OnLogic is set to demonstrate Practical Physical AI solutions and full-facility workload consolidation at Automate 2026. This event highlights advancements in industrial automation and intelligent systems, offering insights for future engineering projects.
A new Vision AI Label Reader system is set to automate label capture and improve process reliability in various industrial applications, enhancing efficiency and accuracy.
Palladyne AI and IAI have formed a strategic partnership to develop and manufacture advanced AI Loitering Munition Systems. This collaboration highlights advancements in autonomous defense technology and robotics, offering insights for engineering students interested in cutting-edge applications.
Multiway Robotics has unveiled the OT10 autonomous pallet truck, an omnidirectional solution recognized with the 2026 French Design Award. This innovation highlights advancements in industrial automation and logistics, offering students insights into practical robotics applications.
The AGIBOT 2026 real-robot AI competition marks a significant shift in embodied AI evaluation. Moving beyond simulations, it emphasizes real-robot testing, offering valuable insights for students and researchers in robotics.
New developments in **robotics orchestration software** promise to simplify managing diverse robot fleets in warehousing and manufacturing, set for a showcase at Automate 2026. This technology aims to integrate multiple OEM robots under one platform.
New BitFlow Claxon frame grabbers are accelerating AI machine vision systems by integrating directly with NVIDIA GPUs. This advancement promises real-time AI inference, crucial for high-speed industrial and research applications, making complex vision tasks more efficient.
KUKA is set to present its latest advancements in scalable machine tending robotics at IMTS 2026. The demonstrations will highlight how manufacturers can more easily adopt robotic automation through a service-based approach, reducing complexity for evolving production needs.
The introduction of compact touchless position sensors marks a significant development for robotics and automation. These advanced components offer enhanced precision and durability, opening new possibilities for student projects and research in engineering fields.
VinRobotics introduced its new VR-controlled humanoid robot at ICRA 2026, featuring remote operation through motion-capture and VR headsets. This “Make In Vietnam” innovation demonstrates advanced robotics capabilities for future projects.