Node-M2M is a machine-to-machine communications framework which provides a native distributed computing environment for data exchange, automation and machine control.

Connect two machines or endpoints instantly from anywhere around the world using a client-server or publish-subscribe communication model.
They can be easily configured as edge devices from the cloud communicating through a local network for a super-fast low latency edge computing environment.
Its api-driven and software defined computing environment makes it easy to define any communication paths and switch accordingly depending on your application or business requirements.

Create secure applications in industrial IoT, factory automation, distributed systems, workflow orchestration and many others.
Capture sensor data, control machines, send alerts, check warehouse inventory, diagnose equipments, access data from anywhere for analytics and more.
Setup a resilient private backbone communications infrastructure complementing your organization's existing distributed communications systems.
You can deploy your applications on-premises, bare-metal, containerized or deploy them in the cloud for a global distributed systems.

Key Features
  • End to end encryption using TLS
  • Zero trust access
  • Integrated FIM (file integrity monitoring) with active response
  • Cross-platform ( Windows, Linux, and macOS )
  • Multi-client/multi-server architecture
  • Full-duplex bidirectional communications
  • Event-based asynchronous pattern
  • TCP/IP based network communication protocols
  • OTA (over-the-air) software updates
  • Develop apps using client-server or publish-subscribe model
  • Track, monitor and manage your devices from anywhere
  • Review, edit and update your application from the browser
Overview

Node-M2M uses HTTP and WebSocket as data transport protocol. All communications traffic between clients and devices are fully encrypted using TLS.

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Quick Tutorial

Develop applications using a client/server or pub/sub model. Access remote device resources directly from a browser client. Use your Raspberry Pi as remote I/O for process automation.

More tutorials
Try it - It's Free

Create an account and register your devices. Monitor and track your remote devices from anywhere. Develop and edit your application code from the browser.

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