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Securing your experience...
Securing your experience...
From a TPM-attested node, to the policy engine verifying its measured state, to signed reports and webhook alerts on the dashboard — the full evidence flow, end to end.
Customers, auditors, and partners increasingly ask how operators know the infrastructure hosting a workload has not been tampered with. Policies, checklists, and manual audit trails do not provide continuous, independently verifiable evidence tied to the machines and workloads that actually ran.
InfraGuard continuously evaluates TPM/IMA host evidence, platform attestation tokens, and supported TEE evidence. It maps workloads to machine trust over time and produces signed reports that customers, auditors, and internal security teams can independently verify.
Verify host integrity with TPM/IMA evidence and ingest TEE or platform attestation evidence through the primitives available on each environment.
Continuously compare fresh evidence with approved policy and expose trusted, degraded, blocked, stale, or maintenance state in real time.
Kubernetes says workload X ran on node Y. The engine says node Y was trusted at time T. InfraGuard signs that evidence.
Track approved node baselines and detect drift when measurements change. Maintenance windows record expected changes — upgrades, patching — without hiding the underlying evidence.
Export tamper-evident signed JSON bundles and human-readable PDFs with workload, node, policy result, evidence hash, timestamp, and signature.
Signed webhook events on node degraded, blocked, stale, drift detected, report generated, or a workload observed on an untrusted node.
One host/node attestation model that works across the environments operators actually run.
Correlate pods and workloads to attested nodes across the cluster.
Attest the host and map containers to that host's trust state.
Verify physical server integrity directly, with no hypervisor in between.
InfraGuard fits around the infrastructure operators already run and turns attestation into evidence that is useful to operations, security, customers, and auditors.
Read-only trust verification that does not sit inline with workload execution or replace the infrastructure stack.
Designed for Linux servers, bare metal, Kubernetes, containers, and mixed data-center estates.
Scope infrastructure views, evidence, reports, and retention to the relevant tenant or customer.
Combine live trust state with signed reports, webhook alerts, maintenance context, and workload correlation.
Nodes are tracked over time and move between states as their measured posture changes.
Give customers independently verifiable evidence for the physical machines hosting sensitive workloads.
Correlate pods and workloads with node trust state as clusters scale and workloads move.
Provide tenant-scoped evidence and reports for finance, healthcare, government, and sensitive AI environments.
Detect host drift early and preserve a verifiable record of machine and workload state over time.
InfraGuard provides signed evidence that customer workloads ran on nodes whose TPM/IMA-backed attestation state matched an approved baseline during the relevant time window.
InfraGuard has been validated end to end on real server hardware and Kubernetes environments: trusted state, tamper or drift detection, blocked state, alert generation, signed reporting, workload correlation, retention handling, and multi-tenant access control.
The evidence pipeline is subject-generic, providing the groundwork for signed confidential-computing attestation ingestion and standard token formats alongside the deployed TPM/IMA host-integrity path.
Confidential-computing evidence pipeline
InfraGuard's subject-generic pipeline is designed to ingest signed evidence from the attestation primitive available on each platform. This includes groundwork for SEV-SNP, TDX, SGX or SGX-like flows, Nitro and CCA variants, confidential containers, and standard EAR/KBS formats where available. Platform coverage depends on the target environment and is validated during deployment.