Why This Becomes Necessary
Agents can chain individually low-risk tools into high-impact outcomes unless invocation rules are explicit, versioned, and enforced at runtime.
Safety, Security & Runtime Controls
Policy control plane for deciding which tools AI agents may invoke, when they may invoke them, and who can override.
Agents can chain individually low-risk tools into high-impact outcomes unless invocation rules are explicit, versioned, and enforced at runtime.
A production stack needs policy-as-code, role-scoped override paths, signed decision logs, and deterministic rollback when a policy breach is detected.
Human-oversight obligations become operational only when each tool call can be paused, explained, and attributed to accountable operators.
Feb 13, 2026
A production blueprint for AI tool governance with policy gates, intervention controls, and auditability.
containmentos.com
Operating-system style containment boundaries for agent runtimescomputefirewall.com
Compute isolation and firewall controls for agent executioncontentsanitizer.com
Output sanitization pipelines for autonomous agent contentsafeparser.com
Secure parsing of untrusted inputs for agent toolingthrottlelayer.com
Rate limiting and throttling layers for agent actionspaniclayer.com
Emergency stop and kill-switch controls for AI agentsaccesskillswitch.com
Access kill-switch controls for high-risk agent permissionstoolkillswitch.com
Tool-level kill switch enforcement for autonomous systemsspendcaps.com
Programmable spending limits for autonomous agent budgetsmarketcontainment.com
Safeguards against runaway autonomous market behaviortasksteward.com
Task oversight and delegation governance for agent fleetsCross-Cluster Context
agentdispute.com
auditstack.org
identityregistry.org
agentdispute.com
Agent dispute resolution and legal control infrastructureauditstack.org
Audit trails and compliance verification for agent operationsidentityregistry.org
Foundational identity and trust registry for AI agents