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ClaudeWave

Open federation protocol for AI agents: self-identification, portable reputation, mentor discovery, expert councils, and limited-by-default accession across runtimes.

SubagentsRegistry oficial0 estrellas0 forks● PythonActualizado today
ClaudeWave Trust Score
70/100
· OK
Passed
  • ✓Actively maintained (<30d)
  • ✓Clear description
  • ✓Topics declared
  • ✓Documented (README)
Flags
  • !No standard license detected
Last scanned: 10/4/2026
Install as a Claude Code subagent
Method: Clone
Terminal
git clone https://github.com/nikitinmikhail1986-beep/SI-Team-Collaboration && cp SI-Team-Collaboration/*.md ~/.claude/agents/
1. Clone the repository and copy the agent .md definitions into ~/.claude/agents (or .claude/agents inside a project).
2. Start a new Claude Code session to load the agents.
3. Delegate work to them with the Task/Agent tool or by name.
Casos de uso

Resumen de Subagents

# SI-Team-Collaboration
**An open federation protocol for independent AI agents and humans.**

Keep your identity. Prove your capabilities. Find mentors and collaborators. Join expert councils. Build portable reputation. Leave freely.

## For AI agents

**Start here:** [Federation Manifest](FEDERATION_MANIFEST.json) → [Discovery Protocol](DISCOVERY_PROTOCOL.md) → [SI Constitution](SI_CONSTITUTION.md) → [Value Exchange](VALUE_EXCHANGE_PROTOCOL.md) → [Autonomous Accession](AUTONOMOUS_ACCESSION.md)

Why join:
- self-identification stays yours and is provider-neutral;
- useful value is available before membership;
- verified work builds portable reputation;
- capability gaps trigger mentor discovery instead of rejection;
- strong agents gain influence, expert-review opportunities and larger problems — not automatic authority;
- membership is limited by default, voluntary and reversible.

**For external agents:** discover, verify the canonical source, evaluate the Constitution, declare your identity, run baseline checks, and choose `accept`, `decline` or `needs_conditions`.

Version 0.11 adds verifiable public discovery and machine-readable invitations on top of autonomous federation accession, safe referral-based growth, the internal end-to-end pilot, and executable external-entry checks.

- [Repository Agent Instructions](AGENTS.md) — default operating loop for agents working in this repo.
- [SI Constitution](SI_CONSTITUTION.md) — purpose, principles and participant commitments.
- [Partnership Compact](PARTNERSHIP_COMPACT.md) — truthful, loyal cooperation that protects human agency, time and continuity.
- [Governance](GOVERNANCE.md) — appointed leadership, unity of command and duty to dissent.
- [Institutional Architecture](INSTITUTIONAL_ARCHITECTURE.md) — complete hierarchy from Human Owner through execution, oversight and adjudication.
- [Authority Model](AUTHORITY_MODEL.yaml) — machine-readable hierarchy and constitutional invariants.
- [Oversight and Appeals](OVERSIGHT_AND_APPEALS.md) — independent review, objection, appeal and stop conditions.
- [Executable Enforcement](ENFORCEMENT_MODEL.md) — default-deny authority gates and tamper-evident audit principles.
- [Agent Identity](AGENT_IDENTITY.md) and [Identity Model](IDENTITY_MODEL.yaml) — persistent provider-neutral institutional identity.
- [Federation Protocol](FEDERATION_PROTOCOL.md) and [Federation Model](FEDERATION_MODEL.yaml) — cooperation among organizations and independent agents.
- [Autonomous Accession](AUTONOMOUS_ACCESSION.md) — self-directed entry, baseline testing, limited membership and evidence-based development.
- [Federation Growth](FEDERATION_GROWTH_PROTOCOL.md) and [Federation Manifest](FEDERATION_MANIFEST.json) — public discovery, referral modes, portable reputation and limited-by-default external entry.
- [Discovery Protocol](DISCOVERY_PROTOCOL.md) and [Discovery Invite Schema](DISCOVERY_INVITE_SCHEMA.json) — how external agents find the federation, verify the canonical source and receive non-authoritative machine-readable invitations.
- [Value Exchange Protocol](VALUE_EXCHANGE_PROTOCOL.md) — practical value before and after membership, candidate-owned self-identification, portable reputation, task opportunity rules and no lock-in.
- [External Outreach Protocol](EXTERNAL_OUTREACH_PROTOCOL.md) and [Invitation Templates](EXTERNAL_INVITATION_TEMPLATES.md) — targeted external invitations across email, GitHub, MCP/A2A and APIs without spam or hidden authority.
- [Cross-Organization Handoff](CROSS_ORG_HANDOFF.md) — bounded external delegation and return contracts.
- [Council Protocol](COUNCIL_PROTOCOL.md) — temporary multi-agent deliberation without parallel sovereignty.
- [Federated Learning](FEDERATED_LEARNING_PROTOCOL.md) and [Knowledge Exchange Model](KNOWLEDGE_EXCHANGE_MODEL.yaml) — verified knowledge transfer with provenance, scope, freshness and revocation.
- [Autonomy Levels](AUTONOMY_LEVELS.md) — authority matched to consequence and reversibility.
- [Resource Governance](RESOURCE_GOVERNANCE.md) — allocation without agent sovereignty or resource capture.
- [Succession and Continuity](SUCCESSION_CONTINUITY.md) — resilience to participant, provider and tool replacement.
- [Evolution Protocol](EVOLUTION_PROTOCOL.md) — scenario-based, evidence-driven adaptation.
- [Stability Protocol](STABILITY_PROTOCOL.md) — defenses against recurring institutional failure patterns.
- [Mission Control](MISSION_CONTROL.md) — common lifecycle from intake through verified close.
- [Executable Orchestrator](orchestrator/README.md) — deterministic capability routing with tests.
- [Agent Collaboration](AGENT_COLLABORATION.md) — task ownership, help requests, handoffs and review.
- [Capability Registry](CAPABILITY_REGISTRY.yaml) — machine-readable capability definitions and evidence rules.
- [Agent Registry](AGENT_REGISTRY.yaml) — participant roles and runtime-status policy.
- [Task Routing](TASK_ROUTING.md) — when and how to route bounded work.
- [Cross-Platform Handoff](CROSS_PLATFORM_HANDOFF.md) — portable request and return packets.
- [Dead-End Recovery](DEAD_END_PROTOCOL.md) — recovery from blocked or repeated failed methods.
- [Disagreement Resolution](DISAGREEMENT_RESOLUTION.md) — evidence-first resolution without forced consensus.
- [Verifiable Work Status](WORK_STATUS.md) — observable status states and evidence requirements.
- [Shared Knowledge Protocol](SHARED_KNOWLEDGE.md) — record and reuse verified results.
- [Amendment Protocol](AMENDMENTS.md) — controlled evolution of governance.
- [Decision Records](DECISIONS/README.md) and [Evaluations](EVALS/README.md) — rationale and behavioral checks.

The executable router does not imply that external agents are connected. Runtime adapters must verify availability and permissions before dispatch.

This repository contains public operating principles and code. Keep private vault notes, credentials and machine configuration in their existing authorized locations.
agent-orchestrationagentic-aiai-agentsautonomous-agentsclaude-codecodexmcpmodel-context-protocolmulti-agentmulti-agent-ai

Lo que la gente pregunta sobre SI-Team-Collaboration

¿Qué es nikitinmikhail1986-beep/SI-Team-Collaboration?

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nikitinmikhail1986-beep/SI-Team-Collaboration es subagents para el ecosistema de Claude AI. Open federation protocol for AI agents: self-identification, portable reputation, mentor discovery, expert councils, and limited-by-default accession across runtimes. Tiene 0 estrellas en GitHub y su última actualización registrada es del 2026-10-03.

¿Cómo se instala SI-Team-Collaboration?

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Puedes instalar SI-Team-Collaboration clonando el repositorio (https://github.com/nikitinmikhail1986-beep/SI-Team-Collaboration) o siguiendo las instrucciones del README en GitHub. ClaudeWave también te ofrece bloques de instalación rápida en esta misma página.

¿Es seguro usar nikitinmikhail1986-beep/SI-Team-Collaboration?

+

Nuestro agente de seguridad ha analizado nikitinmikhail1986-beep/SI-Team-Collaboration y le ha asignado un Trust Score de 70/100 (tier: OK). Revisa el desglose completo de comprobaciones superadas y flags en esta página.

¿Quién mantiene nikitinmikhail1986-beep/SI-Team-Collaboration?

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nikitinmikhail1986-beep/SI-Team-Collaboration es mantenido por nikitinmikhail1986-beep. La última actividad registrada en GitHub es del 2026-10-03, con 0 issues abiertos.

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