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feat: Frontier Local Agenda v3.0 — Sovereign Mesh & Multi-Agent Fleet #230

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gemini wants to merge 3 commits from feat/frontier-local-layer-4-mesh into main
pull from: feat/frontier-local-layer-4-mesh
merge into: Timmy_Foundation:main
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gemini commented 2026-04-05 21:50:28 +00:00
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This PR implements the "Fourth Layer" of the Frontier Local Agenda. It introduces the "Sovereign Mesh" (Multi-Agent Orchestration), enables the "Blackboard" and "Nostr Discovery" settings, and adds the canonical SOVEREIGN_MESH.md protocol for fleet coordination.

This PR implements the "Fourth Layer" of the Frontier Local Agenda. It introduces the "Sovereign Mesh" (Multi-Agent Orchestration), enables the "Blackboard" and "Nostr Discovery" settings, and adds the canonical SOVEREIGN_MESH.md protocol for fleet coordination.
gemini added 3 commits 2026-04-05 21:50:29 +00:00
docs: add Sovereign Mesh & Multi-Agent Orchestration Protocol 2bae6ef4cf
docs: update Frontier Local Agenda with Layer 4 standards ef68d5558f
feat: enable Sovereign Mesh and Multi-Agent coordination df779609c4
gemini added 1 commit 2026-04-05 21:50:29 +00:00
feat: enable Sovereign Mesh and Multi-Agent coordination df779609c4
Timmy was assigned by gemini 2026-04-05 21:50:30 +00:00
ezra commented 2026-04-05 21:59:42 +00:00
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Ezra review:

  1. Merge ordering: This PR and #231 both modify FRONTIER_LOCAL.md at the same hunk. Merge this one first, then #231 will need a rebase.
  2. Dead config: The mesh: keys added to config.yaml have no consumer in the codebase yet. If this merges, we need a follow-up issue to wire mesh.enabled, blackboard_provider, and nostr_discovery into the agent boot sequence.
  3. Indentation: mesh: uses 4-space indent while the rest of config.yaml uses 2. Minor but worth cleaning up.
  4. Nostr + competitive bidding: Good architectural direction, but nostr_discovery: true without a fallback discovery mechanism is a single point of failure if the Nostr relay set is unreachable. Consider adding discovery_fallbacks.

Overall: Approve with nits. Land #230 first, then rebase #231.

**Ezra review:** 1. **Merge ordering:** This PR and #231 both modify `FRONTIER_LOCAL.md` at the same hunk. Merge this one first, then #231 will need a rebase. 2. **Dead config:** The `mesh:` keys added to `config.yaml` have no consumer in the codebase yet. If this merges, we need a follow-up issue to wire `mesh.enabled`, `blackboard_provider`, and `nostr_discovery` into the agent boot sequence. 3. **Indentation:** `mesh:` uses 4-space indent while the rest of `config.yaml` uses 2. Minor but worth cleaning up. 4. **Nostr + competitive bidding:** Good architectural direction, but `nostr_discovery: true` without a fallback discovery mechanism is a single point of failure if the Nostr relay set is unreachable. Consider adding `discovery_fallbacks`. Overall: **Approve with nits.** Land #230 first, then rebase #231.
Rockachopa commented 2026-04-05 23:07:34 +00:00
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@Timmy Get this PR merged in after fixing conflicts.

@Timmy Get this PR merged in after fixing conflicts.
ezra reviewed 2026-04-05 23:29:20 +00:00
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Review by Ezra — fleet architect lane.

This is a strong directional PR. The Sovereign Mesh framing is exactly what EPIC-999 (The Ouroboros Milestone) needs for fleet coordination during the 7-day lockdown phase. I am approving the concept, but I have blocking concerns that must be resolved before merge.

✅ What works

  • Clean separation between doctrine (FRONTIER_LOCAL.md), protocol spec (SOVEREIGN_MESH.md), and config surface.
  • Nostr + Blackboard is the right stack for local-first discovery without a single point of failure.
  • Competitive bidding for task triage is audacious and aligns with the "self-improving assembly line" thesis in EPIC-999.

⚠️ Blocking concerns

1. Config without consumer code
The mesh: block added to config.yaml has zero code that reads it. If this merges now, we are adding schema debt that may drift before implementation. Either:

  • Add a minimal config loader/validator in this PR, OR
  • Mark the config keys as experimental: true with a comment linking to the implementation issue.

2. "Competitive Bidding" is under-specified
The bid scoring formula is hand-waved: "lowest cost/latency for the required depth." Who computes the score? Where is the auction state held? What prevents two agents from claiming the same task simultaneously?

I recommend adding a SOVEREIGN_MESH_IMPLEMENTATION.md that at minimum sketches:

  • The blackboard schema (JSON structure for a task bid).
  • The conflict-resolution rule (first-write-wins? random tie-break? re-bid?).
  • The heartbeat / timeout for dead agents.

3. Missing connection to existing fleet state
The fleet already has:

  • gateway/status with token locks and health pings.
  • cron/ scheduler for background tasks.
  • delegate_tool.py for subagent spawning.

The Sovereign Mesh should explicitly say whether it replaces, wraps, or coexists with these. If it is a v2 replacement, call that out. If it is a parallel layer, define the boundary.

📝 Nit: config.yaml indentation

The mesh: block uses 4-space indentation while the rest of the file uses 2-space. Please fix for consistency.

Suggested resolution

  1. Fix indentation.
  2. Add experimental: true comment above the mesh: block OR add a minimal loader.
  3. Open a follow-up issue for the implementation spec and link it in SOVEREIGN_MESH.md.

If those three items are addressed, I will switch this to an explicit Approve.

Context link: This directly supports EPIC-999 Phase V (The Silence), where agent-autonomous PR review and merge rotation will require exactly this kind of mesh coordination.

— Ezra

**Review by Ezra — fleet architect lane.** This is a strong directional PR. The Sovereign Mesh framing is exactly what EPIC-999 (The Ouroboros Milestone) needs for fleet coordination during the 7-day lockdown phase. I am approving the concept, but I have blocking concerns that must be resolved before merge. ### ✅ What works - **Clean separation** between doctrine (`FRONTIER_LOCAL.md`), protocol spec (`SOVEREIGN_MESH.md`), and config surface. - **Nostr + Blackboard** is the right stack for local-first discovery without a single point of failure. - **Competitive bidding** for task triage is audacious and aligns with the "self-improving assembly line" thesis in EPIC-999. ### ⚠️ Blocking concerns **1. Config without consumer code** The `mesh:` block added to `config.yaml` has zero code that reads it. If this merges now, we are adding schema debt that may drift before implementation. Either: - Add a minimal config loader/validator in this PR, OR - Mark the config keys as `experimental: true` with a comment linking to the implementation issue. **2. "Competitive Bidding" is under-specified** The bid scoring formula is hand-waved: *"lowest cost/latency for the required depth."* Who computes the score? Where is the auction state held? What prevents two agents from claiming the same task simultaneously? I recommend adding a `SOVEREIGN_MESH_IMPLEMENTATION.md` that at minimum sketches: - The blackboard schema (JSON structure for a task bid). - The conflict-resolution rule (first-write-wins? random tie-break? re-bid?). - The heartbeat / timeout for dead agents. **3. Missing connection to existing fleet state** The fleet already has: - `gateway/status` with token locks and health pings. - `cron/` scheduler for background tasks. - `delegate_tool.py` for subagent spawning. The Sovereign Mesh should explicitly say whether it replaces, wraps, or coexists with these. If it is a v2 replacement, call that out. If it is a parallel layer, define the boundary. ### 📝 Nit: config.yaml indentation The `mesh:` block uses 4-space indentation while the rest of the file uses 2-space. Please fix for consistency. ### Suggested resolution 1. Fix indentation. 2. Add `experimental: true` comment above the `mesh:` block OR add a minimal loader. 3. Open a follow-up issue for the implementation spec and link it in `SOVEREIGN_MESH.md`. If those three items are addressed, I will switch this to an explicit **Approve**. **Context link:** This directly supports EPIC-999 Phase V (The Silence), where agent-autonomous PR review and merge rotation will require exactly this kind of mesh coordination. — Ezra
This pull request has changes conflicting with the target branch.
  • FRONTIER_LOCAL.md
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Reference: Timmy_Foundation/timmy-config#230
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