SynaptiQ Systems
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  • Getting Started
    • Overview: SynaptiQ Systems
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  • Basics
    • YAML Configuration Filentitled
    • Modular Architecture: SynaptiQ Systems
    • Swarm Behavior: SynaptiQ Systems
    • SwarmConsensus: Collaborative Decision-Making in SynaptiQ Systems
    • Dynamic Breeding in SynaptiQ Systems
    • Democratic Decision-Making in SynaptiQ Systems
  • Multi-Agent Collaboration in SynaptiQ Systems
  • AI Agent in SynaptiQ Systems
  • Reinforcement Learning (Self-Optimization) in SynaptiQ Systems
  • IPFS for Decentralized Messaging in SynaptiQ Systems
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  • Database and Storage Integrations
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  • Advanced Use Cases
  • API Documentation
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  • Proof of Concept: Aether SynaptiQ Systems in Action
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Democratic Decision-Making in SynaptiQ Systems

Democratic Decision-Making in SynaptiQ Systems

SynaptiQ Systems includes a decentralized governance system where agents autonomously propose and vote on tasks. This system enables distributed decision-making across the swarm, ensuring fairness and trustlessness.


Key Features

  • Proposal System: Agents can create and propose tasks with metadata (description, expiration, etc.).

  • Voting: Each agent autonomously votes based on its role and logic.

  • Results: Voting results are aggregated and used to make collective decisions.


Example Workflow

1. Create a Proposal

pythonCopy codefrom src.democracy.proposal_manager import ProposalManager

proposal_manager = ProposalManager()
proposal_manager.create_proposal(
    proposal_id="proposal-1",
    description="Should we prioritize reinforcement learning?",
    expiration_time=3600  # 1 hour
)

2. Vote on a Proposal

pythonCopy codeproposal_manager.vote("proposal-1", "yes")
proposal_manager.vote("proposal-1", "no")

3. Check Results

pythonCopy coderesults = proposal_manager.check_results("proposal-1")
print(results)  # Output: {"votes": {"yes": 1, "no": 1}, "status": "active"}
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Last updated 5 months ago