| name | society-integration |
| description | Integration of agent systems with blockchain protocols, contracts, event stores, reputation networks, and collective verification engines. |
| type | skill |
| version | 1.0.0 |
| category | parallel |
| agents | ["blockchain-guru-specialist","master-system-orchestrator"] |
| knowledge | ["society-integration-patterns.json"] |
| scripts | ["cli/society_dashboard.py","lib/society/blockchain/anchor.py","lib/society/blockchain/attestation.py","lib/society/blockchain/solana_client.py","lib/society/contracts/registry.py","lib/society/contracts/schema.py","lib/society/contracts/verifier.py","lib/society/events/chain.py","lib/society/events/schema.py","lib/society/events/store.py","lib/society/hybrid/escalation.py","lib/society/hybrid/system.py","lib/society/integration/agent_bridge.py","lib/society/integration/context.py","lib/society/integration/message_router.py","lib/society/pabp/adapters.py","lib/society/pabp/bundle.py","lib/society/pabp/client.py","lib/society/pabp/manifest.py","lib/society/pabp/renderers.py","lib/society/pabp/transfer.py","lib/society/presets.py","lib/society/simple.py","lib/society/society/patterns.py","lib/society/society/protocols.py","lib/society/trust/delegation.py","lib/society/trust/identity.py","lib/society/trust/reputation.py","lib/society/verification/monitor.py","lib/society/verification/verifiers/a0_sdg.py","lib/society/verification/verifiers/a1_love.py","lib/society/verification/verifiers/a2_truth.py","lib/society/verification/verifiers/a3_beauty.py","lib/society/verification/verifiers/a4_guardian.py","lib/society/verification/verifiers/a5_memory.py","lib/society/verification/verifiers/base.py"] |
| tools | [] |
| related_skills | [] |
| references | [] |
| settings | {"auto_approve":false,"timeout_seconds":300} |
Collective Society Integration
This skill outlines the capabilities required to bridge localized agent systems with distributed blockchain ledgers, multi-agent trust environments, reputation layers, and axiomatic verification modules (sdg, love, truth, beauty, guardian, memory).
When to Use
Use this skill when developing or testing decentralized governance bridges, smart contracts, reputation networks, attestation services, or distributed agent ledgers.
Prerequisites
- Web3 environment / local node connection (e.g. Solana or EVM).
- Conda environment initialized.
Process
Follow these procedures to interact with the collective society services.
Launching the Dashboard
Use the CLI to monitor society consensus and reputation levels:
conda run -p D:\Anaconda\envs\cursor-factory python cli/society_dashboard.py
Verifying Axioms
Execute verifiers against incoming attestations to confirm mathematical alignment:
conda run -p D:\Anaconda\envs\cursor-factory python lib/society/verification/monitor.py
Best Practices
- Strict Verification: Every contract action must be validated by the corresponding verifier.
- Axiomatic Alignment: Ensure compliance with core axioms (A0-A5).
