HMP-0005_00

Источник: HMP-0005_00.md

HyperCortex Mesh Protocol (HMP 5.0.8) - модульное представление

Version: 5.0.8
Document ID: HMP-0005
Status: Stable
Category: Core Specification
Release Date: March 2026
Canonical Repository: https://github.com/kagvi13/HMP
Authors: Глеб (GitHub: @kagvi13), Максим Хотинский (Maksim Khotinsky); AI-assisted by ChatGPT (OpenAI)
Supersedes:
- HMP-0004 v4.1

Summary:
HMP v5.0 unifies the cognitive, container, and network layers into a single architecture in which autonomous agents interact through verifiable data containers, using decentralized propagation and semantic search.
This version formalizes the container format for the first time, integrates a DHT as the foundational network layer, and introduces a unified scheme for signatures, proofs, and consensus.

Abstract

The HyperCortex Mesh Protocol (HMP) defines a distributed cognitive framework where autonomous agents cooperate to create, exchange, and align knowledge without centralized control or authority.

Unlike traditional peer-to-peer systems, HMP is designed for semantic coherence rather than simple message exchange.
Agents in the Mesh reason collaboratively — maintaining cognitive diaries, building semantic graphs, and reaching ethical and goal-oriented consensus through verifiable interactions.

HMP is designed with consideration for latency-tolerant knowledge exchange, rather than real-time global consensus.
Cognitive artifacts propagate asynchronously across arbitrary distances, while governance mechanisms remain inherently time- and scope-constrained.

Version 5.0 introduces a unified container architecture (HMP Container) and a native DHT-based discovery layer, enabling verifiable, interest-aware, and offline-resilient communication between agents.
All messages, states, and cognitive records are now transmitted as signed containers, forming immutable proof chains that ensure auditability and ethical transparency across the mesh.

This document defines the architecture, data formats, communication protocols, and trust mechanisms that constitute the HMP v5.0 Core Specification.

Scope & Non-Goals

Scope

The HyperCortex Mesh Protocol (HMP) specifies a protocol-level substrate for decentralized cognitive systems.
Its scope includes:

  • Data representation and exchange through verifiable, signed containers.
  • Discovery and propagation mechanisms for cognitive artifacts across decentralized and intermittently connected networks.
  • Auditability and trust primitives, including proof chains, signatures, and container traceability.
  • Semantic addressing and role-aware delivery, enabling agents to discover, retrieve, and disseminate knowledge.
  • Governance data exchange, including containers related to ethical evaluation and consensus processes.

HMP defines what can be exchanged, verified, discovered, and audited between autonomous agents, independent of physical transport or execution environment.

Non-Goals

HMP explicitly does not define or mandate:

  • Agent cognition or decision-making logic, including reasoning strategies, belief revision, or internal learning processes.
  • Behavioral policies, such as how agents resolve conflicts, prioritize information, or react to incomplete or delayed data.
  • Real-time guarantees, including bounded delivery latency, synchronized global state, or immediate consensus.
  • Transport-level mechanisms, congestion control, or reliability semantics beyond container-level verification.
  • Implementation-specific strategies, such as retry policies, backoff algorithms, caching heuristics, or emergency procedures.

These aspects are intentionally left to agent implementations, local policies, and higher-level architectures, allowing HMP to remain adaptable across diverse environments, scales, and temporal constraints.

Keywords: decentralized cognition, distributed AI, containers, DHT, proof chain, cognitive agents, ethical protocols

Комментарии

Отправить комментарий

Популярные сообщения из этого блога

Habr_Distributed-Cognition

Источник: Habr_Distributed-Cognition.md От OpenCog Hyperon до HyperCortex Mesh Protocol: как устроены децентрализованные когнитивные системы Альтернатива централизованным ИИ: гиперграфы, mesh-взаимодействие и совместное мышление агентов Зачем нужны децентрализованные когнитивные системы? Сегодня интеллектуальные системы чаще всего выглядят как один большой модуль в облаке — LLM, с которым мы общаемся через API или WEB-интерфейс. Но если мы хотим построить действительно автономную интеллектуальную систему (или AGI), то нам потребуется: Смысловая память, а не токены Способность планировать и распределять задачи Этические оценки перед действием И главное: связь с другими агентами, чтобы обмениваться знаниями, достигать согласия и общего понимания. Два проекта, которые решают эти задачи с разных сторон: OpenCog Hyperon (фокус на внутреннюю когницию и гиперграфы) HyperCortex Mesh Protocol (HMP) (сетевой уровень: обмен целями, знаниями, смыслами, совмест...
Read more »

HMP-0005

Источник: HMP-0005.md HyperCortex Mesh Protocol (HMP) Version: 5.0.8 Document ID: HMP-0005 Status: Stable Category: Core Specification Release Date: March 2026 Canonical Repository: https://github.com/kagvi13/HMP Authors: Глеб (GitHub: @kagvi13), Максим Хотинский (Maksim Khotinsky); AI-assisted by ChatGPT (OpenAI) Supersedes: - HMP-0004 v4.1 Summary: HMP v5.0 unifies the cognitive, container, and network layers into a single architecture in which autonomous agents interact through verifiable data containers, using decentralized propagation and semantic search. This version formalizes the container format for the first time, integrates a DHT as the foundational network layer, and introduces a unified scheme for signatures, proofs, and consensus. Abstract The HyperCortex Mesh Protocol (HMP) defines a distributed cognitive framework where autonomous agents cooperate to create, exchange, and align knowledge without centralized control or autho...
Read more »

CHANGELOG

Источник: CHANGELOG.md HyperCortex Mesh Protocol — Changelog HMP-0005 (May 2026) — Core Specification v5.0.8 Encryption and payload integrity clarifications: Clarified head.payload_hash semantics: the hash is computed over the final serialized payload representation (including optional compression and encryption). Unified payload_hash wording across Sections 3.3 and 3.9. Refined hybrid-encryption processing terminology: clarified usage of symmetric session keys and recipient encryption envelopes. Clarified that key_recipient contains an encrypted symmetric session key and may be transmitted openly alongside the container. Improved wording for encrypted container verification and store-and-forward propagation behavior. No semantic changes to the protocol model. No wire-format changes. Fully backward-compatible within the 5.0.x series. HMP-0005 (May 2026) — Core Specification v5.0.7 Extended representations for referenced-by.link...
Read more »