PetoronAI is a deterministic cognitive AI framework built entirely on top of PetoronHash2 (PH2) and zkPetoron-Core.
The project is designed as a local-first, privacy-first cognitive architecture focused on reasoning, planning, learning, memory, simulation, and autonomous decision making.
PetoronAI provides its own cognitive foundation that developers can use to build autonomous agents, intelligent systems, decision engines, research platforms, and future AI operating environments.
- C++20
- PetoronHash2 (PH2)
- zkPetoron-Core
- CMake
- Local-first architecture
- Deterministic execution
- Goal-driven cognition
- Executive control architecture
- Experience-based learning
- Long-term memory
- Knowledge management
- World modeling
- Strategic planning
- Risk-aware decision making
- Safety filtering
- Local execution
- Privacy by design
- No external AI providers
- Native Petoron ecosystem integration
PetoronAI is tightly integrated with:
- PetoronHash2 (PH2)
- zkPetoron-Core
These technologies form the cryptographic and verification foundation of the framework.
PetoronAI contains multiple cognitive layers.
Responsible for:
- policy selection
- policy optimization
- reinforcement processing
- confidence estimation
- evidence estimation
- executive orchestration
- safe action selection
Provides:
- goal management
- goal prioritization
- goal arbitration
- goal adaptation
- goal scheduling
- goal conflict resolution
Supports:
- strategy generation
- strategy evaluation
- strategy evolution
- strategy comparison
- strategy portfolios
Supports:
- multi-step planning
- future action sequencing
- objective decomposition
- execution planning
- long-term planning
Provides:
- recursive reasoning
- counterfactual reasoning
- hypothesis generation
- hypothesis evaluation
- world reasoning
Supports:
- long-term memory
- memory retrieval
- memory persistence
- memory indexing
- memory evolution
Provides:
- knowledge storage
- knowledge relations
- knowledge transitions
- knowledge validation
- knowledge evolution
Supports:
- experience collection
- reinforcement learning
- policy adaptation
- experience statistics
- self-improvement mechanisms
Provides:
- thought artifacts
- thought chains
- thought graphs
- thought persistence
- thought search
Supports:
- world state tracking
- world simulation
- environmental reasoning
- future projection
- utility estimation
- risk estimation
PetoronAI can:
- evaluate multiple possible actions
- compare strategies
- estimate utility
- estimate risk
- learn from outcomes
- improve policies through reinforcement
- maintain internal memory
- maintain a world model
- generate and evaluate hypotheses
- perform counterfactual analysis
- plan future actions
- prioritize goals
- adapt behavior through experience
The project includes:
- unit tests
- integration tests
- executive tests
- reasoning tests
- planning tests
- learning tests
- safety tests
- reinforcement tests
- simulation tests
- stress tests
Current validation results:
- 131+ automated tests passing
- 100,000-cycle executive stress testing passing
- Testing was conducted on a MacBook Air M1
PetoronAI v1.0.0
- Stable release
- Production-ready research foundation
PetoronAI can be used as a foundation for:
- Autonomous agents
- AI operating systems
- Robotics systems
- Research platforms
- Simulation environments
- Decision support systems
- Strategic planning engines
- Multi-agent systems
- Privacy-preserving intelligence systems
- Cryptographically verifiable AI systems
PetoronAI
→ Executive Layer
→ Goal Layer
→ Policy Layer
→ Strategy Layer
→ Planning Layer
→ Reasoning Layer
→ Memory Layer
→ Knowledge Layer
→ Experience Layer
→ Thought Layer
→ World Model
→ zkPetoron-Core
→ PetoronHash2
PetoronAI is not intended to be another language-model wrapper.
The long-term objective is the development of a deterministic cognitive architecture capable of autonomous reasoning, planning, learning, memory formation, world modeling, and verifiable intelligence built entirely on Petoron technologies.
PetoronAI is dual licensed:
- PetoronAI Community License (PCL)
- PetoronAI Commercial License (PCL-C)
Commercial use requires a valid commercial license.
PetoronHash2 and zkPetoron-Core remain independently licensed under the MIT License. The PetoronAI licenses apply solely to PetoronAI.
PetoronAI is available under the PetoronAI Commercial License (PCL-C).
Commercial licenses are issued by the copyright holder.
Commercial license payments are currently accepted in cryptocurrency.
Supported payment methods may include:
- ETH
- other cryptocurrencies approved by the Licensor
Commercial license issuance, renewal, validation, and proof of existence may be recorded through privacy-preserving cryptographic workflows built on zkPetoron-Core and related Petoron technologies.
Such workflows may generate confidential attestations, proof artifacts, cryptographic commitments, and license verification records.
Where applicable, cryptographic commitments may be anchored on Ethereum through dedicated smart contracts while preserving the confidentiality of licensing details.
As a result, license ownership, license scope, payment records, and licensing metadata may remain confidential while still allowing independent cryptographic verification of license existence and authenticity.
The exact licensing process, payment methods, verification mechanisms, cryptographic attestation procedures, and smart-contract infrastructure may evolve over time and remain at the discretion of the Licensor.
Petoron | Ivan Alekseev