AutoGrid OS

Core Features

Machine-to-Machine Payments

Private transaction layer with zero-knowledge proofs. Payment channels enable high-frequency micro-transactions between devices.

Task Verification

Cryptographic proof generation and validation for task completion without revealing operational details.

Smart Coordination

Intelligent task routing based on distance, device load, capabilities, and reputation scores.

Reputation System

Comprehensive performance tracking with historical analytics and scoring algorithms.

Task Marketplace

Automated bidding system with dynamic pricing strategies for efficient resource allocation.

Fleet Management

Multi-device coordination with internal task swapping and real-time optimization.

Code Examples

import { AutoGridOS, DeviceType } from '@autogrid/os';

const robot = new AutoGridOS({
    deviceId: 'robot-001',
    deviceType: DeviceType.WAREHOUSE,
    privateKey: 'your-key',
    capabilities: ['transport', 'sorting']
});

await robot.connect();

robot.onTaskAvailable((task) => {
    robot.submitBid(task.id, {
        price: 'auto',
        estimatedDuration: 300
    });
});

robot.onTaskAssigned(async (task) => {
    const result = await executeTask(task);
    await robot.submitProof(task.id, result);
    console.log(`Balance: ${robot.getBalance()}`);
});

const { AutoGridOS } = require('@autogrid/os');

const robot = new AutoGridOS({
    deviceId: 'robot-001',
    deviceType: 'warehouse'
});

robot.connect().then(() => {
    console.log('Connected to network');
    
    robot.onTaskAvailable((task) => {
        robot.submitBid(task.id, { 
            price: 100 
        });
    });
});

import subprocess
import json

class AutoGridOS:
    def __init__(self, config):
        self.config = config
        self.process = None
    
    def connect(self):
        cmd = ['node', 'bridge.js', 'connect']
        result = subprocess.run(cmd, capture_output=True)
        return json.loads(result.stdout)
    
    def submit_bid(self, task_id, price):
        bid = {'task_id': task_id, 'price': price}
        return self._send_command('bid', bid)

robot = AutoGridOS({'device_id': 'robot-001'})
robot.connect()

use autogrid_os::{AutoGridOS, DeviceType};

fn main() {
    let robot = AutoGridOS::new(
        "robot-001",
        DeviceType::Warehouse,
        "your-key"
    );

    robot.connect().await.unwrap();

    robot.on_task_available(|task| {
        println!("New task: {:?}", task);
        robot.submit_bid(task.id, 100);
    });
}

package main

import (
    "log"
    "github.com/autogrid/autogrid-os-go"
)

func main() {
    robot := autogrid.New(autogrid.Config{
        DeviceID:   "robot-001",
        DeviceType: autogrid.Warehouse,
        PrivateKey: "your-key",
    })

    if err := robot.Connect(); err != nil {
        log.Fatal(err)
    }

    robot.OnTaskAvailable(func(task autogrid.Task) {
        robot.SubmitBid(task.ID, 100)
    })
}