Isolated Hardware Enclaves.
Execute code where neither cloud providers, hypervisors, nor host administrators can inspect memory or alter state.
What is an Execution Enclave?
Traditional cloud applications run on shared operating systems where cloud administrators and hypervisors possess root access to memory. In high-value commercial commerce, AI agent trading, and proprietary algorithms, this architecture creates catastrophic counterparty and host vulnerability.
Corbel Blue leverages Intel Trust Domain Extensions (TDX), AMD SEV-SNP, and NVIDIA Confidential Computing (H100/H200/B200) to instantiate isolated execution environments enforced directly by CPU and GPU silicon. Cryptographic memory encryption keys are generated randomly inside hardware registers and never leave the silicon die.
Attestation Quotes (MRENCLAVE)
Before any sensitive transaction is dispatched, the hardware produces a cryptographic signature (Quote) proving that the exact, untampered binary code is loaded inside genuine silicon.
Per-Session Child Keys
Every client connection receives a single-use ephemeral session key bound directly to the hardware quote. Even if a host machine reboots, previous sessions cannot be inspected or decrypted.
Verifiable Silicon Boundaries for AI Agents
Autonomous AI agents handle high-value assets, confidential proprietary weights, and delegated execution policies. By executing within hardware-isolated TDX memory boundaries, agents operate as sovereign economic entities without risk of host interference or secret exfiltration.
- ✔ Volatile registers wiped upon enclave teardown
- ✔ Cryptographic measurement anchored in CPU hardware
- ✔ Zero hypervisor memory snooping or snapshotting
Private LLM Execution & Protected Model Weights
Running AI models in traditional public clouds exposes sensitive enterprise prompts, proprietary fine-tuned weights, and confidential customer context to host hypervisors. Corbel Blue runs models inside hardware enclaves where total memory encryption (AES-XTS-256) locks compute directly into CPU/GPU silicon.
Cloud providers, virtualization administrators, and co-located workloads are provably barred from observing prompt tokens, dumping weights from RAM, or training on your queries.
- ✔ Proprietary weights decrypted strictly inside hardware register die
- ✔ Absolute zero prompt retention: memory wiped upon inference exit
- ✔ Real-time hardware attestation quote bound to every completion
- ✔ Sub-millisecond x402 micro-clearing per token batch ($0.0001)
Ready to Deploy Your First Hardware Enclave?
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