Minimal Attack Surface
Intentionally minimal codebase eliminates unnecessary entry points.
In a world where cyber threats evolve faster than traditional defenses, trust begins with the operating system itself.
ProvenCore is engineered to deliver uncompromising security, scalability, and resilience, the trusted foundation behind ProvenHSM.
CORE ARCHITECTURE
ProvenCore's microkernel architecture keeps the codebase intentionally minimal, dramatically reducing the attack surface and eliminating unnecessary entry points for adversaries.
This streamlined design is reinforced with ultra‑secure containers that enforce strict isolation between the kernel and Trusted Applications.
Each application benefits from formally proven integrity, ensuring that sensitive operations, such as key handling and cryptographic processing remain protected regardless of the state of other system components.
Intentionally minimal codebase eliminates unnecessary entry points.
Strict isolation between the kernel and Trusted Applications.
Sensitive operations remain protected at all times.
Only authorized applications and processes can communicate.
CERTIFICATIONS
ProvenCore sets a standard that few systems can approach. Alignment with GlobalPlatform TEE specifications allows seamless integration of Trusted Applications developed with industry‑standard tools such as OP‑TEE.
Update or add applications without jeopardizing existing certifications. Re‑certification becomes a manageable, incremental process.
Compliance with Common Criteria, FIPS 140‑3, SESIP, PSA, CSPN, BSZ, eIDAS, and more global standards.
Seamless integration of Trusted Applications using industry‑standard OP‑TEE tooling.
RESILIENCE
ProvenCore is engineered to continue delivering secure services even during system abnormalities.
Trusted Applications remain fully operational even if the surrounding normal world (Linux) environment encounters failures or crashes.
This inherent resilience protects against denial‑of‑service risks, maintains uptime for mission‑critical systems, and strengthens continuity across large‑scale deployments.
Trusted Apps Remain Operational Even During Linux Failures
Protection Against Denial‑of‑Service Risks
Uptime Maintained for Mission‑Critical Systems
Continuity Across Large‑Scale Deployments
Support for ARM Cortex‑A, RISC‑V, and Hardware Accelerators
Trusted Apps Remain Operational Even During Linux Failures
Protection Against Denial‑of‑Service Risks
Uptime Maintained for Mission‑Critical Systems
Continuity Across Large‑Scale Deployments
Support for ARM Cortex‑A, RISC‑V, and Hardware Accelerators
Trusted Apps Remain Operational Even During Linux Failures
Protection Against Denial‑of‑Service Risks
Uptime Maintained for Mission‑Critical Systems
Continuity Across Large‑Scale Deployments
Support for ARM Cortex‑A, RISC‑V, and Hardware Accelerators
Developer Platform
ProvenCore ships with a complete SDK offering structured APIs, rich documentation, debugging tools, and reusable libraries for engineering teams.
Well‑documented APIs for rapid integration.
Leverage existing or build custom modules.
Designed for large‑scale deployments.
Advanced cryptography integration support.
By adopting ProvenCore, organizations invest in a long‑term security foundation that evolves with emerging threats. Its modular architecture enables the introduction of new features without disturbing existing deployments.
Extends product lifecycles
Smooth algorithm transitions
No costly hardware refresh
ProvenCore's pre‑certified foundation empowers teams to move faster with stable APIs and tooling. Near zero vulnerabilities, few patches, and predictable certification paths reduce long‑term maintenance.
Reduced engineering complexity
Predictable certification paths
Minimized maintenance effort
FEATURES
ProvenCore’s pre-certified foundation allows development teams to move quickly, using reliable APIs and a comprehensive toolkit to reduce engineering complexity.
Development is simplified by using stable and proven interfaces that ensure consistent behavior across applications.
Engineering teams benefit from a complete set of tools that streamline the creation and integration of secure components.
Formal verification ensures minimum security issues and emergency patching.