Introduction
Getting Started
Installation
Quick Start
Basic Examples
Development Roadmap
Algorithms
ML-KEM (Key Encapsulation)
ML-DSA (Digital Signatures)
Falcon (Digital Signatures)
SPHINCS+ (Digital Signatures)
Hybrid Cryptography
Overview
API Reference
Core Types
Architecture
System Architecture
Security Architecture
FFI Boundary
Memory Safety
Security
Security Model
Vulnerability Reporting
Unsafe Code Guide
Audit Readiness
Development
Contributing Guidelines
Build System
Testing
Troubleshooting
Error Codes

Cypheron Core Documentation

Development Roadmap

This section provides an overview of Cypheron Core’s development timeline and current priorities.

For complete details, see the full Development Roadmap.

Current Status: v0.1.1 - Foundation Complete (September 2025)

Status: [X] COMPLETED - Core implementation and documentation finished
Achievement: Full post-quantum algorithm implementation with comprehensive security documentation

[X] Completed Foundation Work

Complete unsafe code documentation and justification
Architecture documentation with FFI boundary analysis
Security vulnerability reporting policy
Comprehensive security testing suite
Cross-platform implementation (Linux, macOS, Windows)
Supply chain integrity verification system
Memory safety validation and documentation

Current Priorities: Q4 2025

Focus: Community Audit and Funding Phase

Community Audit Initiative

Open source community security review
Academic cryptography community feedback
Independent security researcher analysis
Community-driven testing and validation

Grant Funding and Support

Research foundation grant applications
Open source security initiative funding
Academic institution partnership opportunities
Government cybersecurity grant programs

2026 Goals: Production Release

Following successful security audit and validation:

Production-ready release with security audit approval
Long-term API stability commitment
Enterprise deployment support
Comprehensive documentation for production use

Algorithm Implementation Status

[X] Complete Implementations

ML-KEM (Kyber) - 512, 768, 1024 bit security levels
ML-DSA (Dilithium) - Levels 2, 3, 5
Falcon - 512, 1024 bit variants
SPHINCS+ - Multiple parameter configurations
Hybrid cryptography support (Classical + PQ combinations)

How to Get Involved

Security Review

Review our Security Documentation
Examine Unsafe Code Guide
Report findings via Security Policy

Development

See Contributing Guidelines
Review Build System documentation
Participate in Testing efforts

For the complete roadmap with detailed timelines and success metrics, see ROADMAP.md.