- 01Platform teams maintain the root of trust; application teams get delegated authority scoped to specific namespaces and environments.
- 02Delegations are granular and time-bound—cryptographically verifiable with no shared secrets or standing privileges.
- 03Revocation is centralized: removing one delegation instantly kills all identities issued under it.
- 04SPIFFE-compatible federation allows workloads across clouds to authenticate directly without VPNs or shared secrets.
AuthSec lets you establish trust relationships between different administrative domains. Platform teams maintain the root of trust. Application teams receive delegated authority scoped to their namespaces, environments, or services—granular, time-bound, and cryptographically verifiable.
Introduction
AuthSec lets you establish trust relationships between different administrative domains. The platform team maintains the root of trust. Application teams receive delegated authority to issue identities within their scope—specific namespaces, environments, or services.
These delegations are granular and time-bound. A team might get permission to issue identities only for staging environments, only for the next 90 days, with explicit revocation controls. The delegation itself is cryptographically verifiable, creating an unbroken chain of trust from the root authority down to individual workload identities.
How Trust Delegation Actually Works
Platform teams maintain the root of trust. Application teams receive delegated authority scoped to specific namespaces, environments, or services. Delegations are granular and time-bound—like giving someone a key that only works 9-5 and only opens specific doors.
Every delegation is cryptographically verifiable, creating an unbroken trust chain. No shared secrets. No standing privileges.
The problem: Your platform team manages AuthSec, but application teams need their own service identities. Sharing root credentials is a nightmare. Separate deployments create silos. The solution: AuthSec Trust Delegation lets you extend identity authority across teams without sharing secrets. Platform teams maintain control. Application teams get autonomy.
Real-world example: A fintech company delegates identity issuance to payments, fraud, and dashboard teams—each scoped to their own namespaces with 90-day expiration. When a contractor leaves payments, revocation happens centrally without touching other teams.
The Multi-Team Reality Every Growing Organization Faces
Platform teams shouldn't bottleneck every new service identity. But uncontrolled identity creation creates sprawl and security gaps. Trust Delegation fixes this.
When the payments team needs identities, they get delegated authority scoped to their namespace. When a contractor leaves, their delegation is revoked centrally. Governance stays with the platform. Velocity stays with teams.
Real-world example: A SaaS company with 50 microservices used to need platform approval for every service account—taking days. Now each product team manages their own identities within platform-set boundaries. Support tickets dropped by 80%.
Beyond Teams: Service-to-Service Trust Federation
Trust delegation also works for services talking to services. AuthSec's SPIFFE-compatible federation lets workloads in different clouds authenticate directly. Your AWS workloads can trust identities from your on-prem workloads—no VPNs, no shared secrets. Each domain maintains its own authority while recognizing delegated trust from others.
How this compares to API keys: API keys are static and long-lived. Delegated identities are short-lived, auto-rotated, and cryptographically bound to their source. Revoke one delegation and every identity under it dies instantly.
Real-world example: A company runs analytics in GCP and patient data in Azure. Instead of VPNs and shared secrets, they federate trust. Services authenticate directly with SPIFFE IDs. No latency. No rotation headaches. Full audit trails.
Writing about identity, security, and developer tools at AuthSec.



