The problem as published
A hyperscale software and cloud estate depends on strict access control across thousands of internal and customer-facing systems. Traditional MFA and long-lived role credentials reduce some risk, but they remain harvestable, phishing, session theft, and helpdesk reset flows still trade on reusable secrets that work from anywhere until someone notices.
How ENI6MA would apply
ENI6MA would compile role-scoped circuits for workforce and service identities, then enforce per-request envelopes at Gate (SDK middleware or reverse proxy) on high-value admin and data-plane routes. Permission still follows role; authority would no longer be a reusable token. Burn-before-validate in the nonce ledger would make captured envelopes fossils.
Expected outcomes if implemented
- Would shrink the blast radius of credential theft: a stolen secret would not equal a reusable capability.
- Would reduce MFA friction on paths moved to proof-required while keeping role assignment in the existing IdP.
- Would let revocation deactivate a circuit handle in one Control state change rather than rotating secrets across every workload.
Reference architecture
Gate: SDK middleware (Node) or reverse proxy · Circuit: hybrid (workforce) / standard (low-risk) · Control: registry + durable nonce ledger
Absolute mechanism claims hold under the reference architecture.