FleetMQ is a middleware platform that intelligently streams HD video, control commands, and telemetry for vehicle fleets, even under challenging network conditions. It provides optimized, real-time data streaming with low latency through intelligent routing across WiFi, Cellular, or Satellite networks. The platform accelerates deployment of remote operation and automation infrastructure by integrating easily with existing robotics and automation frameworks.
Funding
Funding not disclosed
Founders
Product
Problem
Managing real-time data communication with vehicle fleets can be complex and expensive, often requiring integration of disparate technologies and resulting in fragile, hard-to-maintain systems. Existing solutions may struggle to provide the low latency and reliable connectivity needed for remote operations and autonomous vehicle control.
Solution
FleetMQ provides a vehicle middleware platform designed for seamless, low-latency data streaming and communication with modern fleets. The platform automatically manages network paths for vehicles across diverse connectivity options like WiFi, 4G, and 5G, ensuring reliable connections. FleetMQ offers optimized communication channels that reduce latency to tens of milliseconds, enabling real-time control and improved uptime. The solution includes simple SDKs with support for common robotics frameworks and programming languages, facilitating easy integration into existing systems. By providing a unified communication layer, FleetMQ eliminates the need for complex, glued-together solutions, simplifying fleet management and enabling scalable remote operations.
Target Audience
The primary target audience includes fleet operators, researchers, and developers working with autonomous vehicles, robotics, and connected vehicle systems who require reliable, low-latency communication.
Features
- Ultra-low latency communication channels optimized for real-time data streaming
- Intelligent networking system that automatically finds network paths across WiFi, 4G, and 5G
- Simple SDKs for integration with robotics frameworks like ROS 1 and ROS 2
- Support for multiple programming languages including Python, C#, Go, JavaScript, and TypeScript
- Seamless reconnection after connection drops to maintain continuous communication