Modular cryptography, seed recovery, Shamir Secret Sharing and deterministic security tooling.

Deterministic Security Infrastructure

Modular cryptography, Shamir Secret Sharing validation, seed analysis, compliance automation, AI tooling and reproducible security systems.

https://github.com/krunixbase/seedtools • https://github.com/krunixbase • https://github.com/orgs/krunixbase/discussions

Krunixbase develops deterministic and auditable security software for high-risk users, researchers, organizations and digital sovereignty projects.

Our focus is simple:

• Deterministic cryptographic workflows
• Shamir Secret Sharing verification
• Seed phrase recovery and analysis
• Forensic-grade audit trails
• Compliance automation
• Reproducible infrastructure
• Privacy-first AI tooling

Every component is designed around transparency, auditability and reproducibility.

Offline deterministic toolkit for:

• Seed recovery
• Entropy analysis
• Crypto forensics
• Compliance automation
• NGO verification workflows

Repository:

https://github.com/krunixbase/seedtools

Security-focused implementation of Shamir Secret Sharing.

Features:

• Share creation
• Share validation
• Reconstruction verification
• Forensic logging
• Institutional audit support

Repository:

https://github.com/krunixbase/shamir-app

Research and implementation of deterministic signing models based on:

• Cryptographic episodes
• Audit consistency
• Reconstruction verification
• Secure zeroization

Repository:

https://github.com/krunixbase/deterministic-signing-episodes

Experimental environment for:

• AI agents
• LLM pipelines
• Autonomous workflows
• Backend orchestration
• Security-oriented automation

Repository:

https://github.com/krunixbase/agent-ai-lab

Privacy-focused speech-to-text system.

Features:

• Local Whisper/Faster-Whisper models
• Offline transcription
• Zero telemetry
• Deterministic workflow architecture

Repository:

https://github.com/krunixbase/transcribe-assistant

Krunixbase projects follow several core principles:

Same inputs should produce the same outputs.

Security-critical actions must be reviewable.

Builds, tests and workflows should be verifiable.

Small independent components are preferred over monolithic systems.

User data always remains under user control.

Current ecosystem technologies include:

• Python
• Rust
• FastAPI
• SQLite
• WebSockets
• Whisper / Faster-Whisper
• Cryptographic Tooling
• Shamir Secret Sharing

Krunixbase is an active research and development organization building the foundation for deterministic security infrastructure.

Several projects are currently under active development and subject to rapid iteration.

Current focus areas:

• SeedTools development
• Deterministic signing research
• Shamir Secret Sharing validation
• Privacy-first AI tooling
• Cryptographic infrastructure

We welcome:

• Code contributions
• Security reviews
• Documentation improvements
• Research collaboration
• Independent audits

Please use GitHub Issues or Discussions to get involved.

• GitHub: https://github.com/krunixbase
• Email: [email protected]