FemtoClaw is engineered with a defence‑in‑depth mindset. From deny‑by‑default capability gates to memory‑safe implementation, every layer works together to secure your infrastructure and data.
Capabilities are opt‑in. Any tool or binary not explicitly registered cannot be invoked. This policy prevents unknown or malicious actions from slipping through【893677891970196†L7-L21】.
Arguments passed to executables are sandboxed and validated. No unescaped interpolation or shell injection is possible, stopping command injection in its tracks【893677891970196†L7-L21】.
Every decision, tool call and result is logged immutably. Audit trails enable detection of unauthorised actions and simplify forensic analysis【893677891970196†L7-L21】.
FemtoClaw is written entirely in Rust. This choice eliminates common memory management vulnerabilities such as use‑after‑free and buffer overflows. The borrow checker enforces safe concurrency, preventing data races and undefined behaviour【93068253089653†L219-L225】.
The runtime isolates the inference system from the execution environment. Even if a model generates malicious output, it must pass through protocol validation and capability gates before reaching your infrastructure. This layered defence stops unexpected behaviour at multiple checkpoints【93068253089653†L233-L241】.
Security is never finished. Read our security guides, run the compliance suite and participate in our threat model discussions. Together we can ensure AI agents operate safely in the real world.
Examine the runtime’s defence in depth – from deny‑by‑default capability gating to argv sandboxing and audit integrity – and learn how Rust’s memory safety guarantees help prevent entire classes of vulnerabilities【893677891970196†L7-L21】.