BotBot

Key Features

• •Universal ROS2 compatibility supporting 60+ wheeled, quadruped, humanoid and biped robots, eliminating platform lock-in and enabling consistent capabilities across diverse robotic fleets.
• •Edge AI processing for real-time autonomous decision-making without cloud dependency, with all AI and data processing running locally on the robot to ensure operational reliability and data sovereignty.
• •Always-connected operation through multi-network support including 3G-5G datalink, LoRa, and WiFi HALO, with Global Relay enabling teleoperation of entire fleets from anywhere while maintaining local processing.
• •Comprehensive fleet management with real-time monitoring and command from a single dashboard, including hardware diagnostics, system health, live data charts, alerts, and multiple camera streams.
• •Autonomous navigation with mapping, path planning, and click-to-navigate waypoint missions that enable safe navigation around people and dynamic obstacles in various environments.
• •AI and perception capabilities including object detection, computer vision, and natural language robot control that give robots the ability to see and understand their environment.
• •Modular payload system with hot-swappable payloads like CamCam (thermal and infrared), ZoomZoom (30x optical zoom), and specialized sensors for healthcare, agriculture, and security applications.
• •Native applications for iOS, Android, Windows, and macOS with cloud-based web access and local deployment options, providing flexibility in how users access and control their robotic fleets.

Use Cases

• •Industrial automation where robots extend human capabilities in high-risk environments, performing automated monitoring of machinery and detecting overheating, leaks, and electrical faults in factories, oil rigs, and chemical plants.
• •Infrastructure management involving automated patrols of ports, airports, and railway corridors, plus thermal inspection of power lines, transformers, and electrical substations to ensure asset integrity and public safety.
• •Logistics automation streamlining internal transport across facilities by autonomously moving packages, medications, and essential supplies for last-meter delivery in hospitals, warehouses, and corporate campuses.
• •Security and surveillance applications using robots equipped with thermal and infrared cameras for persistent monitoring of critical infrastructure, with long-range observation capabilities for detailed remote surveillance.
• •Healthcare monitoring with specialized payloads like millimeter wave radar that non-invasively measure vital signs including breathing and heart rates, enabling remote patient monitoring and assistance.
• •Agricultural applications using multispectral camera payloads for ultraviolet imaging to monitor crop health, detect pest infestations, and identify environmental stress conditions for precision farming.

Who is this for?

BotBrain targets robotics developers, researchers, industrial automation teams, logistics companies, security providers, healthcare institutions, and educational organizations. Users include teams deploying robotic fleets across industry, infrastructure, logistics, agriculture, security, and healthcare applications. The platform serves both open-source community users who need free, accessible robotics intelligence and professional teams requiring enterprise features like dedicated support, custom integrations, and fleet management tools at scale.