# AutoGen

**Decentralized Architecture**

```mermaid
flowchart TD  
    subgraph Hyperledger[Blockchain Layer]  
        B1[Order Contracts]  
        B2[Penalty Clauses]  
    end  

    subgraph Autogen[Autogen Agents]  
        AG1[Forecaster] -->|Demand Signal| AG2[Procurement Bot]  
        AG2 -->|RFQ Generation| AG3[Supplier Negotiatior]  
        AG3 -->|Smart Contract| B1  
    end  

    subgraph AgentGPT[Security Layer]  
        A1[Compliance Guard]  
        A2[Audit Firehose]  
    end  

    AG1 <--> A1  
    AG3 --> A2 --> Hyperledger  
```

***

#### **1. Autogen Agent Swarm Configuration**

**Supply Chain Coordination Protocol (Python):**

```python
from autogen import AssistantAgent, UserProxyAgent  
from agentgpt.enterprise import ChainGovernor  

class ProcurementSpecialist(AssistantAgent):  
    def __init__(self):  
        super().__init__(  
            name="procurement_pro",  
            llm_config={  
                "model": "agentgpt-supplychain-7b",  
                "temperature": 0.3,  
                "chain_id": 137  # Polygon  
            },  
            code_execution_config={  
                "workdir": "supplychain",  
                "blockchain_signer": "0x..."  
            }  
        )  
        self.attach_governor(ChainGovernor(  
            policy="supplychain-2025",  
            max_penalty=0.1  % of order value  
        ))  

    def negotiate_with_supplier(self, terms: dict):  
        if self.governor.check_compliance(terms):  
            return self.execute_smart_contract(terms)  
        else:  
            self.escrow_penalty()  
            raise ComplianceViolation("Supplier terms exceed risk tolerance")  

proxy = UserProxyAgent(  
    name="admin_proxy",  
    human_input_mode="NEVER",  
    code_execution_config={"executor": "agentgpt-chain"}  
)  
```

***

#### **2. AgentGPT Fusion Gateways**

**Multi-Party Computation (MPC) Setup:**

```yaml
# autogen-mpc.yaml  
agents:  
  forecaster:  
    image: agentgpt/forecaster:v3.2  
    compute:  
      gpus: 1  
      compliance: "tisax-level3"  
  procurement:  
    image: agentgpt/procurement:v2.1  
    secrets:  
      - supplier_db  
    blockchain:  
      gas_strategy: "optimistic_rollup"  
gateways:  
  mpc:  
    parties: 3  
    threshold: 2  
    cipher: "shamir-sss"  
```

Deploy with:

```bash
agentgpt cluster deploy --file autogen-mpc.yaml --env production-eu  
```

***

#### **3. Blockchain Integration (Solidity + Python)**

**Penalty Escrow Smart Contract:**

```solidity
// contracts/PenaltyEscrow.sol  
pragma solidity ^0.8.25;  

contract PenaltyEscrow {  
    struct Breach {  
        address agent;  
        uint256 orderId;  
        uint256 penaltyAmount;  
        bool resolved;  
    }  

    mapping(uint256 => Breach) public breaches;  

    function logBreach(  
        uint256 orderId,  
        uint256 penalty  
    ) external onlyAgentGPT {  
        breaches[orderId] = Breach({  
            agent: msg.sender,  
            orderId: orderId,  
            penaltyAmount: penalty,  
            resolved: false  
        });  
    }  

    function resolveBreach(uint256 orderId) external payable {  
        require(msg.value >= breaches[orderId].penaltyAmount, "Insufficient penalty");  
        breaches[orderId].resolved = true;  
    }  
}  
```

**Agent Penalty Handler:**

```python
from web3 import Web3  
from agentgpt.web3 import PenaltyEscrow  

def handle_breach(order_id: str):  
    escrow = PenaltyEscrow(Web3().eth.contract(address=os.getenv('ESCROW_ADDR')))  
    penalty = calculate_penalty(order_id)  
    tx_hash = escrow.logBreach(  
        order_id,  
        Web3.to_wei(penalty, 'ether')  
    ).transact()  
    return tx_hash.hex()  
```

***

#### **4. Swarm Monitoring Console**

```bash
agentgpt swarm monitor autogen --dashboard  
```

**Key Metrics**:

* **Cross-Agent Message Latency** (P99 < 2s)
* **Smart Contract Gas Efficiency**
* **Penalty Resolution Rate**
* **TISAX Compliance Score**

***

#### **5. Fault-Tolerant Workflows**

**Dead-Man Switch Configuration:**

```python
from agentgpt.failsafe import DeadManSwitch  

dms = DeadManSwitch(  
    check_interval=300,  # 5 minutes  
    max_failures=3,  
    remediation=[  
        "switch_to_backup_supplier",  
        "alert_supplychain_war_room"  
    ]  
)  

@dms.watch  
async def inventory_replenishment():  
    if warehouse.stock_level < THRESHOLD:  
        await ProcurementSpecialist().place_emergency_order()  
```

***

#### **6. Security & Audits**

**Zero-Knowledge Proofs for Supplier Data:**

```python
from agentgpt.crypto import zkp  

class SupplierZK:  
    def __init__(self):  
        self.prover = zkp.Prover("supplychain-circuit")  

    def prove_capacity(self, capacity: int):  
        witness = self.prover.create_witness(  
            private_inputs={"actual_cap": capacity},  
            public_inputs={"min_required": 1000}  
        )  
        return self.prover.generate_proof(witness)  

    def verify(self, proof):  
        return zkp.Verifier("supplychain-circuit").verify(proof)  
```

***

#### **7. Troubleshooting Matrix**

| **Alert**                      | **Containment Protocol**                                         |
| ------------------------------ | ---------------------------------------------------------------- |
| `Deadlock in Negotiation`      | <p>1. Force new RFP cycle<br>2. Invalidate agent's shard</p>     |
| `Gas Price Spike`              | <p>1. Activate Layer2 fallback<br>2. Use AGP credits</p>         |
| `ZK Proof Verification Failed` | <p>1. Quarantine supplier<br>2. Initiate physical audit</p>      |
| `TISAX Score Drop`             | <p>1. Freeze auto-procurement<br>2. Human-in-loop activation</p> |


---

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