Solutions · Confidential compute
Confidential computing with proof, not promises
Moving sensitive workloads to third-party infrastructure normally means trusting the operator. VirtEngine replaces that trust with verification: hardware enclave attestation recorded on-chain, payload encryption to attested targets, and identity-verified counterparties on both sides of every lease.
Who this is for: Enterprises with regulated data, proprietary models, or confidentiality obligations.
The problem
The problem: confidentiality claims you can't verify
Every cloud claims strong isolation; few let you cryptographically verify what actually runs where. For regulated data and proprietary models, an unverifiable claim is a compliance gap — and multi-tenant infrastructure amplifies the exposure.
How VirtEngine addresses it
Grounded in what the protocol actually does
Attestation as marketplace state
Providers offering confidential compute prove it: enclave attestations — hardware-signed evidence of the exact measured code and configuration running in a TEE — are verified through x/enclave. Orders can require attested enclave execution as a placement constraint, so unverified capacity never matches.
Secrets sealed to verified targets
The encryption module delivers workload secrets encrypted to specific recipients — released only after attestation verifies. Connections between your clients and provider endpoints authenticate mutually via chain-anchored TLS certificates (x/cert).
Counterparties you can underwrite
Providers are VEID-verified, attribute-audited (x/audit), benchmarked, and reviewed on-chain. Fraud enforcement and dispute intake give conduct violations a rule-bound consequence path — the assurance stack procurement teams actually need.
Economics
Economics
Confidential capacity is priced by the same open bidding as everything else — attested enclave capability is a provider attribute, so its premium is set by supply and demand, not by a vendor's enterprise price list. Escrow-backed leases and hourly settlement give finance teams a clean, auditable cost trail.
Getting started
The path in
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Define the trust requirements
Which workloads need attested enclaves, and what measurements you will accept.
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Constrain orders to attested capacity
Require enclave attributes and auditor-signed claims in placement constraints.
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Verify attestation flow
Confirm measurement verification and encrypted secret delivery end to end.
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Start with a contained workload
Prove the model on a bounded dataset before scaling scope.
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