Runtime security for AI agents(injection,tool abuse, data exfiltration)
OPA-based policy engine for AI agents blocking injection and tool abuse.
Open-source permission control plane for AI agents. Scan, enforce, and audit every tool call.
First runtime permission layer for agents—detects risky tool chains and enforces policies outside LLM context.
AI agent builders, security engineers, teams running LLM-powered automation at scale
IAM/OAuth (for humans) · NeMo Guardrails · SecureClaw
Scans your OpenClaw skills and flags risky permissions Detects dangerous skill combinations — pairs that are low-risk individually but become high-risk when chained together (email + web browser → data exfiltration path) Enforces a YAML policy at runtime — ALLOW, BLOCK, APPROVE, REDACT Logs everything for audit
Getting started is one command: agentward init It scans, shows your risk profile, and wraps your environment with a sensible default policy in under two minutes. Honest caveats: Currently tested on OpenClaw skills and Mac only. MCP server support and Windows are on the roadmap — contributions welcome. This is early and rough in places, but the core enforcement works. I'm sharing it now because the problem is real and getting worse fast. Would love feedback from anyone running agents in production. GitHub: github.com/agentward-ai/agentward
OPA-based policy engine for AI agents blocking injection and tool abuse.
Blocks dangerous AI agent commands like rm -rf before execution in under 2ms.
IFC + capabilities block prompt injection at execution sinks, not input filters—40yr research applied.
Prompt injection + secret scanning for AI agents in sub-millisecond, zero-dependency Node.js.
Eight enforced security layers for AI agents, but unclear if this beats custom middleware for most teams.
Firecracker microVMs isolate coding agents so you can review before merging.