Low visibility into real AI usage
AI now lands in repositories, copilots, integrations, model wrappers, and agentic workflows before most organizations can even name what they operate.
AI Agile Governance Control Plane
Governance AI gives organizations the control layer they need to discover AI, govern usage, apply runtime guardrails, detect Shadow AI, and operate AI systems with security, risk, and compliance in one unified control plane.
Control-plane model
The problem
AI now appears in code repositories, CI/CD pipelines, internal copilots, customer-facing applications, and agentic workflows. Most organizations still lack a structural control layer to see where AI is used, govern how it behaves, and prove compliance with confidence.
AI now lands in repositories, copilots, integrations, model wrappers, and agentic workflows before most organizations can even name what they operate.
Undeclared projects, AI dependencies, and experimental runtimes become business infrastructure long before governance programs can see them.
Most governance work stops at documents, spreadsheets, and review gates instead of reaching prompts, outputs, tool calls, and runtime decisions.
Security sees exposure, compliance sees frameworks, engineering sees delivery pressure. Without a control layer, nobody sees the same system.
Category
Governance AI introduces the AI Agile Governance Control Plane: a new software layer that continuously discovers AI systems, builds live inventory, orchestrates governance policies, and applies controls at runtime.
They summarize what already happened.
They discover, decide, and enforce where systems actually run.
Three planes
Discover AI across repositories, dependencies, pipelines, undeclared projects, and model-connected applications.
Define policy intent, map controls, align frameworks, score risk, and materialize governance workflows with evidence.
Evaluate prompts, outputs, and tool calls in execution time with allow, modify, and block decisions plus observable telemetry.
How it works
Distributed scanners and SDKs feed the control plane with evidence and execution context. The platform correlates AI assets, evaluates policies, records telemetry, and supports allow/block decisions where it matters most.
Product capabilities
Platform proof
Product surfaces prove how discovery, policy, runtime decisions, and evidence come together inside one enterprise control plane.
Graph-native visibility across AI assets, dependencies, and attack paths.
Discovery of AI-related exposure in repositories, toolchains, and undeclared projects.
Policies, frameworks, detections, and exceptions linked in one operational control layer.
Guardrail design and runtime evaluation over prompts, outputs, and tool calls.
Technical context, governance implications, and next actions in the same incident surface.
Framework-aligned governance evidence and control coverage in a real operational view.
Use cases
See enterprise AI exposure as infrastructure, not scattered tickets, and connect findings to runtime controls.
Operate AI services with structural policy, asset inventory, and telemetry instead of one-off integration logic.
Expose undeclared AI usage across repos and CI/CD while keeping delivery and governance in the same operating model.
Map operational evidence to frameworks and policy obligations without depending on paper-only attestations.
Control prompts, outputs, tool execution, and evolving runtime behavior across internal and customer-facing AI applications.
Trust and research
Combine platform execution with research, policy analysis, and applied architecture for real-world enterprise AI governance.
Governance AI frames enterprise AI governance as a missing infrastructure layer, not a compliance afterthought.
The platform is grounded in control-plane thinking, runtime enforcement, and evidence-driven governance workflows.
Public writing, preprints, and regulatory analysis connect product execution to broader AI governance practice.
Next step
Governance AI helps organizations move from fragmented AI adoption to governed AI operations.