# AI Agent in SynaptiQ Systems

### **AI Agent in SynaptiQ Systems**

The **AI Agent** is the core component of **SynaptiQ Systems**. Each agent is modular, autonomous, and capable of handling various tasks, integrating with decentralized systems, and collaborating with other agents.

***

#### **Key Features**

* **Multi-Modal Task Execution**: Support for text, image, and audio processing.
* **Knowledge Management**: Build, query, and visualize a knowledge graph.
* **Distributed Task Management**: Use Redis-backed task queues to manage workloads.
* **Collaboration Framework**: Enable inter-agent communication and task delegation.
* **Blockchain Integration**: Interact with Solana and Ethereum for decentralized transactions and logging.
* **IPFS Integration**: Store and retrieve files using decentralized storage.
* **Reinforcement Learning**: Optimize task execution through self-learning.
* **Swarm Decision-Making**: Participate in swarm-level consensus and voting.

***

#### **How It Works**

Each **AI Agent** is initialized with a unique `agent_id` and a specific role. Agents can interact with their environment, other agents, or decentralized systems to complete tasks effectively.

***

#### **Key Methods**

**1. Multi-Modal Task Execution**

* **execute\_text\_task(task\_description)**: Processes text-based tasks.
* **execute\_image\_task(image\_path, text\_prompts)**: Handles image-related tasks.
* **execute\_audio\_task(audio\_path)**: Processes audio inputs.

**2. Knowledge Management**

* **add\_knowledge(concept, attributes)**: Adds a concept to the knowledge graph.
* **add\_knowledge\_relationship(concept1, concept2, relationship\_type)**: Links concepts.
* **query\_knowledge(concept)**: Queries the knowledge graph.
* **visualize\_knowledge\_graph(output\_path)**: Visualizes the graph.

**3. Distributed Task Queue**

* **push\_task\_to\_queue(task\_description)**: Adds a task to the distributed queue.
* **pull\_task\_from\_queue()**: Pulls and processes a task from the queue.

**4. Collaboration Framework**

* **send\_message(recipient\_id, message)**: Sends a message to another agent.
* **receive\_messages()**: Retrieves messages for the agent.
* **delegate\_task(recipient\_id, task\_description)**: Delegates a task to another agent.

**5. Blockchain Integration**

* **get\_sol\_balance()**: Retrieves the agent’s Solana wallet balance.
* **send\_sol(recipient\_pubkey, amount)**: Sends SOL to a recipient.
* **get\_eth\_balance(address)**: Checks an Ethereum wallet’s balance.
* **send\_eth(sender\_key, recipient\_address, amount\_ether)**: Transfers ETH.

**6. IPFS Integration**

* **upload\_to\_ipfs(file\_path)**: Uploads a file to IPFS.
* **download\_from\_ipfs(cid, output\_path)**: Retrieves a file using its IPFS hash.

**7. Self-Optimization (Reinforcement Learning)**

* **optimize\_task\_execution(state)**: Optimizes task execution based on rewards.
* **execute\_action(action)**: Executes a specific action and returns a reward.
* **get\_environment\_state()**: Retrieves the agent’s current state.

**8. Swarm Decision-Making**

* **propose\_task\_to\_swarm(task\_description)**: Proposes a task for swarm consensus.
* **vote\_on\_task(proposal\_id)**: Votes on a proposed task.
* **check\_consensus()**: Checks if consensus has been reached.

***

#### **Example Code**

Here’s an example of setting up and using an **AI Agent** in **SynaptiQ Systems**:

```python
pythonCopy codefrom src.agents.ai_agent import AIAgent

# Initialize an AI Agent
agent = AIAgent(agent_id=1, role="data manager", provider="openai", base_url="https://api.openai.com")

# Add knowledge to the graph
agent.add_knowledge("Artificial Intelligence", {"field": "Computer Science"})
agent.add_knowledge_relationship("Artificial Intelligence", "Machine Learning", "includes")

# Propose a task to the swarm
agent.propose_task_to_swarm("Analyze market trends")

# Optimize task execution
state = agent.get_environment_state()
agent.optimize_task_execution(state)

# Send a message to another agent
agent.send_message(recipient_id=2, message="Please assist with data preprocessing.")
```
