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CryptoComply Cryptography Software

Key Capabilities

Post Quantum Cryptography

Entropy

Extended Support

FIPS 140

Cryptography Compliance

Post-Quantum Cryptography

Industries

Use Cases




Use Cases for CryptoComply FIPS 140-Validated Cryptographic Software

Build and verify common stacks for regulated environments using validated cryptographic software—plus the evidence auditors expect.

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Browse Use Cases:

Explore common “FIPS-required” scenarios SafeLogic supports. Each use case includes getting started steps, verification commands, and audit-ready provenance.

The_ASF_Oak_Leaf_Logo_(2025).svg
The_ASF_Oak_Leaf_Logo_(2025).svg

Apache FIPS

TLS termination · Build + verify · Artifacts + provenance
NGINX-logo-small
NGINX-logo-small

NGINX FIPS

Reverse proxy · Build + verify · Artifacts + provenance
node-js-logo-2
node-js-logo-2

Node.js FIPS

Runtime · Quickstart + verify · Artifacts + provenance
Rust FIPS Use Case
Rust FIPS Use Case

Rust FIPS

Build + verify · OpenSSL-based crates · Artifacts + provenance.
wireguard-logo-1
wireguard-logo-1

Wireguard-go FIPS

VPN (userspace) · Patch + build · Interop change

faster-path-to-fips-140-certification

 

How it Works

A repeatable workflow across stacks:

  1. Adopt a validated cryptographic software foundation
  2. Constrain configurations to approved algorithms and policies (program-dependent)
  3. Verify using deterministic commands/logs (and capture build provenance
  4. Prove with validation artifacts + configuration guidance for audits

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What You Get:

Build + Verify Steps

Copy/paste getting started and verification commands per use case.

Repeatable Delivery

Integrate artifacts into CI/CD and internal repositories.

Evidence Bundle

Validation artifacts, build provenance, and configuration guidance.

Certification Lifecycle Support

Options to accelerate certification and keep validations current.

Choose Your Path

  • Want to get FIPS 140-certified in as little as 90 days? Explore RapidCert and how it accelerates certification timelines.
  • Need to keep validation current? Explore MaintainCert for ongoing coverage as requirements evolve.
  • Need supported platforms? Explore CryptoComply and recommended build routes.
  • Not sure where to start? Talk to an expert—we’ll map your stack to the right use case.
repeatable-build-path

 

FAQs

What does “FIPS-ready” mean on these pages?

It means the use case is designed to run with validated cryptographic implementations and includes an evidence trail auditors can verify (validation artifacts, build provenance, and configuration guidance).

Is TLS 1.3 FIPS validated?

No—TLS is a protocol. FIPS 140 validation applies to the cryptographic implementation used underneath TLS. The TLS 1.3 use case explains how teams standardize on validated cryptographic software and produce the required evidence.

Do all use cases preserve interoperability?

Most do, but some changes can affect compatibility depending on the implementation and required algorithm constraints. The WireGuard-go use case calls out peer compatibility impacts explicitly.

How do I choose the right use case for my stack?

Pick the workload that matches where you terminate encryption (VPN, proxy, runtime, TLS library, or IPsec/IKE). If you’re unsure, request a technical walkthrough and we’ll map your environment and compliance needs.

Do FedRAMP and GovRAMP drive the same cryptographic expectations?

Both emphasize encryption backed by FIPS 140-validated cryptographic requirements wherever encryption is used. The right path depends on your specific authorization package and operational environment.

Need More Help Navigating Cryptographic Compliance? 

Call us at 844-436-2797 or complete the form below to speak with a cryptography expert and explore how SafeLogic supports your FIPS 140 validation or PQC needs.