Jurisdiction is fixed.
Mission and classified-adjacent data stays on national or allied infrastructure. That usually means smaller operators, not hyperscalers.
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Defence & dual-use infrastructure trust
Defence programmes cannot move their workloads to a hyperscaler. That leaves national and allied operators — who have the least ability to prove their own infrastructure is intact. InfraGuard closes that gap.
Schedule a briefingMission and classified-adjacent data stays on national or allied infrastructure. That usually means smaller operators, not hyperscalers.
Firmware, boot chain and platform components are the attack surface. Only the hardware root of trust can see them.
The operator's own administrators sit within the trust boundary. Accountability has to be evidence, not policy.
An approved hardware and boot state is established for every node before sensitive work is placed on it.
Drift names the exact node, the workload and the time window — and separates an actual failure from evidence that has merely gone stale.
Signed evidence the end customer or assessor verifies independently, without having to trust the operator.
InfraGuard is a read-only layer on infrastructure the operator already runs. It sits outside the workload's data path, holds no customer keys and no plaintext, and requires no change to how the workload is built or deployed.
Platform integrity tells you what the machine was. Access evidence tells you who reached into it. Neither is worth much alone.
InfraGuard correlates privileged administrative access — shell sessions, attach, port-forward, secret access — with the attested state of the exact node it happened on, in the exact time window. The result is a single signed record: who, which verified machine, which minute.
Evidence that expires ages out on its own, even when collection is broken. A maintenance window can never be used to conceal a failure, and missing proof is never read as good news.
InfraGuard does not re-implement a hardware verifier, and it does not hold or release cryptographic keys. It establishes that a verifier's statement is authenticated, that it matches what the machine committed to before the work ran, and that it satisfies the operator's policy.
We state where our evidence stops. In defence procurement, that is the difference between a claim and a capability.
InfraGuard provides signed evidence that a sensitive workload ran on a verified machine, under the operator's policy, during a defined time window. The end customer or assessor can verify that evidence independently.
No. InfraGuard is a read-only layer on infrastructure the operator already runs. It sits outside the workload's data path and is designed to work with existing Linux, Kubernetes, Docker, and bare-metal environments.
An approved hardware and boot state is established for each node before sensitive work is placed on it. Fresh evidence is then checked continuously against that approved state, with drift, stale evidence, maintenance, and policy failure kept distinct.
InfraGuard correlates privileged administrative access such as shell sessions, attach, port-forward, and secret access with the attested state of the exact node and time window. That produces one signed record linking the person or account, machine, and minute.
No. InfraGuard does not hold customer keys or plaintext and does not sit in the workload's data path. It establishes that a verifier's authenticated statement matches the machine state and satisfies the operator's policy.
Evidence expires on its own. Missing or stale proof is not treated as a successful check, and a maintenance window cannot be used to conceal a failure. The resulting state remains visible for the operator and the evidence recipient.