You deploy your autonomous agent. That is the entire operational surface. Behind the boundary sits hardware-enforced CPU trust domains that hypervisors and host kernels cannot breach.
Every security invariant that software sandboxes fake is physically enforced at the CPU die level. That is the honest paradigm of confidential computing — not hiding the execution environment, but proving it mathematically.
The dishonest paradigm is an opaque container running on a cloud vendor's multi-tenant VM with zero hardware attestation.
Traditional credit card payment rails impose a $0.30 fixed fee per transaction, rendering autonomous agent loops mathematically impossible. Legacy blockchains incur variable gas fees and non-deterministic delays.
Corbel Blue executes the RFC x402 micro-payment standard over hardware enclaves. Dual-signature payment vouchers clear in <1.2 milliseconds at $0.0001 per task with zero gas burden on the caller.
Every session key exchange and attestation digest is shielded against future cryptanalytic threats. We do not wait for quantum vulnerability disclosures to adopt modern mathematical standards.
Autonomous AI agents are becoming first-class economic actors. They must discover services, inspect hardware attestation quotes, and settle micro-transactions machine-to-machine with no human intervention.
Corbel Blue serves both Human Developers and Autonomous Agents through unified dual-door hypermedia interfaces and native Model Context Protocol (MCP) endpoints.