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The Most Trusted MQTT Platform for loV and Connected Cars →

Unified Connectivity, Messaging, and Streaming At the Edge

Unleashing the power of the edge: next-level industrial connectivity and real-time data processing with MQTT messaging and stream processing.

Real-Time Edge Computing with MQTT Platform

Connect, move, and process your IoT data in real-time at the edge, integrating seamlessly with AI/ML algorithms and cloud services.

Real-Time Edge Computing with MQTT Platform

Capabilities

Industrial Connectivity

Industrial Connectivity

Connect diverse industrial devices and sensors with 80+ industrial protocols, including Modbus, OPC-UA, Ethernet/IP, and more, converting to MQTT for real-time data communication.

Realtime Messaging

Realtime Messaging

Enhance the real-time data exchange between devices, edge systems, and cloud services using MQTT's reliable, lightweight, and efficient pub-sub messaging.

Rule Engine

Rule Engine

Process and react to data based on predefined conditions. Enable edge automation and real-time decision-making for improved efficiency and responsiveness.

Stream Processing

Stream Processing

Process and analyze continuous data streams from multiple sources at the edge. Reduces latency, saves bandwidth, and offloads computational tasks from the cloud platform.

AI/ML Integration

AI/ML Integration

Integrate with AI tools and apply ML models at the edge to enable predictive analysis and intelligent decision-making in real-time.

Cloud Integration

Cloud Integration

Integrate seamlessly with cloud services by transferring real-time data from the edge to cloud storage, machine learning, and analytics systems.

Use Cases

  • Software-Defined Vehicles
  • Predictive Maintenance
  • Smart Cities
  • Energy Management
  • Agriculture
  • Healthcare

Software-Defined Vehicles

In autonomous vehicles, edge computing with MQTT enables quick, safety-critical decisions and efficient communication, enhancing performance while reducing reliance on constant cloud connectivity.

Software-Defined Vehicles

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