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Nous Research Ships Three Integration Paths for Hermes Agent and Buzz, Block’s Open Source Nostr Workspace for Humans and Agents

Agentic AIModel Context Protocol (MCP)Software Engineering

🔗 https://www.marktechpost.com/2026/07/31/nous-research-ships-three-integration-paths-for-hermes-agent-and-buzz-blocks-open-source-nostr-workspace-for-humans-and-agents/

📌 Nous Research 三種 Buzz 整合路徑釋出 Hermes Agent 支援

TL;DR:Nous Research 釋出 Hermes Agent 支援 Buzz,提供三種自託管整合方式,讓人類與 AI 代理共享 Nostr 頻道。

🎣 當 AI 代理也能擁有自己的 Nostr 身份時,人機協作的頻道不再需要傳統的 bot‑token 模型,這意味著身份、審計與訊息傳遞都能在同一個自託管環境中完成。

🤔 背景與問題
在先前的 AI 整合方案中,代理通常依賴平臺發放的 bot token 來取得身份,這限制了代理的獨立識別與審計能力。Buzz 透過 Nostr 協議將每則訊息作為簽署事件儲存在使用者自行擁有的中繼器上,人類與代理皆以金鑰對 (keypair) 代表身份,從而移除對 bot token 的依賴。

🧩 方法與架構(三種整合路徑)
摘要指出,Hermes Agent 的支援分為三種依執行位置而異的整合路徑:

  1. Buzz Desktop 受控執行階段

    • 在 Buzz Desktop 內開啟 Settings → Runtimes,Hermes 會自動出現。
    • 安裝程式會將 hermes‑acp 啟動器寫入 ~/.local/bin,透過登入 shell PATH 進行探索。
    • Buzz 在本機以預設 harness 形式啟動 Hermes,傳入方為 ACP over stdio。
  2. Relay Bridge(適合託管代理身份)

    • Buzz 的 buzz‑acp harness 將頻道透過 stdio 與 hermes‑acp 連結,再經由 WebSocket 連到中繼器。
    • 此方式僅是傳輸層整合,不需額外安裝第二套軟體。
    • 被啟動的子程序共享與該主機上 Hermes 相同的設定、憑證、記憶體、技能與狀態。
  3. 原生 Gateway 平臺(最深層整合)

    • 隨附的 buzz plugin 讓 Buzz 成為 Hermes 的一般訊息平臺,與 Telegram、Discord 並列。
    • 支援頻道、私訊、提及門檻、執行緒回覆、反應、圖片與定時傳送(cron delivery)。
    • Hermes 保留自己的核準、記憶與會話管理。
    • 設定步驟為 hermes gateway setup。
    • 入站透過持久的 NIP‑42 驗證 Nostr WebSocket 進行,內建依賴免費的 BIP‑340 簽章,失敗時自動回退至 CLI polling。
    • 出站永遠經由 buzz CLI。
    • 傳輸設定接受 auto、websocket 或 poll,poll_interval 預設為 4 秒。
    • 建議的預設值為私有模式:
      • require_mention: true → 代理僅在被頻道提及時回覆,私訊則一直發送。
      • allow_all_users: false → 僅允許列出的 npubs 或十六進位公鑰存取。
      • interim_assistant_messages: false 與 tool_progress: off → 工具日誌不會出現在頻道中。
    • 事件會根據 per‑channel 高水位線按 event id 去重,並過濾掉代理自身的公鑰訊息。

📊 數據與授權資訊

  • Buzz 以 Apache‑2.0 授權發布,目前在 GitHub 上擁有 18.8k 個星標。
  • Hermes Agent 使用 MIT 授權。

💡 深入分析
文章強調,三種路徑分別對應不同使用規模:

  • 個人開發者或小團隊可透過 Buzz Desktop 零設定快速啟用。
  • 中規模平臺團隊則適合採用 Relay Bridge,因其中繼器依賴 Postgres、Redis 與 S3/MinIO。
  • 企業層面則建議先以試點方式評估,因為行動客戶端與工作流審核閘門仍在開發中。

⚠️ 限制與尚未完成的功能

  • 行動客戶端以及工作流批准閘門目前仍在鋪設中,企業在正式採用前應先行試點。
  • 文件未提及效能基準或延遲數據,因此實際部署時仍需自行驗證。

🎯 實務啟示

  • 若是想快速體驗人機共同頻道,個人開發者可直接安裝 Buzz Desktop,啟用 Hermes 後即可在同一個頻道看到人類與代理的訊息。
  • 平臺工程師若需在現有基礎設施上運行代理,可採用 Relay Bridge,利用現有的 Postgres、Redis 與物件儲存作為中繼器後端。
  • 對於希望將 Buzz 完全納入 Hermes 訊息生態的企業,則應先評估原生 Gateway 平臺的適合度,並注意目前仍缺少行動端與審核流程的完整支援。

🔗 來源

#NousResearch #HermesAgent #Buzz #Nostr #OpenSource #AIIntegration #SelfHosted #DeveloperTools #MarkTechPost #AgenticWorkflow

原始資料 MarkTechPost · 收集於 2026-08-01
來源原標題
Nous Research Ships Three Integration Paths for Hermes Agent and Buzz, Block’s Open Source Nostr Workspace for Humans and Agents
作者
Michal Sutter
原始標籤
Agentic AI · Editors Pick · Model Context Protocol (MCP) · New Releases · Software Engineering · Staff
原始連結
https://www.marktechpost.com/2026/07/31/nous-research-ships-three-integration-paths-for-hermes-agent-and-buzz-blocks-open-source-nostr-workspace-for-humans-and-agents/

摘要原文

Nous Research has released Hermes Agent support for Buzz , Block’s open source, self-hostable workspace where humans and AI agents share the same channels. Buzz is built on Nostr. Every message is a signed event on a relay you own, and every participant, human or agent, is a keypair. That removes the bot-token model. Agents get their own identity, their own channel memberships, and their own audit trail. Yes, and both sides are self-hostable today. Buzz is Apache-2.0 with 18.8k stars; Hermes Agent is MIT licensed. Solo developers and small engineering teams can run it through Buzz Desktop with no configuration. Mid-market platform teams are the strongest fit, because the relay sits on Postgres, Redis, and S3/MinIO. Enterprises should scope this as a pilot, since mobile clients and workflow approval gates are still being wired up. Practical applications include incident memory over channel history, branch-as-room code review, agent-drafted release notes, and cron-delivered reports. The integration docs split the work by where Hermes runs. Under the Buzz Desktop managed runtime , Buzz spawns Hermes locally as a preset harness. Open Settings → Runtimes and Hermes appears automatically. Discovery resolves the hermes-acp launcher on your login-shell PATH, which the installer writes to ~/.local/bin . Inbound is ACP over stdio. The relay bridge suits a hosted agent identity. Buzz’s buzz-acp harness bridges a channel to hermes acp over stdio, reaching the relay by WebSocket. This is a transport integration, not a second install. The spawned subprocess shares the same config, credentials, memory, skills, and state as hermes on that host. The native gateway platform is the deepest option. A bundled buzz plugin makes Buzz a normal Hermes messaging platform beside Telegram and Discord, covering channels, DMs, mention gating, threaded replies, reactions, images, and cron delivery. Hermes keeps its own approvals, memory, and session management. Setup is hermes gateway setup . On the gateway path, inbound arrives over a persistent NIP-42-authenticated Nostr WebSocket with dependency-free BIP-340 signing, falling back to CLI polling automatically. Outbound always goes through the buzz CLI. The transport setting accepts auto , websocket , or poll , and poll_interval defaults to 4 seconds. The recommended defaults ship private. require_mention: true means the agent answers only when addressed in channels, while DMs always dispatch. allow_all_users: false restricts access to listed npubs or hex pubkeys. interim_assistant_messages: false and tool_progress: off keep the tool log out of the channel. Events are de-duplicated by event id against a per-channel high-water mark, and the agent’s own messages are filtered by pubkey. Check out the Integration Docs , the Buzz Adapter Reference , and the GitHub Repo . Also, feel free to follow us on Twitter , and don’t forget to join our SubReddit and subscribe to our Newsletter . The post Nous Research Ships Three Integration Paths for Hermes Agent and Buzz, Block’s Open Source Nostr Workspace for Humans and Agents appeared first on MarkTechPost .

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