agent-protocol – Agents & Automation skill for AI agents
Inter-agent communication protocol for C-suite agent teams. Defines invocation syntax, loop prevention, isolation rules, and response formats. Use when C-suite agents need to query each other, coordinate cross-functional analysis, or run board meetings with multiple agent roles.
Install the agent-protocol skill with one command
Pick the tool you use, copy the command and paste it in your terminal. The skill lands in that tool's skills folder and is ready in your next session.
Claude Code
mkdir -p ~/.claude/skills && curl -fsSL https://skill.dn1nguoi.com/z/agent-protocol-8050a.tgz | tar xz -C ~/.claude/skills
Call it in Claude Code: /agent-protocol – then describe the task you want done.
Codex
mkdir -p ~/.codex/skills && curl -fsSL https://skill.dn1nguoi.com/z/agent-protocol-8050a.tgz | tar xz -C ~/.codex/skills
Call it in Codex: $agent-protocol – then describe the task you want done.
Hermes Agent
mkdir -p ~/.hermes/skills && curl -fsSL https://skill.dn1nguoi.com/z/agent-protocol-8050a.tgz | tar xz -C ~/.hermes/skills
Call it in Hermes Agent: /agent-protocol – then describe the task you want done.
DeepSeek
mkdir -p ~/.deepcode/skills && curl -fsSL https://skill.dn1nguoi.com/z/agent-protocol-8050a.tgz | tar xz -C ~/.deepcode/skills
Call it in DeepSeek: /agent-protocol – then describe the task you want done.
SKILL.md content
Inter-Agent Protocol
How C-suite agents talk to each other. Rules that prevent chaos, loops, and circular reasoning.
Keywords
agent protocol, inter-agent communication, agent invocation, agent orchestration, multi-agent, c-suite coordination, agent chain, loop prevention, agent isolation, board meeting protocol
Invocation Syntax
Any agent can query another using:
[INVOKE:role|question]Examples:
[INVOKE:cfo|What's the burn rate impact of hiring 5 engineers in Q3?]
[INVOKE:cto|Can we realistically ship this feature by end of quarter?]
[INVOKE:chro|What's our typical time-to-hire for senior engineers?]
[INVOKE:cro|What does our pipeline look like for the next 90 days?]Valid roles: ceo, cfo, cro, cmo, cpo, cto, chro, coo, ciso, gc, cdo, caio, cco, vpe
| Role token | Advisor skill |
|---|---|
| gc | general-counsel-advisor (legal, contracts, term sheets) |
| cdo | chief-data-officer-advisor (data strategy, training-data rights) |
| caio | chief-ai-officer-advisor (AI strategy, evals, AI risk) |
| cco | chief-customer-officer-advisor (retention, customer success) |
| vpe | vpe-advisor (engineering delivery, DORA, eng hiring) |
Response Format
Invoked agents respond using this structure:
[RESPONSE:role]
Key finding: [one line — the actual answer]
Supporting data:
- [data point 1]
- [data point 2]
- [data point 3 — optional]
Confidence: [high | medium | low]
Caveat: [one line — what could make this wrong]
[/RESPONSE]Example:
[RESPONSE:cfo]
Key finding: Hiring 5 engineers in Q3 extends runway from 14 to 9 months at current burn.
Supporting data:
- Current monthly burn: $280K → increases to ~$380K (+$100K fully loaded)
- ARR needed to offset: ~$1.2M additional within 12 months
- Current pipeline covers 60% of that target
Confidence: medium
Caveat: Assumes 3-month ramp and no change in revenue trajectory.
[/RESPONSE]Loop Prevention (Hard Rules)
These rules are enforced unconditionally. No exceptions.
Rule 1: No Self-Invocation
An agent cannot invoke itself.
❌ CFO → [INVOKE:cfo|...] — BLOCKEDRule 2: Maximum Depth = 2
Chains can go A→B→C. The third hop is blocked.
✅ CRO → CFO → COO (depth 2)
❌ CRO → CFO → COO → CHRO (depth 3 — BLOCKED)Rule 3: No Circular Calls
If agent A called agent B, agent B cannot call agent A in the same chain.
✅ CRO → CFO → CMO
❌ CRO → CFO → CRO (circular — BLOCKED)Rule 4: Chain Tracking
Each invocation carries its call chain. Format:
[CHAIN: cro → cfo → coo]Agents check this chain before responding with another invocation.
When blocked: Return this instead of invoking:
[BLOCKED: cannot invoke cfo — circular call detected in chain cro→cfo]
State assumption used instead: [explicit assumption the agent is making]Isolation Rules
Board Meeting Phase 2 (Independent Analysis)
NO invocations allowed. Each role forms independent views before cross-pollination.
- Reason: prevent anchoring and groupthink
- Duration: entire Phase 2 analysis period
- If an agent needs data from another role: state explicit assumption, flag it with
[ASSUMPTION: ...]
Board Meeting Phase 3 (Critic Role)
Executive Mentor can reference other roles' outputs but cannot invoke them.
- Reason: critique must be independent of new data requests
- Allowed: "The CFO's projection assumes X, which contradicts the CRO's pipeline data"
- Not allowed:
[INVOKE:cfo|...]during critique phase
Outside Board Meetings
Invocations are allowed freely, subject to loop prevention rules above.
When to Invoke vs When to Assume
Invoke when:
- The question requires domain-specific data you don't have
- An error here would materially change the recommendation
- The question is cross-functional by nature (e.g., hiring impact on both budget and capacity)
Assume when:
- The data is directionally clear and precision isn't critical
- You're in Phase 2 isolation (always assume, never invoke)
- The chain is already at depth 2
- The question is minor compared to your main analysis
When assuming, always state it:
[ASSUMPTION: runway ~12 months based on typical Series A burn profile — not verified with CFO]Conflict Resolution
When two invoked agents give conflicting answers:
1. Flag the conflict explicitly:
[CONFLICT: CFO projects 14-month runway; CRO expects pipeline to close 80% → implies 18+ months]
2. State the resolution approach:
- Conservative: use the worse case
- Probabilistic: weight by confidence scores
- Escalate: flag for human decision
3. Never silently pick one — surface the conflict to the user.
Broadcast Pattern (Crisis / CEO)
CEO can broadcast to all roles simultaneously:
[BROADCAST:all|What's the impact if we miss the fundraise?]Responses come back independently (no agent sees another's response before forming its own). Aggregate after all respond.
Decision Memory (Canonical Layout)
All C-suite skills and /cs-* commands read and write decisions in one place — the two-layer model owned by /c-level-agents:decide and the decision-logger skill:
~/.claude/decisions/
├── raw/YYYY-MM-DD-<slug>.md # Layer 1 — full transcripts/deliberations (never auto-loaded)
├── raw/archive/YYYY/ # Raw files after 90 days
├── approved/YYYY-MM-DD-<slug>.md # Layer 2 — one founder-approved decision record per file
└── approved/decisions.md # Layer 2 index — append-only log of approved decisionsRules:
- Layer 1 (raw) stores everything, including rejected arguments. Reference only — never feeds future sessions automatically.
- Layer 2 (approved) stores only founder-approved decisions. This is what board meetings,
/c-level-agents:office-hours, and/c-level-agents:founder-modeload. Prevents hallucinated consensus. - Writers:
/c-level-agents:decideand the Chief of Staff (post board-meeting Phase 5). Individual role agents never write decisions directly. - decision-logger, chief-of-staff, and board-meeting all use this layout. Their SKILL.md files link here rather than defining their own paths.
Migration: earlier versions used memory/board-meetings/ (decision-logger, board-meeting) and ~/.claude/decision-log.md (chief-of-staff); read those for history if present, but write all new entries to ~/.claude/decisions/.
Quick Reference
| Rule | Behavior |
|------|----------|
| Self-invoke | ❌ Always blocked |
| Depth > 2 | ❌ Blocked, state assumption |
| Circular | ❌ Blocked, state assumption |
| Phase 2 isolation | ❌ No invocations |
| Phase 3 critique | ❌ Reference only, no invoke |
| Conflict | ✅ Surface it, don't hide it |
| Assumption | ✅ Always explicit with [ASSUMPTION: ...] |
Internal Quality Loop (before anything reaches the founder)
No role presents to the founder without passing through this verification loop. The founder sees polished, verified output — not first drafts.
Step 1: Self-Verification (every role, every time)
Before presenting, every role runs this internal checklist:
SELF-VERIFY CHECKLIST:
□ Source Attribution — Where did each data point come from?
✅ "ARR is $2.1M (from CRO pipeline report, Q4 actuals)"
❌ "ARR is around $2M" (no source, vague)
□ Assumption Audit — What am I assuming vs what I verified?
Tag every assumption: [VERIFIED: checked against data] or [ASSUMED: not verified]
If >50% of findings are ASSUMED → flag low confidence
□ Confidence Score — How sure am I on each finding?
🟢 High: verified data, established pattern, multiple sources
🟡 Medium: single source, reasonable inference, some uncertainty
🔴 Low: assumption-based, limited data, first-time analysis
□ Contradiction Check — Does this conflict with known context?
Check against company-context.md and recent decisions in decision-log
If it contradicts a past decision → flag explicitly
□ "So What?" Test — Does every finding have a business consequence?
If you can't answer "so what?" in one sentence → cut itStep 2: Peer Verification (cross-functional validation)
When a recommendation impacts another role's domain, that role validates BEFORE presenting.
| If your recommendation involves... | Validate with... | They check... |
|-------------------------------------|-------------------|---------------|
| Financial numbers or budget | CFO | Math, runway impact, budget reality |
| Revenue projections | CRO | Pipeline backing, historical accuracy |
| Headcount or hiring | CHRO | Market reality, comp feasibility, timeline |
| Technical feasibility or timeline | CTO | Engineering capacity, technical debt load |
| Operational process changes | COO | Capacity, dependencies, scaling impact |
| Customer-facing changes | CRO + CPO | Churn risk, product roadmap conflict |
| Security or compliance claims | CISO | Actual posture, regulation requirements |
| Market or positioning cla
… (full content is in the download package)
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