computefirewall.com

Safety, Security & Runtime Controls

Compute Firewall

Structural security layer implementing protocol-level firewalls to restrict and monitor inter-agent communication across functional sub-markets.

Three Pillars

Why This Becomes Necessary

Without compartmentalization, agents operating across different functional domains can directly chain capabilities — such as data access into code execution — creating systemic risk through unauthorized cross-boundary communication.

What a Solution Must Provide

Production deployments need structural sub-market segmentation, identity-aware gateway enforcement, signed baseline firewall rules, and drift detection that flags boundary changes before unauthorized communication occurs.

Regulatory & Standards Angle

Cybersecurity expectations for high-risk AI are more credible when inter-agent communication boundaries are structurally enforced, explicitly testable, and tied to accountable gateway controls.

Related Primitives

Relevant: EU AI Act Article 15 - Article 15 on cybersecurity for high-risk AI supports structural compartmentalization and protocol-level firewall controls. Source
Research: Distributional AGI Safety — Nenad Tomašev, Matija Franklin, Julian Jacobs, Sébastien Krier, Simon Osindero. Google DeepMind, 2025.
“First, static controls may involve structural compartmentalisation through nested sub-markets equipped with local restrictions and protocol-level firewalls. These firewalls would restrict inter-agent communication across domains, for example, preventing an agent in a 'code execution' sub-market from directly calling an agent in the 'data access' sub-market, forcing such requests through a high-friction, monitored gateway.”
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