Native workload identity
Accept cloud identity evidence, Kubernetes service account tokens, SPIFFE SVIDs, and client certificates through the appropriate authentication mechanism.
Federate AWS, Azure, GCP, Kubernetes, SPIFFE, and X.509 identities into tenant-scoped SaaS access. Give your enterprise customers self-service policy controls and audit trails—without building an identity platform.
Your customers need to authenticate their workloads, restrict their access, and prove what happened. Workbound connects all three.
Accept cloud identity evidence, Kubernetes service account tokens, SPIFFE SVIDs, and client certificates through the appropriate authentication mechanism.
Allow customers to register workloads, narrow scopes, restrict token issuance by IP range, and disable trust relationships—within vendor-defined limits.
Give customers visibility into their own workload activity and vendors a cross-tenant operational view, with redaction and export controls.
No pretend universal OIDC assertion. These examples show how each runtime obtains or presents identity evidence before Workbound exchanges it.
Register customer trust through an administrative API. Validate issued access tokens locally in your API. Optionally send resource-access events for richer audit trails.
Proposed Workbound APIs and SDKs; code illustrates the intended contract rather than a released implementation.
AWS · Azure · GCP · Kubernetes · SPIFFE · mTLS · MCP client · A2A agent
Validate native identity evidence, apply tenant trust policies, issue short-lived audience-bound access tokens.
Verify token signature, audience, organization and scopes. Enforce resource-level authorization.
Vendor-defined maximum permissions, customer-managed restrictions, and separate tenant and vendor audit views.
Local JWT validation avoids a Workbound call on every API request. Immediate revocation, request-time IP restrictions, and proof-of-possession require additional resource-side enforcement.
Vendors define maximum scopes, audiences and token lifetimes. Customers can further restrict workload identities, networks and permissions.
Capture exchanges, denials, configuration changes, and optionally API usage. Partition events by customer and provide a vendor-wide operational view.
Authenticate an agent's workload identity. Preserve separate, verifiable user delegation when an agent acts on someone's behalf.
Short-lived tokens, signed access claims, audience isolation, policy versions, and optional sender-constrained access.