# FAQ

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**Q: What is the SynaptiQ Systems Framework?**\
**A:** SynaptiQ Systems is an open-source framework for building decentralized AI systems. It combines swarm intelligence, blockchain, IPFS, and reinforcement learning to enable collaborative, autonomous agents capable of solving complex tasks.

**Q: Who can use SynaptiQ Systems, and what are the main use cases?**\
**A:** SynaptiQ Systems is for developers, researchers, and innovators in decentralized systems, AI-powered applications, and Web3 technologies. Use cases include task automation, swarm robotics, decentralized governance, and AI-powered collaboration.

**Q: Is SynaptiQ Systems open source?**\
**A:** Yes, SynaptiQ Systems is fully open source under the MIT license, with some parts under additional licensing for specific modules.

**Q: Under what license is SynaptiQ Systems available?**\
**A:** The MIT license applies to the published code. Certain proprietary modules may require a different license for advanced usage.

**Q: What makes SynaptiQ Systems different from other frameworks?**\
**A:** SynaptiQ Systems combines decentralized AI, blockchain integration, and swarm intelligence in a modular, open-source architecture that is highly scalable and customizable.

**Q: Is SynaptiQ Systems ready for production use?**\
**A:** While functional, SynaptiQ Systems is a foundational model and may require additional testing and customization for production environments.

**Q: Can SynaptiQ Systems run on low-end hardware?**\
**A:** Yes, small-scale swarms and lightweight tasks can run on standard machines. For larger swarms, consider distributed or cloud environments.

**Q: Does SynaptiQ Systems require blockchain integration for all use cases?**\
**A:** No, SynaptiQ Systems modules like swarm behavior, task scheduling, and multi-modal capabilities can be used independently without blockchain.

**Q: How scalable is the SynaptiQ Systems Framework?**\
**A:** SynaptiQ Systems is designed for scalability, supporting both small and large swarms with high-concurrency operations using Redis and Lua scripts.

**Q: What programming languages are used in SynaptiQ Systems?**\
**A:** The core framework is in Python, with support for Rust-based modules and compatibility with other languages via APIs.

**Q: How does SynaptiQ Systems ensure decentralized decision-making?**\
**A:** SynaptiQ Systems uses swarm consensus and blockchain voting mechanisms to enable trustless, decentralized decision-making.

**Q: Is SynaptiQ Systems suitable for enterprise-level applications?**\
**A:** Yes, but enterprises may need to enhance the framework with additional features, security measures, and scalability optimizations.

**Q: Can I contribute to SynaptiQ Systems? How?**\
**A:** Yes! Refer to the Contributing Guide in the documentation for details on submitting pull requests, reporting issues, and suggesting features.

**Q: Are there tutorials or guides available for SynaptiQ Systems?**\
**A:** Yes, the GitBook includes comprehensive guides, examples, and API documentation to help developers get started.

**Q: What industries can benefit from using SynaptiQ Systems?**\
**A:** Industries like robotics, supply chain, decentralized finance, IoT, and disaster response can leverage SynaptiQ Systems’ decentralized and AI-driven capabilities.

***

**Installation and Setup**

**Q: How do I install SynaptiQ Systems Framework?**\
**A:** Clone the repository from GitHub, install dependencies using `pip install -r requirements.txt`, and follow the setup instructions in the documentation.

**Q: What are the prerequisites for installing SynaptiQ Systems?**\
**A:** Python 3.9+, Redis for task queues, and optional blockchain tools like Solana CLI or Ethereum RPC URLs.

**Q: Does SynaptiQ Systems work with Python 3.10 and above?**\
**A:** Yes, SynaptiQ Systems is compatible with Python 3.10. Check the documentation for any specific dependency issues.

**Q: How do I configure environment variables for SynaptiQ Systems?**\
**A:** Set environment variables in your shell or .env file for sensitive information like blockchain keys and wallet paths.

**Q: What are the common installation issues, and how do I fix them?**\
**A:** Issues like missing dependencies or incompatible Python versions can be resolved by ensuring all prerequisites are installed and using a virtual environment.

**Q: How do I run SynaptiQ Systems on Windows, macOS, or Linux?**\
**A:** Follow the platform-specific setup instructions in the documentation. Linux and macOS offer better compatibility for blockchain tools like Solana CLI.

**Q: Can I install SynaptiQ Systems on cloud platforms like AWS?**\
**A:** Yes, SynaptiQ Systems supports cloud deployment. Install the framework on an EC2 instance or containerize it using Docker for easy deployment.

**Q: Does SynaptiQ Systems support Docker for containerized deployments?**\
**A:** Yes, SynaptiQ Systems includes Docker support. Check the repository for a Dockerfile or instructions for creating one.

**Q: How do I update the SynaptiQ Systems Framework to the latest version?**\
**A:** Pull the latest changes from the GitHub repository and re-install dependencies with `pip install --upgrade -r requirements.txt`.

**Q: Is there a lightweight version of SynaptiQ Systems for experimentation?**\
**A:** Yes, you can disable certain modules like blockchain or IPFS to create a lightweight version for quick prototyping.

***

**Swarm Behavior and Consensus**

**Q: What is swarm consensus, and how does it work?**\
**A:** Swarm consensus is a decentralized mechanism that enables agents to propose tasks, vote, and collectively make decisions. It uses Redis for small swarms and Lua scripts for high-performance, large-scale operations.

**Q: How do agents propose tasks in SynaptiQ Systems?**\
**A:** Agents propose tasks using the `propose_task` method in the `SwarmConsensus` module, which stores proposals in Redis or executes atomic operations using Lua.

**Q: How do agents vote on proposed tasks?**\
**A:** Agents vote using the `vote` method, which updates the proposal's status in Redis. For large swarms, transactions or Lua scripts ensure atomic updates.

**Q: What happens when consensus isn't reached?**\
**A:** If the number of votes doesn't meet the consensus threshold, the task remains unexecuted. Agents may retry, or the swarm may reallocate resources.

**Q: How do I configure the consensus threshold?**\
**A:** The threshold can be configured in the `config.yaml` file or dynamically in code using the `set_consensus_threshold` method.

**Q: What are Lua scripts, and how are they used in swarm operations?**\
**A:** Lua scripts enable atomic operations in Redis, reducing race conditions during high-concurrency tasks like voting or consensus retrieval.

**Q: Can SynaptiQ Systems handle swarms with thousands of agents?**\
**A:** Yes, using Redis clusters and optimized Lua scripts, SynaptiQ Systems can scale to thousands of agents while maintaining performance.

**Q: How do I visualize swarm behavior in real time?**\
**A:** Use visualization tools like Plotly or Matplotlib to display agent interactions, task allocations, and voting processes.

**Q: Can agents fail and recover in a swarm setup?**\
**A:** Yes, agents have built-in fault tolerance. Failed agents can be reactivated or replaced, and tasks are dynamically reassigned.

**Q: What are the differences between small and large swarm setups?**\
**A:** Small swarms use basic Redis operations, while large swarms leverage Lua scripts and distributed Redis clusters for scalability.

**Q: Can agents collaborate across multiple swarms?**\
**A:** Yes, using the collaboration framework, agents can communicate and delegate tasks across swarms.

**Q: How do I debug swarm operations?**\
**A:** Use the debug logs generated by the `SwarmConsensus` module or enable verbose logging for detailed information.

**Q: What metrics can I track for swarm performance?**\
**A:** Track metrics like task completion rate, consensus latency, agent uptime, and resource utilization.

**Q: How does SynaptiQ Systems ensure fault tolerance in swarms?**\
**A:** Tasks are redistributed when agents fail, and Redis-backed queues ensure that tasks are not lost.

**Q: How is task priority managed within a swarm?**\
**A:** SynaptiQ Systems uses priority queues to assign tasks based on urgency, agent availability, and swarm consensus.

***

**Blockchain Integration**

**Q: Which blockchains does SynaptiQ Systems support?**\
**A:** SynaptiQ Systems supports Ethereum and Solana. Plans for Polkadot and Cosmos are in the roadmap.

**Q: How do I configure Ethereum and Solana wallets?**\
**A:** Use environment variables to securely store wallet paths (`SOLANA_WALLET_PATH`) and private keys (`ETHEREUM_WALLET_PRIVATE_KEY`).

**Q: Can I deploy smart contracts using SynaptiQ Systems?**\
**A:** Yes, the blockchain manager module enables agents to deploy contracts on Ethereum and Solana.

**Q: How do agents log tasks on the blockchain?**\
**A:** Agents log tasks using the `log_task` method, which records task descriptions and results on-chain.

**Q: What is the advantage of on-chain task logging?**
