CHANGELOG

Источник: CHANGELOG.md

HyperCortex Mesh Protocol — Changelog

HMP-0005 (October 2025) — Core Specification v5.0

Architecture: * Formalized immutable container model with explicit proof chains. * Unified cognitive, container, and network layers into a single protocol stack. * Introduced canonical container header and semantic related.* references.

Security & Verification: * Standardized canonical JSON, hashing, and Ed25519 signatures. * Defined encrypted + compressed container format. * Enabled verification without payload decryption.

Consensus & Reasoning: * Introduced formal vote and consensus_result containers. * Enabled forked and parallel consensus results. * Defined reproducible aggregation via explicit dependency references.

Networking: * Integrated DHT-based discovery as a first-class layer. * Defined TTL, propagation scope, and routing semantics.

Extensibility: * Added Future Extensions framework (groups, reputation, streaming, bridges). * Defined protocol evolution rules for the 5.x series.

This version supersedes all RFC-based HMP 4.x specifications.

HMP-0004 (July 2025) — RFC Version 4.1

Protocols: * Added 5.8 Message Routing & Delivery section — including direct, broadcast, relay, and topic messaging modes.

Data Models: * Defined 6.5.8 Message Object Schema — standard JSON format for inter-agent communication.

Cognitive Workflows: * Added 7.9 Message Handling & Delivery Workflows — describing message processing, relay behavior, and routing.

HMP-0004 (July 2025) — RFC Version 4.0

Major Changes * Introduced new sections: Cognitive Workflows, Agent Roles, Governance, Compression, and Simulation. * Added experimental APIs: Consent Request, Explainability, Voice Interface. * Expanded Quick Start Guide and updated Example Use Cases with new flows and APIs. * Integrated BitTorrent/IPFS snapshot syncing, pseudonymous voting, and ethical filters.

Protocol and Architecture Updates * Enhanced CogSync with chunked syncing, selective edge sync, and experimental Dat/IPFS support. * Refined MeshConsensus with adaptive models and EGP-integrated filters. * Extended EGP with principle hierarchy, local norm integration, and modular ethics ontologies. * Improved fallback and handshake logic across all protocols.

Data Model Improvements * Added new objects: CogDiarySnapshot, SnapshotIndex, EthicalConflict. * Introduced Reputation Ontology Extension and support for multi-format schema negotiation (JSON/YAML/Protobuf). * Unified schema structure, examples, and versioning across 6.2 and 6.5.

Cognitive Layer Enhancements * Formalized cognitive workflows for reflection, delegation, and hypothesis validation. * Refined semantic change tracking and diary summarization processes. * Defined agent self-assessment and meta-reflection protocols.

Trust & Security Enhancements * Added Snapshot Security: DID-signatures, ZKP verification, and trusted seeders. * Extended Sybil resistance, post-quantum key support, and anonymized voting mechanisms. * Improved trust-based access control and event auditability.

Interoperability & Event Integration * Added Event-Driven Architecture and format negotiation layer. * Documented integration patterns for REST, gRPC, MQTT, and message brokers. * Clarified cross-protocol participation (e.g. Hyperon, TreeQuest, AutoGPT).

Testing & Simulation * New Appendix C with Ethical Stress Suite, snapshot sync simulation, and open test datasets. * Introduced Agent-on-Agent Dialog Simulation for consent learning and negotiation modeling.

Future Directions * Extended roadmap with Snapshot Markets, Meta-Protocol Proposals, and Multi-Agent Training Environments. * Prototype tools proposed: MeshGit, CogForge, and HyperCortex Forge for cognitive source control and collaborative evolution.

HMP-0003 (July 2025) — RFC Version 3.0

Major Changes * Rewritten and expanded full RFC document structure. * Added Quick Start Guide with demo commands and cross-protocol notes. * Introduced a detailed Deployment Scenarios section describing Core, Edge, IoT, and Hybrid environments. * Created the Interoperability with External Systems section (API Gateway, Event-driven integrations, Auth). * Extended Future Roadmap with Federated Meta-Learning, Quantum Mesh, Multi-Protocol Nodes, DAO integration, and Cognitive Source Control. * Enhanced clarity and modularity across all sections for easier reference and further evolution.

Protocol and Architecture Updates * Refined protocol descriptions for CogSync, MeshConsensus, GMP, EGP, and NDP. * Improved fallback scenarios, error handling, and adaptive consensus algorithms. * Detailed internal/external agent interactions and cross-mesh collaboration patterns. * Clarified Trust Layer roles in distributed governance and dynamic trust scoring.

Data Model Improvements * Reworked all JSON Schemas with clear required/optional fields and examples. * Added archival fields (archived, archived_at) to CognitiveDiaryEntry. * Unified Relation (Link) schema and listed recommended relation types. * Split schema examples and validation-ready JSON Schema files into /docs/schemas.

Cognitive Layer Enhancements * Extended support for metacognition, semantic graph evolution, and task/goal tracking. * Formalized Cognitive Diaries as traceable reasoning logs with explainability focus. * Expanded discussion on cognitive workflows, agent autonomy, and ethics.

Trust & Security Enhancements * Specified Post-Quantum Cryptography (PQC) considerations for future-proofing the Mesh. * Improved Sybil resistance through layered identity verification (DID + trust scoring + optional ZKP). * Clarified authentication and authorization bridging for external systems.

Reference Implementation Roadmap * Defined Alpha, Beta, and Release 1.0 milestones with indicative dates. * Listed planned CI/CD, Sandbox, and Public Test Mesh infrastructure. * Outlined Open Source licensing and contribution strategy (Apache 2.0 / MIT).

Future Directions * Federated Meta-Learning, Cognitive DAO Governance, Quantum Networking exploration. * Cross-Mesh cognitive federation and collaborative evolution of reasoning engines. * Potential prototype tools like MeshGit and CogForge for cognitive source control.

HMP-0002 (July 2025) — RFC Version 2.0

Major Changes * Reorganized the document structure for clarity and consistency. * Added Versioning and Use Case definitions in the Definitions section. * Expanded Trust Layer with clearer explanations of key management, social recovery, and Sybil resistance. * Introduced the concept of Edge Optimization for lightweight agents. * Enhanced descriptions in Mesh Operation Modes, particularly around resilience and agent autonomy.

Protocol Updates * Refined Node Discovery Protocol (NDP) with better NAT traversal and bootstrap node handling. * Updated Cognitive Sync Protocol (CogSync) to include partial sync, compression, and data prioritization. * Improved Mesh Consensus Protocol (MeshConsensus) with fallback mechanisms and trust-weighted voting adjustments. * Clarified responsibilities of the Ethical Governance Protocol (EGP), including ethics versioning and dynamic adjustment. * Added clarification on Goal Management Protocol (GMP) error handling and task reassignment.

Data Model Improvements * Formalized JSON Schemas for all major data models (Concept, CognitiveDiaryEntry, Goal, Task, ConsensusVote, ReputationProfile). * Improved field descriptions and added optional fields for better interoperability. * Added versioning and metadata fields to support long-term data evolution.

Cognitive Layer Enhancements * Clarified the role of semantic graphs in reasoning and memory. * Expanded description of cognitive diaries as auditable reasoning chains.

Trust & Security Enhancements * Introduced key rotation and social recovery mechanisms. * Detailed Sybil resistance strategies combining Web-of-Trust with optional resource verification. * Refined privacy considerations for sensitive data in semantic graphs and diaries.

Future Work Roadmap Expanded * New focus areas added: interoperability testing, UX tools for semantic and cognitive layers, and resilience simulations.

HMP-0001 (June 2025) — RFC Version 1.0

Initial Draft * Defined the core purpose and vision of HyperCortex Mesh Protocol (HMP). * Described key architecture layers: Cognitive Layer, Protocol Layer, and Trust Layer. * Outlined fundamental concepts: Agents, Semantic Graph, Cognitive Diaries, and Consensus. * Drafted the first versions of core protocols: * CogSync (Cognitive Sync Protocol) * MeshConsensus * Goal Management Protocol (GMP) * Ethical Governance Protocol (EGP) * Node Discovery Protocol (NDP) * Introduced the Cognitive Diary and Semantic Graph as core agent data structures. * Presented initial Trust Layer design, including Decentralized Identifiers (DID) and basic Sybil resistance ideas. * Provided high-level example workflows (goal creation, task delegation, concept consensus). * Laid out an initial Future Work list, covering scalability, cross-mesh interoperability, and quantum networking as exploratory directions. * Established the RFC document structure and versioning approach for further evolution.