Building agentic AI security systems from scratch is hard. Building one that a CISO will actually trust for production workloads is harder. Cisco just open-sourced the blueprint to do both — and they’re giving it away for free.
What Cisco Just Released
On May 12, 2026, Cisco published the Foundry Security Spec under the Apache 2.0 license — a model-agnostic architectural specification for designing, deploying, and evaluating agentic AI security systems at enterprise scale.
This is a spec, not a product. Cisco is explicitly releasing the architectural thinking — the role definitions, safety principles, and system design patterns — that emerged from their own production experience building agentic security systems. The spec lives at CiscoDevNet/foundry-security-spec on GitHub and comes with a spec-kit for implementation reference.
Importantly, this is distinct from Cisco’s DefenseClaw framework announced at RSA 2026. DefenseClaw is Cisco’s own security integration product. The Foundry Security Spec is the architectural skeleton underneath — now available for any organization to build on.
The Eight Core Agent Roles
The spec defines eight distinct agent roles that together form a complete agentic security evaluation system:
- Orchestrator — Coordinates the overall scanning workflow and task assignment
- Indexer — Builds and maintains code/artifact indexes for efficient searching
- Cartographer — Maps attack surfaces, dependency graphs, and code topology
- Detector — Identifies potential vulnerability patterns and anomalies
- Triager — Prioritizes findings by severity, exploitability, and context
- Validator — Confirms and reproduces potential vulnerabilities before escalation
- Coverage-Guide — Monitors scan coverage and directs agents to under-explored areas
- Reporter — Generates structured output, CVE drafts, and remediation guidance
This separation of concerns is deliberate. Complex security analysis tasks benefit from specialized agents that develop deep expertise in narrow domains — the same insight behind Microsoft’s MDASH architecture. The Orchestrator role ties them together, managing task assignment, conflict resolution, and output synthesis.
Eleven Inviolable Safety Principles
What makes the Foundry Security Spec particularly valuable for enterprise adoption isn’t just the role architecture — it’s the 11 inviolable safety principles derived from Cisco’s actual production failures.
These principles address the failure modes that Cisco encountered running agentic security systems at scale: agents taking destructive actions without confirmation, agents hallucinating vulnerability details that don’t exist, agents getting stuck in infinite analysis loops, and agents producing findings that can’t be traced back to specific code evidence.
By open-sourcing these hard-won lessons, Cisco is giving organizations building their own agentic security tooling a significant head start — and potentially preventing the kind of trust-destroying failures that could set back enterprise adoption of agentic AI security systems broadly.
Compatibility and Integration
The Foundry Security Spec is designed to work with frontier LLMs from multiple providers, including Anthropic’s Claude and OpenAI’s GPT series. This model-agnostic approach is intentional: security teams should be able to swap underlying models as capabilities evolve without rebuilding their entire agentic architecture.
The spec also defines a standardized finding lifecycle — a structured workflow from initial detection through validation, reporting, and remediation tracking. This lifecycle framework is designed to integrate with existing security operations center (SOC) workflows and vulnerability management platforms, making it easier to connect agentic scanning output to the human-review processes that enterprise security teams already have.
Why This Matters for CISOs
The barrier to enterprise agentic AI security adoption isn’t primarily technical capability anymore. The barrier is governance, accountability, and the ability to explain to auditors, boards, and regulators exactly how the system works, what it can and cannot do, and what safety controls are in place.
The Foundry Security Spec directly addresses this. An organization that builds their agentic security evaluation system on a publicly documented, Apache 2.0-licensed architectural spec can point to independent scrutiny of the design decisions, a community of practitioners evaluating and improving the spec, and clear documentation of the safety principles baked into the architecture.
That’s a governance story that a CISO can actually tell.
The Cisco Foundry Security Spec is available now at github.com/CiscoDevNet/foundry-security-spec. For organizations already running OpenClaw or similar agentic platforms who are thinking about security evaluation use cases, this spec is worth reading carefully.
Sources
- Cisco Blogs — Announcing the Foundry Security Spec
- GitHub — CiscoDevNet/foundry-security-spec (Apache 2.0)
- NetworkWorld coverage of Cisco Foundry Security Spec
- TechZine coverage of Cisco Foundry Security Spec
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