Turn operating evidence into accountable action.

AI-powered Assurance connects operating evidence with architecture and controls to explain technical, operational, security and cost priorities and recommend responses. It complements Build’s AI Infrastructure Copilot, which helps shape architecture proposals from requirements. Assurance is shared across Build and Operate, not a third product; engineering controls and people govern consequential changes.

Statepoint.Operate connects security, compliance, identity, software, container, certificate, cost and operational evidence. Each observation stays linked to its infrastructure environment, asset, owner and supporting context so teams do not have to reconstruct the story across separate tools.

It goes beyond a flat severity list by correlating reachability, network boundaries, workload condition, software and identity context with the asset at risk. This helps teams focus on credible exposure paths and decisions that materially reduce risk.

Statepoint.Build preserves the approved architecture and delivery context behind a workload. Statepoint.Operate connects registry, image, SBOM, package and vulnerability evidence to the running environment. Together, they help teams decide what should ship, understand what is running, approve action and verify the outcome.

Statepoint.Operate is designed for AWS, Microsoft Azure, Google Cloud, OCI, Kubernetes and on-premises estates. Teams can inspect platform-specific evidence while maintaining one assurance model and operating record across the wider environment.

Not necessarily. Statepoint.Operate is designed to connect and govern evidence that may already exist across infrastructure, security and operational systems. It adds shared context, prioritization, accountable action and verification rather than forcing every existing source to be replaced.

Requirements, applicable controls, observed evidence, exceptions and reassessment history remain connected. This gives engineering, risk and compliance teams a current record of what was evaluated, what decision was made and whether the resulting action was verified.

Yes. It connects spend movement, utilization and rightsizing opportunities to the resources and operating context behind them. Teams can assess the recommendation, assign ownership, approve the response and verify the outcome with fresh evidence.

Your team remains responsible for approving the response and carrying it through its controlled change process. The execution method and available automation depend on the action and configured environment and are confirmed during evaluation. Statepoint.Operate retains the owner, decision and evidence, then reassesses after the change to verify whether the exposure, control gap or waste was resolved.

Security, infrastructure operations, platform engineering, FinOps, risk and leadership can work from the same current evidence. Each audience can inspect the level of detail it needs without creating a separate version of the outcome.

AI does not grant itself authority to change infrastructure. Build’s Copilot supports architecture proposals, while Assurance explains operating priorities and recommends responses. Engineering validation, authorised approval and configured execution workflows govern what proceeds. A recommendation is not an approval or proof of a verified outcome.

Statepoint is delivered as a dedicated instance in your nominated Azure subscription or AWS account. This is separate from infrastructure coverage: Statepoint.Operate connects cloud and on-premises evidence, while Statepoint.Build governs supported cloud design and delivery. Collectors, connectivity and supported components are confirmed for your environment during evaluation.