SBOM and Provenance Tracking for AI-Generated Code Dependencies
AI agents flood codebases with undocumented dependencies faster than SBOMs can track them.
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13 stories in AI Agent Development Environments.
AI agents flood codebases with undocumented dependencies faster than SBOMs can track them.
Fix your environment first, or multi-agent orchestration will fail.
Protocol and server versions must move as one locked unit in production.
Framework choice matters less than whether the agent can drift its own environment.
Reproducibility requires systematically managing CUDA dependencies from day one.
Environment reproducibility must precede agent evaluation, or every test becomes noise.
Reproducible agent environments require the same version discipline as production code.
AI-suggested dependencies bypass provenance checks, creating a new attack surface.
Most agent failures stem from missing tools, not bad reasoning.
Containers alone can't protect against AI-generated code escaping to your host.
Layered controls and kernel-level isolation are required to contain AI agents safely.
Your packaging choice determines whether your MCP server behaves consistently and securely.
Study reveals only 68% of agent-generated code runs without fixes in clean environments.