Building a Proof of Concept TLS Configuration
You check the logs. Cipher mismatch. Protocol downgrade attempt. The TLS stack is brittle, and you have no proof it works the way you think it does. That’s when a proof of concept for TLS configuration stops being optional—it becomes survival.
A proof of concept TLS configuration lets you validate encryption settings before they hit production. It’s not theory. It’s code, config, and controlled testing. Build it to confirm three core points:
- Protocol Versions – Enforce TLS 1.2 or 1.3. Disable SSL, TLS 1.0, and 1.1. Your proof of concept should reject weak versions outright.
- Cipher Suites – Choose strong, modern algorithms like AES-GCM, ChaCha20-Poly1305, and ECDHE for key exchange. Test both server and client compatibility.
- Certificate Validation – Verify chain of trust, expiration, and common name patterns. Simulate expired or self-signed certs to ensure failure modes trigger.
Set up a minimal environment. Use OpenSSL for rapid iteration:
openssl s_client -connect yourserver:443 -tls1_3 -cipher AES256-GCM-SHA384
Change flags, observe results, log everything. Repeat until every handshake matches your security policy.
Automate proof of concept runs in CI. Any deviation in supported protocols, ciphers, or certificate behavior should break the build. This is how you prevent silent regressions.
Document config in plain text. Include server settings, client commands, and pass/fail cases. The tighter the spec, the easier it is to reproduce in staging or production.
A working proof of concept TLS configuration is not just a test; it’s leverage. When you can demonstrate handshake success under strict rules, you control the attack surface.
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