Olive Robotics eases robotics development with EdgeROS

Olive Robotics unveiled a game-changing innovation for mobile robotics with EdgeROS, an approach that integrates the power of Robot Operating System 2 (ROS 2) and Data Distribution Service (DDS) directly into System on Modules (SoMs). This integration marks a significant leap forward in robotics integration, promising enhanced sensor and motor control capabilities and paving the way for sophisticated and adaptable systems.

The cornerstone of EdgeROS lies in its integration of ROS 2's computational and communication capabilities into hardware modules. Unlike ROS 1, ROS 2 excels in real-time processing, catering to the deterministic execution times crucial in robotic applications such as motion control and autonomous navigation. This is made possible through real-time operating system (RTOS) compatibility, realtime-safe memory management, and deterministic execution of middleware layers.

The amalgamation of ROS 2 and DDS within SoMs promises to improve autonomous mobile robots (AMR) development. This advancement facilitates more sophisticated navigation algorithms, improved obstacle detection and avoidance, and enhanced operational efficiency, ultimately leading to enhanced levels of autonomy.

Olive Robotics' commitment to innovation extends beyond EdgeROS. With advanced embedded AI sensors, the company promises to simplify sensor intelligence, enabling robots and automated systems to perceive, learn, and react more efficiently. Olive said its technology offers a 100x improvement in accuracy and speed for the development of new mobile robots.

The development of ROS on Module by Olive Robotics represents a significant advancement by providing improved functionalities in real-time processing, dependable communication, and streamlined system integration.

The development of techniques to optimize bandwidth, maintain interoperability, and manage latency is crucial for expanding the capabilities of robotic systems, especially in the domains of automated guided vehicles (AGVs), AMRs, and service robots.

Explore the RBR50 Robotics Innovation Awards 2024.

Source: Olive Robotics