CLOUD INFRASTRUCTURE
Enclaves, gateways, and containment.
Enclaves isolate the workload. Gateways carry it to the public. Containment watches everything in between. All three inherit the same pre-approved baseline, so nothing here needs to be re-audited later.
Isolation enforced in silicon.
Hardware-isolated compute. Workload memory is encrypted by the processor with keys the hypervisor never holds, so a host operator cannot read guest memory in the clear. Isolation comes from the hardware rather than from a configuration an assessor has to verify and an operator has to keep correct.
Built to stay up under any load.
Highly resilient front-end application portals and database bridges built to meet public-facing federal information system requirements, with a cryptographically signed, immutable record of every transaction that touches them.
Threats are profiled before they're a problem.
A distributed honeypot/honeynet deception network and 24/7 SOC telemetry map attacker behavior and deploy countermeasures in real time, backed by ML-based behavioral threat detection and BGP-based DDoS scrubbing.
Take the next step
Every sector here inherits the same accredited baseline. The right entry point depends on what you are deploying and how far along the decision is.
Talk to a solutions architect
Not sure which sector fits your workload? A short session maps your application onto enclaves, gateways, and containment before you commit to a design.
Check the hardware it runs on
Host specifications, facility locations, and the transit profile behind each of the three sectors, with no sign in required.
Read the deployment guides
Provisioning, control mapping, and cutover procedures are published, so your engineers can assess the work before anyone signs anything.
Take it to a site without a facility
All three sectors have a deployable form: a transit case, a rack module, or a container that ships as an approved extension of the same boundary.