Private data cannot move casually
Financial, healthcare, defense, and industrial workloads often require confidential execution and explicit jurisdiction or transfer controls before compute starts.
Policy-Gated Enterprise AI
Enterprise Corridors
This page turns the older corridor mock into a current-state reference architecture for enterprise and institutional workflows on Aethelred. The corridor is not a separate managed product. It is the operating path created when private systems, policy checks, confidential compute, zk or hybrid verification, Digital Seals, and HSM-aware controls are composed correctly using the protocol surfaces already documented across the site.
CURRENT PROTOCOL REFERENCE ARCHITECTURE
Keep private systems private
Enterprise applications can preserve internal policy, data-classification, and signer boundaries instead of collapsing everything into one runtime.
Promote only policy-clean workloads
Use sanctions, transfer, retention, and jurisdiction checks before jobs move from internal preparation into shared verification infrastructure.
Export evidence, not blind trust
The useful output is a Digital Seal and verification trail that downstream systems can inspect before acting.
4 TEEsCurrent confidential-compute platforms
5 ProofsCurrent zk proof systems
10 servicesDocumented local rehearsal stack
Workload Pressure
Why enterprise AI needs a corridor model
Enterprise and institutional AI systems rarely fail because a model was unavailable. They fail when data boundaries, policy, execution evidence, and action controls are not kept aligned.
Multiple trust zones must agree
The application, policy engine, wallet or HSM boundary, validator cohort, and downstream action system all have different trust assumptions.
Evidence must outlive the runtime
An enterprise decision path is weak if the output is only a log line. It is stronger when another system can inspect the seal, evidence, and policy trail later.
Architecture
A current corridor architecture built from documented protocol surfaces
The corridor is the path from internal systems to verifiable outputs. It combines enterprise policy controls with Aethelred's current verification, sealing, and rollout surfaces.
TEE Platforms
4
SGX, Nitro, SEV-SNP, H100 CC
Proof Systems
5
EZKL, RISC Zero, Plonky2, Halo2, Groth16
Seal Threshold
>= 2/3 + 1
Validator agreement power
IBC Port
aethelred.seal
Relay path for seals
Enterprise Corridor Architecture
This diagram shows a current protocol composition path rather than a managed-service product tier.
Corridor Modes
Different lanes solve different enterprise trust problems
A usable corridor is usually a combination of policy, compute, evidence, and action lanes rather than one monolithic deployment claim.
LANE
Confidentiality
TEE lane
Use TEE-backed blind compute when the input, model, or intermediate state should stay inside an attested boundary.
LANE
Mathematical Assurance
zk or hybrid lane
Use zk proof systems when mathematical verification matters, and hybrid verification when confidentiality and proof both matter.
LANE
Policy
Regulatory gate lane
Use the sandbox and policy tooling to gate workloads with GDPR, UAE Federal Decree-Law, PDPA, HIPAA, OFAC, EU, and UN-aligned checks before promotion.
LANE
Action
Signer-controlled action lane
Keep value transfer and final action approval behind wallet or HSM boundaries so the application runtime never becomes the final authority alone.
Policy to Evidence Lifecycle
Reference Workflow
How to rehearse an enterprise corridor with the current stack
The shortest honest route is to rehearse the corridor locally, validate policy and evidence, then promote toward public infrastructure only when the workflow is stable.
Model the policy boundary
Classify the workload by jurisdiction, sensitivity, transfer constraints, and sanctions exposure before it reaches the network surface.
Rehearse in local and sandbox environments
Use the documented 10-service devnet and Infinite Sandbox to test policy logic, verification mode selection, and evidence handling before public rollout.
Execute under the right verification mode
Use TEE for confidentiality, zk for proof, or hybrid when both must agree before the workload is accepted.
Seal, verify, then approve action
Downstream systems should inspect the Digital Seal or related evidence before transfer, settlement, publication, or irreversible operational action occurs.
Protocol Mapping
Which documented surfaces matter most in enterprise corridors
These are the current Aethelred surfaces that form a realistic corridor design without inventing managed infrastructure offerings.
| Requirement | Protocol Surface | Why It Matters |
|---|---|---|
| Jurisdiction and policy gating | Infinite Sandbox and regulatory checks | The documented policy surface covers GDPR, UAE Federal Decree-Law, PDPA, HIPAA, and OFAC, EU, and UN screening before workload promotion. |
| Confidential execution | TEE attestation | Blind compute keeps sensitive inputs inside an attested boundary while still producing reviewable evidence. |
| Mathematical verification | zk proofs and hybrid mode | The current zk surface exposes five proof systems and supports hybrid flows when proof and confidentiality both matter. |
| Portable audit evidence | Digital Seals | Once validator agreement reaches >= 2/3 + 1, the result can be promoted into a seal and later relayed over aethelred.seal. |
| Custody separation | Wallet manifests and HSM handoff | The documented wallet surface supports unsigned manifests so application runtimes do not need to hold final signing authority. |
| Operator-grade deployment | Foundation node standards | The node and network pages describe sentry boundaries, HSM-aware signer isolation, approved TEE profiles, and operator review requirements. |
Enterprise corridors are strongest when they treat evidence as a first-class output.
Use policy gating, confidential compute, seal generation, and signer separation as one design, not as disconnected features.
Current Boundary
What this page does not claim as of March 12, 2026
The attached legacy page marketed a product tier, uptime guarantees, and compliance certifications that the current public site does not publish. This page keeps those claims out on purpose.
No public enterprise pricing sheet
The current public Aethelred site does not publish monthly pricing tiers, fixed request bundles, or contract pricing for enterprise corridors.
No public SLA commitment
The site does not currently publish contractual uptime, latency, or support-response guarantees for a corridor-specific service.
No public managed private-validator SKU
The protocol documents validator standards and operator review, but it does not publish a managed private validator product page with dedicated-cluster promises.
Public testnet still activates at launch
Endpoint hosts, faucet, explorer, GraphQL, and gRPC are documented for launch planning, but public activation remains tied to the testnet rollout window.
Practical reading:
If your team needs a corridor today, use this page as a reference architecture and then validate the exact operating model through the Infinite Sandbox, the wallet and signing surface, the TEE page, the zk proofs page, and the foundation node standards.