Password rotations fail because connection pools hold onto old sessions, and dormant cron jobs break hours later. RotationProof challenges workloads with cryptographic nonces and proves fresh connection recycling before retiring old credentials.
Simulate Dual-Phase Rollout & Workload Adoption Probing
Deploy In Under 60 Seconds
Scan for hardcoded credentials and uncycled connection pools in CI/CD or orchestrate rotations via CLI.
// 1. Audit your repository for exposed credentials & uncycled connection pools:
npx rotationproof scan --dir ./src
// 2. Export a sealed SOC 2 CC6.1 & ISO 27001 auditor pack:
npx rotationproof audit --org "Production Infra" --output ./audit-pack
Embed Real-Time Credential Rotation Proofs
Prove zero-outage credential rotation and 100% workload adoption directly in your GitHub README.
Why Simple Password Rotation Causes Outages
Connecting directly to PostgreSQL RDS with a new password does not prove your application won't crash.
Web servers hold open 50+ persistent database connections for hours. They don't test the new password until a pool connection expires—often during peak traffic.
Nightly invoice generators and billing crons run once a day. If you revoke the old secret before midnight, you won't discover the broken job until 3:00 AM.
RotationProof provisions two least-privilege database roles (v1 & v2). Old connections drain cleanly under v1 while new workloads attest fresh adoption under v2.
Transparent, Enterprise-Ready Plans
Offline cryptographically signed HMAC licensing. Zero database passwords or master credentials leave your VPC.
Zero-downtime rotation prober for single-cluster database environments.
Dual-phase automated rotation and adoption challenges for production engineering.
Guaranteed zero-outage rotation orchestration with connection pool drain guards.
High-throughput multi-cluster database fleets across hybrid cloud environments.
RotationProof compares the connection establishment timestamp against the rollout start time. If a connection was established before the new secret version was deployed, RotationProof rejects the attestation as a stale pooled session.
No. Under Spekra's Zero-Trust architecture, RotationProof operates solely via opaque secret references. The customer runner connects directly to your local secret manager and database. Raw passwords never touch our control plane.
The Revocation Guard immediately blocks retirement of the old credential. The system stays in the dual-active state where both credentials remain valid, alerting engineers in Slack. Zero production downtime occurs.
RotationProof supports three session policies: wait_for_drain (waits for active transactions to finish naturally), drain_and_terminate (terminates long-lived idle sessions after a configurable grace period), and reject_new_only (disables new logins while existing sessions complete).