GE-OS moves execution authority from the application into the operating system. Every action passes a 12-stage mandatory pipeline before resources are granted. Deterministic, formally verified, FPGA-backed, tenant-isolated, and auditable at kernel level.
App-level gates can be patched out or monkey-patched around. OS-level governance cannot. GE-OS enforces execution authority beneath the application, where it becomes part of the kernel itself.
Every execution request traverses an immutable 12-stage ControlPlane: proposal → Evidence Bundle → ProposalGate evaluation → ResourceSovereigntyKernel decision → HardwareBridge check → ExecutionAdapter dispatch → UnifiedReceiptLedger emission → EpisodicMemory store. No bypass.
The final execution decision crosses into an FPGA HardwareBridge. Software proposes; silicon approves or denies. Once denied at hardware, no application restart, no kernel module, no emergency override can undo it.
Cryptographic tenant isolation at the kernel level. Every tenant's execution context is encapsulated in an ExecutionContext capsule with its own identity buffer, policy bindings, and resource quotas. Cross-tenant access is cryptographically impossible.
Governance is code. PolicyDSL allows you to express governance rules as declarative policies: who can execute what, under what conditions, with what quotas. Policies are versioned, audited, and enforced deterministically.
If your system must guarantee that execution authority cannot be overridden at the application layer—that governance is baked into the kernel itself—GE-OS is the substrate you need. SBIR Phase III sole-source pathway available.