due to credential handling and remote execution capabilities. Operators should avoid placing mainnet private keys in plaintext environment variables, require explicit confirmations for mainnet submissions, prefer ephemeral or hardware-backed signing, vet any third-party SDKs, and run untrusted code in tightly-restricted sandboxed environments.