Infrastructure recovery in real-world conditions
These case studies are anonymized. The goal is to show how InfraForge stabilizes systems when a team is already under pressure.
- Context and failure signals
- Intervention strategy
- Outcomes and artifacts
- What was stabilized and why
Selected recovery engagements
Migration recovery for a B2B SaaS platform
Post-migration instability, unclear routing, and delivery friction stabilized with a structured recovery plan.
Kubernetes and CI/CD stabilization
Release chaos reduced by rebuilding guardrails, rollback posture, and deployment confidence.
Terraform debt cleanup
Drift, unsafe applies, and brittle modules refactored into a safer, readable IaC baseline.
What we measure when stability is restored
These are success criteria defined at the start of each engagement.
Release safety
Rollback success rate, failed deploy count, release lead time.
Incident load
Repeat incident frequency, mean time to recover, on-call noise.
Change control
IaC drift count, unsafe changes, ownership clarity.
Recent engagement examples
Sanitized ranges from recent work (exact numbers vary by client).
Delivery speed
Build‑to‑deploy cut from 45 → 7 minutes.
Release stability
Failure rates reduced by ~85% with guardrails.
Cost + resilience
Cloud spend -30–40% and DR failover 60 → 15 minutes.
Artifacts delivered
Sanitized examples of what clients keep using.
Risk map excerpt
Actionable, not generic.
Risk: Migration routing drift Impact: latency spikes + failed checkouts Fix: normalize ingress + remove legacy route Guardrail: release gating + owner sign-off
Release guardrail
Checklist used before every deploy.
- Immutable artifact tag - Canary + rollback verified - Config drift check - Change owner assigned
If your platform is fragile, get a senior infrastructure review.
We respond within 24 hours with next steps.