seigr-toolset-crypto 0.4.2

Post-classical cryptographic engine with automated security profiles and high-performance streaming

Seigr Toolset Crypto (STC)

Post-classical cryptographic engine with automated security profiles

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What is STC?

Post-classical cryptographic system using lattice-based entropy, probabilistic hashing, and tensor operations. No XOR, no block ciphers.

Key Features:

• 19+ Security Profiles - Auto-detects file types and optimizes parameters
• Real-Time Streaming - 132.9 FPS, 7.52ms latency for P2P applications
• Large Files - >100GB support with constant 7MB memory
• Production Ready - 91.42% test coverage, zero vulnerabilities

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Quick Start

# Install
pip install seigr-toolset-crypto

# Encrypt file (auto-detects type and profile)
stc-cli encrypt --input document.pdf --password "my_password"

# Decrypt
stc-cli decrypt --input document.pdf.enc --password "my_password"

Python API:

from interfaces.api.stc_api import STCContext

ctx = STCContext('my-seed')
encrypted, metadata = ctx.encrypt("Secret data", password="password123")
decrypted = ctx.decrypt(encrypted, metadata, password="password123")

→ Complete Usage Guide - CLI commands, API examples, streaming

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Documentation

Getting Started

• Installation - PyPI, source, dependencies
• Usage Guide - CLI interface, Python API, examples
• Security Profiles - Auto-detection, optimization

Technical

• Architecture - System design, cryptographic components
• Core Modules - CEL, PHE, CKE, DSF, PCF explained
• API Reference - Complete API documentation
• Performance - Benchmarks, optimization

Security & Quality

• Security Guide - Threat model, best practices
• Security Audit - Grade A+ (Bandit, pip-audit, Safety)
• Testing - 91.42% coverage, 246 tests
• Production Readiness - Deployment guide

Development

• Changelog - Version history
• Migration Guide - Upgrading versions

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How It Works

Post-classical cryptographic primitives:

1. CEL - Continuous Entropy Lattice (lattice-based entropy)
2. PHE - Probabilistic Hashing Engine (multi-path hashing)
3. CKE - Contextual Key Emergence (key derivation)
4. DSF - Data-State Folding (tensor transformation)
5. PCF - Polymorphic Cryptographic Flow (adaptive parameters)

→ Architecture Deep Dive

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Use Cases

File Encryption

Auto-selected profiles based on file type:

• Documents, Media, Credentials
• Financial (tax, banking), Medical (HIPAA), Legal (contracts)
• Government, Technical, Backup

→ Profile System Guide

Real-Time Streaming

Optimized for P2P:

• Video/audio streaming (132.9 FPS)
• Live data feeds (7.52ms latency)
• Game state sync, IoT sensors

→ Streaming Performance

Large Files

Enterprise-grade:

• Files >100GB, 7MB constant memory
• 50-100 MB/s throughput

→ Performance Benchmarks

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Performance

Use Case	Metric	Performance
Streaming	Latency	7.52ms
Streaming	FPS	132.9 sustained
File (Document)	Speed	~0.8s
File (Media)	Speed	~0.5s
Large Files	Memory	7MB constant
Large Files	Throughput	50-100 MB/s

→ Full Performance Report

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Security

• Zero Vulnerabilities - Bandit, pip-audit, Safety (grade A+)
• 91.42% Coverage - 246 passing tests
• Post-Classical - Lattice-based, no XOR/block ciphers
• Compliance Ready - HIPAA, GDPR, SOX configurations

→ Security Audit | Best Practices

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Contributing

Part of the Seigr Ecosystem - a self-sovereign decentralized network.

For Contributors:

• All code requires test coverage (91%+ target)
• Follow post-classical principles (no XOR, no legacy crypto)
• See Testing Guide and Architecture

For Security Researchers:

• Security analysis welcome
• Submit via GitHub Issues with technical details

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License

ANTI-CAPITALIST SOFTWARE LICENSE (v 1.4) - See LICENSE

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Citation

@software{seigr_toolset_crypto,
  title = {Seigr Toolset Crypto: Post-Classical Cryptographic Engine},
  author = {Seigr-lab},
  year = {2025},
  version = {0.4.2},
  url = {https://github.com/Seigr-lab/SeigrToolsetCrypto}
}

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