Picyboo Technology · Technical Website

Quantum-Ready Infrastructure for Next-Generation AI

Building next-generation infrastructure sometimes requires solving fundamental problems across interconnected domains – from AI and quantum systems to cryptography and network architecture. Some of these, the industry couldn't overcome. Until now.

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Next Generation Technologies

Foundational Innovations

Our product development follows an interdisciplinary approach – integrating solutions from any domain that advances our technology. This perspective has enabled solving several long-standing industry limitations along the way. We document and decided to publish some of these solutions to contribute to broader development, while focusing on building our core infrastructure.

Technology Platform

Tyrc

Verifiable computational trust infrastructure

Shared Foundation

Tyra Protocol™

Verifiable Authority, Execution & Provenance

Tyra Protocol™ is Picyboo’s general-purpose trust and control architecture for systems in which consequential actions or computations must be authorized, executed within defined constraints and independently verifiable afterward.

The architecture establishes a cryptographically verifiable relationship between authority, permitted execution, resulting outcomes, evidence and provenance. Application-specific semantics remain separated from the common trust foundation, allowing the same underlying architecture to operate across fundamentally different computational domains.

Tyra Protocol™ provides the shared technological foundation for TyrcAI™, Tyrc Quantum™ and Tyrc Cyber™, with additional application domains planned around the same core principles.

Rather than creating another application-specific security layer, the Tyra Protocol is designed as reusable infrastructure for verifiable computational trust.

Product Applications

TyrcAI™

External Control for Consequential AI Actions

TyrcAI™ applies the Tyra Protocol architecture to autonomous and agentic AI systems.

The central design principle is separation between cognition and authority: an AI system may reason, propose and initiate an action, while externally consequential execution remains subject to independently enforceable authorization and verifiable evidence.

TyrcAI™ connects action requests, policy decisions, authorization, execution and outcomes without requiring the AI model itself to serve as the authority or the sole source of truth about what occurred.

This creates an independent control and provenance layer for AI systems interacting with sensitive data, external services, infrastructure and other autonomous systems.

Tyrc Quantum™

Trusted Computation for Quantum Workflows

Tyrc Quantum™ applies the Tyra Protocol’s trust, authorization and provenance model to quantum computation.

The architecture is designed to establish verifiable relationships between computational intent, quantum jobs and transformations, execution environments and resulting evidence while remaining independent of a specific quantum backend or hardware provider.

Tyrc Quantum™ operates around the quantum computing stack rather than replacing compilers, QPUs or quantum error-correction technologies. Its purpose is to provide an independent trust layer for the lifecycle of consequential quantum computation.

The result is a foundation for verifiable, vendor-neutral trusted quantum computing workflows.

Tyrc Cyber™

Verifiable Authorization for Critical System Change

Tyrc Cyber™ applies the Tyra Protocol architecture to cybersecurity and high-assurance system operations.

Its initial focus is the authorization and verification of consequential software and infrastructure changes, including software releases, firmware, security patches and deployments.

Tyrc Cyber™ is designed to establish verifiable evidence that a change was authorized, that the relevant execution occurred within its authorized scope and that the resulting system state can be independently evaluated against that authority.

This extends cybersecurity beyond identity and access control toward verifiable authorization, execution provenance and trusted system state.

GitHub

Open Source Projects

Numerous technical implementations and examples at various development stages are available in our GitHub organization. These include different open-source projects that provide insights into our development work.

Fin Trace Atlas (FTA)

Fin Trace Atlas (FTA)

Open-Source Framework for Global Regulatory Mapping

An open, modular framework designed to visualize international financial oversight and regulatory structures. FTA connects public data sources with interactive representations, revealing how supervisory authorities, legal frameworks, and institutional networks are interlinked across jurisdictions.

GitHub Live Demo
Picyboo GitHub Portfolio

Picyboo Cybernetics on GitHub

All Open Source Projects in One Place

Browse our open-source repositories including frameworks, reference implementations, and developer tools. Projects are maintained at different stages of development, from early prototypes to stable releases. Visit our GitHub organization to explore the codebase and stay informed about new releases.

GitHub Organization
Research & Blueprints

RETHINK

Building robust infrastructure requires rethinking fundamentals rather than applying incremental patches. When conventional approaches reach their limits, we redesign from first principles. These published papers document several such ground-up solutions developed during our ongoing product work. Code examples and technical implementations are provided on GitHub.

Sandbox

Production Implementations

Our sandbox-ready cryptographic utilities and reference implementations are available on GitHub under open source licenses.

CTX Token Generator

CTX Token Generator

Cryptographically Secure Context Tokens

Generate cryptographically secure 256-bit context tokens using HKDF-SHA256. This production-ready primitive powers our quantum-resistant infrastructure and developer sandbox.

GitHub Live Demo