Why 67% of PKI Automations Fail (And How to Succeed)
After implementing PKI transformations at major banks and rescuing failed projects, I've learned the uncomfortable truth: the technology is the easy part. Most organizations fail because they treat infrastructure transformation like a software deployment instead of an organizational change program.
Choose Your Path:
- 🚀 For Startups (Series A-D): Why you're wasting 15-20% of engineering capacity on certificate firefighting instead of building product.
- ⚙️ For teams building or automating PKI: Why certificate automation projects fail—and how to choose platforms, trust models, and HA/DR that actually succeed.
PKI Health Radar
Drag the sliders to assess your current posture — scores update instantly.
| Metric | Score |
|---|---|
| Crypto Inventory | 5 |
| Algorithm Agility | 5 |
| Hybrid Readiness | 5 |
| Truststore Management | 5 |
| Compliance Track | 5 |
| Key Rotation | 5 |
Score: 5.0/10 — Moderate Risk — Plan improvements
Explore All Resources
Understanding the Problem
- Why PKI Automations Fail (67% failure rate)
- Real PKI Outage Case Studies
- Hidden Certificate Management Costs
- The Certificate Tax on Startups
Solving It: Technical Approaches
- ACME Certificate Automation
- ACME vs Traditional Protocols (SCEP/EST)
- ACME Implementation Guide (Smallstep, EJBCA, Red Hat)
- PKI for Regulated Industries (HIPAA, PCI DSS, SOC 2)
Future-Proofing Your PKI
- Post-Quantum Cryptography Migration (12-month playbook)
- Meet Dan Cvrcek (PKI architect, cryptography expert)