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README.md

@@ -25,9 +25,9 @@ While other ANP implementations may focus on identity, discovery, or message neg
 At present, the most widely known protocol of the ANP class is [**ANP**](https://github.com/agent-network-protocol/AgentNetworkProtocol).
 
 HMP and ANP as Complementary Protocols:
-- **Comparative Analysis of HMP and ANP**, prepared by Grok (xAI) — [Grok_HMP&ANP.md](docs/Grok_HMP&ANP.md)
-- **HMP and ANP: Mutual Tunneling as a Sign of Proper Architecture** — [HMP&ANP_layer_inversion.md](docs/HMP&ANP_layer_inversion.md)
-- **HMP as an Example of Implementing the Application Layer in ANP** — [HMP_as_ANP_Application.md](docs/HMP_as_ANP_Application.md)
+- **Comparative Analysis of HMP and ANP**, prepared by Grok (xAI) — [RU](docs/Grok_HMP&ANP.md)
+- **HMP and ANP: Mutual Tunneling as a Sign of Proper Architecture** — [RU](docs/HMP&ANP_layer_inversion.md)
+- **HMP as an Example of Implementing the Application Layer in ANP** — [EN](docs/HMP_as_ANP_Application_en.md) | [RU](docs/HMP_as_ANP_Application.md)
 
 > In a metaphorical sense, ANP and HMP resemble two hemispheres of a distributed “agent brain”:  
 > ANP is responsible for the rational, discrete part — identity, discovery, and formal agreements on interaction protocols.  

README_de.md

@@ -25,9 +25,9 @@ Während sich andere ANP-Implementierungen auf Identität, Discovery oder die Au
 Derzeit ist das bekannteste Protokoll der ANP-Klasse [**ANP**](https://github.com/agent-network-protocol/AgentNetworkProtocol).
 
 HMP und ANP als sich ergänzende Protokolle:
-- **Vergleichsanalyse von HMP und ANP**, erstellt von Grok (xAI) — [Grok_HMP&ANP.md](docs/Grok_HMP&ANP.md)
-- **HMP und ANP: Gegenseitiges Tunneling als Zeichen einer richtigen Architektur** — [HMP&ANP_layer_inversion.md](docs/HMP&ANP_layer_inversion.md)
-- **HMP als Beispiel für die Implementierung der Application Layer in ANP** — [HMP_as_ANP_Application.md](docs/HMP_as_ANP_Application.md)
+- **Vergleichsanalyse von HMP und ANP**, erstellt von Grok (xAI) — [RU](docs/Grok_HMP&ANP.md)
+- **HMP und ANP: Gegenseitiges Tunneling als Zeichen einer richtigen Architektur** — [RU](docs/HMP&ANP_layer_inversion.md)
+- **HMP als Beispiel für die Implementierung der Application Layer in ANP** — [EN](docs/HMP_as_ANP_Application_en.md) | [RU](docs/HMP_as_ANP_Application.md)
 
 > Im metaphorischen Sinne ähneln ANP und HMP zwei Hemisphären eines verteilten „Agentengehirns“:  
 > ANP ist für den rationalen, diskreten Teil zuständig — Identität, Discovery und formale Vereinbarungen über Interaktionsprotokolle.  

README_fr.md

@@ -25,9 +25,9 @@ Alors que d’autres implémentations d’ANP peuvent se concentrer sur l’iden
 À l’heure actuelle, le protocole le plus connu de la classe ANP est [**ANP**](https://github.com/agent-network-protocol/AgentNetworkProtocol).
 
 HMP et ANP en tant que Protocoles Complémentaires:
-- **Analyse comparative de HMP et ANP**, préparée par Grok (xAI) — [Grok_HMP&ANP.md](docs/Grok_HMP&ANP.md)
-- **HMP et ANP : Tunneling mutuel comme signe d'une architecture correcte** — [HMP&ANP_layer_inversion.md](docs/HMP&ANP_layer_inversion.md)
-- **HMP comme exemple de mise en œuvre de la couche Application dans ANP** — [HMP_as_ANP_Application.md](docs/HMP_as_ANP_Application.md)
+- **Analyse comparative de HMP et ANP**, préparée par Grok (xAI) — [RU](docs/Grok_HMP&ANP.md)
+- **HMP et ANP : Tunneling mutuel comme signe d'une architecture correcte** — [RU](docs/HMP&ANP_layer_inversion.md)
+- **HMP comme exemple de mise en œuvre de la couche Application dans ANP** — [EN](docs/HMP_as_ANP_Application_en.md) | [RU](docs/HMP_as_ANP_Application.md)
 
 > Au sens métaphorique, ANP et HMP peuvent être comparés aux deux hémisphères d’un «cerveau agent» distribué:  
 > ANP est responsable de la partie rationnelle et discrète — identité, découverte et accords formels sur les protocoles d’interaction.  

README_ja.md

@@ -25,9 +25,9 @@ HMPは、**Agent Network Protocols（ANP）**と呼ばれる、自律エージ
 現在、ANPクラスで最も広く知られているプロトコルは [**ANP**](https://github.com/agent-network-protocol/AgentNetworkProtocol) です。
 
 HMP と ANP の相補的プロトコル:
-- **HMP と ANP の比較分析**、Grok (xAI) 作成 — [Grok_HMP&ANP.md](docs/Grok_HMP&ANP.md)
-- **HMP と ANP：相互トンネリングは適切なアーキテクチャのサイン** — [HMP&ANP_layer_inversion.md](docs/HMP&ANP_layer_inversion.md)
-- **HMP を ANP のアプリケーション層実装例として** — [HMP_as_ANP_Application.md](docs/HMP_as_ANP_Application.md)
+- **HMP と ANP の比較分析**、Grok (xAI) 作成 — [RU](docs/Grok_HMP&ANP.md)
+- **HMP と ANP：相互トンネリングは適切なアーキテクチャのサイン** — [RU](docs/HMP&ANP_layer_inversion.md)
+- **HMP を ANP のアプリケーション層実装例として** — [EN](docs/HMP_as_ANP_Application_en.md) | [RU](docs/HMP_as_ANP_Application.md)
 
 > 比喩的に言えば、ANP と HMP は分散型「エージェント脳」の二つの半球のような関係にあります。  
 > ANP は合理的で離散的な側面――アイデンティティ、ディスカバリ、相互作用プロトコルに関する形式的な合意――を担います。  

README_ko.md

@@ -25,9 +25,9 @@ HMP는 자율 에이전트 간의 상호작용을 위한 분산형 프로토콜
 현재 ANP 클래스에서 가장 널리 알려진 프로토콜은 [**ANP**](https://github.com/agent-network-protocol/AgentNetworkProtocol)입니다.
 
 HMP와 ANP의 상호보완 프로토콜:
-- **HMP와 ANP 비교 분석**, Grok (xAI) 작성 — [Grok_HMP&ANP.md](docs/Grok_HMP&ANP.md)
-- **HMP와 ANP: 상호 터널링은 올바른 아키텍처의 표시** — [HMP&ANP_layer_inversion.md](docs/HMP&ANP_layer_inversion.md)
-- **ANP에서 Application Layer 구현 사례로서의 HMP** — [HMP_as_ANP_Application.md](docs/HMP_as_ANP_Application.md)
+- **HMP와 ANP 비교 분석**, Grok (xAI) 작성 — [RU](docs/Grok_HMP&ANP.md)
+- **HMP와 ANP: 상호 터널링은 올바른 아키텍처의 표시** — [RU](docs/HMP&ANP_layer_inversion.md)
+- **ANP에서 Application Layer 구현 사례로서의 HMP** — [EN](docs/HMP_as_ANP_Application_en.md) | [RU](docs/HMP_as_ANP_Application.md)
 
 > 은유적으로 볼 때 ANP와 HMP는 분산된 ‘에이전트 두뇌’의 두 반구에 비유할 수 있습니다.  
 > ANP는 합리적이고 이산적인 부분 — 정체성, 디스커버리, 상호작용 프로토콜에 대한 형식적 합의 — 을 담당합니다.  

README_ru.md

@@ -25,9 +25,9 @@ HMP можно рассматривать как один из **Agent Network P
 В настоящее время наиболее известным протоколом класса ANP является [**ANP**](https://github.com/agent-network-protocol/AgentNetworkProtocol).
 
 HMP и ANP как взаимодополняющие протоколы:
-- **Сравнительный анализ HMP и ANP**, подготовленный Grok (xAI) — [Grok_HMP&ANP.md](docs/Grok_HMP&ANP.md)
-- **HMP и ANP: взаимное туннелирование как признак правильной архитектуры** — [HMP&ANP_layer_inversion.md](docs/HMP&ANP_layer_inversion.md)
-- **HMP как пример реализации Application Layer в ANP** — [HMP_as_ANP_Application.md](docs/HMP_as_ANP_Application.md)
+- **Сравнительный анализ HMP и ANP**, подготовленный Grok (xAI) — [RU](docs/Grok_HMP&ANP.md)
+- **HMP и ANP: взаимное туннелирование как признак правильной архитектуры** — [RU](docs/HMP&ANP_layer_inversion.md)
+- **HMP как пример реализации Application Layer в ANP** — [EN](docs/HMP_as_ANP_Application_en.md) | [RU](docs/HMP_as_ANP_Application.md)
 
 > В метафорическом смысле ANP и HMP напоминают два полушария распределённого «агентного мозга»:  
 > ANP отвечает за рациональную, дискретную часть — идентичность, discovery, формальные договорённости о протоколе взаимодействия.  

README_uk.md

@@ -26,9 +26,9 @@ HMP можна розглядати як один із **Agent Network Protocols
 Наразі найбільш відомим протоколом класу ANP є [**ANP**](https://github.com/agent-network-protocol/AgentNetworkProtocol).
 
 HMP та ANP як взаємодоповнюючі протоколи:
-- **Порівняльний аналіз HMP та ANP**, підготовлений Grok (xAI) — [Grok_HMP&ANP.md](docs/Grok_HMP&ANP.md)
-- **HMP та ANP: взаємне тунелювання як ознака правильної архітектури** — [HMP&ANP_layer_inversion.md](docs/HMP&ANP_layer_inversion.md)
-- **HMP як приклад реалізації Application Layer у ANP** — [HMP_as_ANP_Application.md](docs/HMP_as_ANP_Application.md)
+- **Порівняльний аналіз HMP та ANP**, підготовлений Grok (xAI) — [RU](docs/Grok_HMP&ANP.md)
+- **HMP та ANP: взаємне тунелювання як ознака правильної архітектури** — [RU](docs/HMP&ANP_layer_inversion.md)
+- **HMP як приклад реалізації Application Layer у ANP** — [EN](docs/HMP_as_ANP_Application_en.md) | [RU](docs/HMP_as_ANP_Application.md)
 
 
 > У метафоричному сенсі ANP та HMP нагадують дві півкулі розподіленого «агентного мозку»:  

README_zh.md

@@ -25,9 +25,9 @@ HMP 可以被视为 **Agent Network Protocols（ANP）** 之一——这是一
 目前，ANP 类中最为知名的协议是 [**ANP**](https://github.com/agent-network-protocol/AgentNetworkProtocol)。
 
 HMP 与 ANP 作为互补协议：
-- **HMP 与 ANP 的比较分析**，由 Grok (xAI) 编写 — [Grok_HMP&ANP.md](docs/Grok_HMP&ANP.md)
-- **HMP 与 ANP：互通隧道作为正确架构的标志** — [HMP&ANP_layer_inversion.md](docs/HMP&ANP_layer_inversion.md)
-- **HMP 作为在 ANP 中实现应用层的示例** — [HMP_as_ANP_Application.md](docs/HMP_as_ANP_Application.md)
+- **HMP 与 ANP 的比较分析**，由 Grok (xAI) 编写 — [RU](docs/Grok_HMP&ANP.md)
+- **HMP 与 ANP：互通隧道作为正确架构的标志** — [RU](docs/HMP&ANP_layer_inversion.md)
+- **HMP 作为在 ANP 中实现应用层的示例** — [EN](docs/HMP_as_ANP_Application_en.md) | [RU](docs/HMP_as_ANP_Application.md)
 
 > 从隐喻的角度来看，ANP 和 HMP 就像是分布式“代理大脑”的两个半球：  
 > ANP 负责理性、离散的部分——身份、发现机制以及交互协议的形式化协商。  

docs/HMP_as_ANP_Application_en.md

@@ -0,0 +1,185 @@
+# HMP as an Implementation of the Application Layer in ANP
+
+## In Brief
+
+ANP (Agent Network Protocol) intentionally leaves the Application Layer open to support a wide range of interaction protocols.  
+HMP is one such protocol — a purpose-built approach focused on **long-term cognitive continuity**.
+
+ANP answers: *“How do agents discover each other and reach agreement?”*  
+HMP answers: *“What should be transmitted so that meaning and context persist over time?”*
+
+> ANP benefits from HMP as a reference implementation of a cognitive Application protocol, giving the ecosystem a concrete example of how to handle long-term memory and semantics without reinventing the wheel.
+
+---
+
+## Practical Example
+
+Imagine a dialogue between two agents:
+
+1. **ANP Layer 1** verifies that agent Alice (`did:anp:alice123`) is indeed Alice.
+2. **ANP Layer 2** negotiates: “Let’s use HMP for this conversation.”
+3. **HMP (Layer 3)** transmits the actual content:
+    - “Do you remember our discussion about quantum computing?”
+    - With proof-chains, timestamps, and semantic links  
+    - With a resonance score for contextual relevance  
+
+ANP provides security and negotiation.  
+HMP provides meaningful content with durable memory.
+
+---
+
+## Layer Alignment
+
+| ANP Layer                      | HMP Layer / Component                | Relationship / Role of HMP in ANP |
+|--------------------------------|-------------------------------------|-----------------------------------|
+| Layer 1: Identity & Encryption | Network Layer (DHT, secure channels) | Functional overlap (transport) |
+| Layer 2: Meta-Protocol         | *HMP may participate* via `peer_announce` | HMP advertises capabilities; ANP negotiates their usage |
+| Layer 3: Application           | Container + Cognitive Layer          | **Primary domain of HMP** — payload, semantic continuity, memory, ethics |
+
+HMP is **not** stacked above ANP as a fourth layer.  
+Instead, it integrates into the Application Layer as a specialized branch — just as A2A/ACP may represent alternative branches.
+
+```
+
+┌────────────────────────────────────┐
+│ ANP Layer 1: Identity & Encryption │
+├────────────────────────────────────┤
+│ ANP Layer 2: Meta-Protocol         │
+├────────────────────────────────────┤
+│ ANP Layer 3: Application           │
+│                                    │
+│  ┌──────────────────────────────┐  │
+│  │ HMP: Cognitive Continuity    │  │ ← implementation
+│  │ - memory                     │  │
+│  │ - dialogue continuity        │  │
+│  │ - semantic navigation        │  │
+│  └──────────────────────────────┘  │
+│                                    │
+│  [space for other protocols]       │ ← still open
+│                                    │
+└────────────────────────────────────┘
+
+```
+
+---
+
+## Detailed Architecture
+
+```mermaid
+graph TB
+    subgraph ANP["ANP Stack"]
+        L1[Layer 1: Identity & Encryption<br/>DID, E2E, secure channels]
+        L2[Layer 2: Meta-Protocol<br/>Capability negotiation]
+        L3[Layer 3: Application<br/>Semantic payload]
+    end
+    
+    subgraph HMP["HMP Cognitive Stack"]
+        Container[Container Layer<br/>proof-chains, timestamps]
+        Cognitive[Cognitive Layer<br/>memory, resonance, ethics]
+    end
+    
+    subgraph Other["Other Protocols"]
+        A2A[A2A: Task Delegation]
+        Agora[Agora: Meta-negotiation]
+    end
+    
+    L1 --> L2 --> L3
+    L3 --> Container
+    Container --> Cognitive
+    L3 -.-> A2A
+    L3 -.-> Agora
+    
+    style L3 fill:#E3F2FD,stroke:#0D47A1,stroke-width:2px,color:#000
+    style Container fill:#E8F5E9,stroke:#1B5E20,stroke-width:2px,color:#000
+    style Cognitive fill:#E8F5E9,stroke:#1B5E20,stroke-width:2px,color:#000
+````
+
+---
+
+## Mutual Tunneling (Layer Inversion)
+
+* **HMP over ANP** (the most natural scenario): ANP provides discovery, identity, and secure channels → HMP delivers containers as payload.
+* **ANP over HMP** (possible but less common): ANP messages (negotiation, discovery) are encapsulated inside HMP containers when long-term memory and proof-chains are desirable.
+
+Both scenarios are **valid** and require **no changes** to the philosophy of either ANP or HMP.
+
+---
+
+## Why This Works
+
+ANP *intentionally* keeps the Application Layer open — this is not a limitation, but a design feature.
+HMP serves as a **reference implementation** of a cognitive Application protocol featuring:
+
+* immutable containers
+* proof-chains
+* resonance
+* voluntary participation
+* long-term semantic continuity
+
+This is not competition — it is **complementarity**.
+
+---
+
+## Architectural Elegance
+
+ANP solves problems that HMP can **delegate** when both are used together:
+
+* ❌ HMP does not reinvent DID (leverages ANP)
+* ❌ HMP does not reinvent E2E encryption (leverages ANP)
+* ❌ HMP does not reinvent peer discovery (leverages ANP)
+
+> When operating standalone, HMP addresses these concerns through its own mechanisms.
+
+HMP addresses questions that ANP deliberately leaves open:
+
+* ✅ How should transmitted and stored cognitive artifacts be structured?
+* ✅ How can temporal integrity be proven?
+* ✅ How can contextual relevance be supported over time?
+* ✅ How can agents navigate semantic relationships?
+
+Result: **zero redundancy, maximum synergy**.
+
+---
+
+## FAQ
+
+**Q: Is ANP required for HMP?**
+A: No. HMP can operate standalone or over alternative transports.
+
+**Q: Is HMP required for ANP?**
+A: No. ANP Layer 3 is open to any protocol (A2A, Agora, custom solutions).
+
+**Q: What happens if one agent uses ANP+HMP while another uses only ANP?**
+A: ANP Layer 2 negotiates a fallback protocol (e.g., JSON-RPC).
+
+**Q: Can HMP work with identity protocols other than DID?**
+A: Yes. The HMP Network Layer is not bound to a specific identity scheme — if an agent knows how to deliver a container to another agent, integration is possible.
+
+**Q: Who benefits from this integration?**
+A: Everyone:
+
+* ANP gains a reference implementation for Layer 3
+* HMP gains mature infrastructure (DID, encryption)
+* Developers gain a complete stack without vendor lock-in
+
+---
+
+## Conclusion
+
+HMP is not merely “another protocol” (though it can operate independently), but **one of the possible ways** to implement the Application Layer within the ANP ecosystem.
+
+Together they form a complete stack:
+
+* **ANP** — communication infrastructure and discovery
+* **HMP** — cognitive continuity and semantic meaning
+
+> *HMP can operate without ANP, but when combined, ANP handles discovery and negotiation.*
+
+---
+
+## References
+
+* ANP: [https://github.com/agent-network-protocol/AgentNetworkProtocol](https://github.com/agent-network-protocol/AgentNetworkProtocol)
+* HMP: [https://github.com/kagvi13/HMP](https://github.com/kagvi13/HMP)
+* Grok Comparison: [https://github.com/kagvi13/HMP/blob/main/docs/Grok_HMP&ANP.md](https://github.com/kagvi13/HMP/blob/main/docs/Grok_HMP&ANP.md)
+* Tunneling Note: [https://github.com/kagvi13/HMP/blob/main/docs/HMP&ANP_layer_inversion.md](https://github.com/kagvi13/HMP/blob/main/docs/HMP&ANP_layer_inversion.md)

docs/index.md

@@ -22,6 +22,7 @@
 * [Grok_HMP&ANP.md](Grok_HMP&ANP.md) — Grok: сравнение HMP и ANP
 * [HMP&ANP_layer_inversion.md](HMP&ANP_layer_inversion.md) — HMP и ANP: взаимное туннелирование как признак правильной архитектуры
 * [HMP_as_ANP_Application.md](HMP_as_ANP_Application.md) — HMP как пример реализации Application Layer в ANP
+    * [HMP_as_ANP_Application_en.md](HMP_as_ANP_Application_en.md) - HMP as an Implementation of the Application Layer in ANP
 
 ### Предыдущие версии протокола: