FIPS 140-3 Certified Multi-Cloud Platform for Secure, Scalable Encryption
That’s the point of a FIPS 140-3 multi-cloud platform — security that doesn’t stop the world when one part breaks. It meets the strictest U.S. government cryptography standards while staying flexible across AWS, Azure, GCP, and private clouds. It’s security you can certify, wrapped in an architecture you can scale without fear.
FIPS 140-3 is not just a box to check. It’s a framework of controls and verifications for cryptographic modules. Compliance means the platform’s encryption has passed accredited lab testing. In a multi-cloud environment, this eliminates weak links between clouds. Without it, every migration or failover opens a crack. With it, movement between clouds is controlled, validated, and trustable.
A modern multi-cloud FIPS 140-3 platform does three things well: encrypts at rest, encrypts in transit, and validates keys inside certified boundaries. It doesn’t matter if workloads run in Kubernetes clusters split across regions. The keys never leave secure enclaves. The data never moves in the clear. The audit logs always back it up.
The challenge is speed. Security that slows down deployment is ignored in real life. The best platforms integrate FIPS 140-3 modules directly into developer workflows. Infrastructure as code provisions certified modules along with workloads. CI/CD pipelines deploy encrypted microservices without manual approval gates. APIs speak to hardware security modules over standard interfaces. No workarounds. No friction.
Multi-cloud equals complexity. Compliance equals bureaucracy. The right platform turns both into background noise. You keep the portability and resilience of multiple cloud vendors while meeting regulatory requirements for sectors like finance, healthcare, and government. You enforce encryption policies across different providers without repeating the same configurations again and again.
A FIPS 140-3 certified multi-cloud platform builds resilience into security itself. Outages, migrations, and regional incidents don’t force a compliance review each time. Your cryptographic trust model stays intact as workloads move, scale, or fail over. This is the missing link in most cloud security architectures — a shared, certified encryption backbone across providers.
You can see what this looks like in practice without a procurement cycle. hoop.dev lets you spin up a FIPS 140-3 multi-cloud environment and watch it run in minutes. Nothing to install. No risk to try. Just secure, certified encryption across clouds, live before the coffee even cools.