Products

The Human Touch Robotics (thtRobotics) is a Norwegian company specializing in advanced robotic solutions designed to automate and enhance fulfillment center operations, particularly in the food and beverage industry. Their flagship product, Noyce, integrates adaptive gripping technology with AI-powered computer vision to handle a diverse range of items, from delicate produce to packaged goods, ensuring efficient and damage-free packing processes.

Dexterity specializes in developing Physical AI-powered industrial superhumanoids, known as Mechs, designed to revolutionize logistics and supply chain operations. These advanced robots are engineered to perform complex physical tasks with human-like dexterity, enhancing efficiency and productivity in various industrial settings.

Juna.ai is an AI-driven platform designed to autonomously manage and optimize complex industrial processes. By leveraging advanced AI agents, it calculates optimal control settings and provides real-time guidance to operators, enhancing production efficiency, throughput, and process stability. This results in significant improvements in energy savings and reduced emissions.

Swish Robotics introduces "Bento," an AI-powered countertop robot designed to revolutionize home cooking by preparing full meals from fresh ingredients in under 20 minutes. By integrating advanced computer vision and machine learning, Bento autonomously identifies ingredients, devises recipes, and cooks meals without human intervention, offering a seamless culinary experience.

Intenseye's Industrial Integrations enhance workplace safety by seamlessly connecting the Intenseye Platform with existing smart devices, sensors, and other operational technology (OT) and Internet of Things (IoT) equipment within industrial facilities. This integration enables real-time detection and immediate response to safety hazards, ensuring a proactive approach to employee health and safety.

Manukai offers an AI-driven solution designed to revolutionize metal machining processes by leveraging data from previous projects to enhance machine programming. Its suite of tools includes the CAM Copilot, CAM Analytics, and Data Cockpit, each tailored to optimize various facets of CNC programming and production.

Scope Computer Vision Technologies offers an advanced, AI-driven rope inspection system designed to enhance safety and efficiency in industries utilizing synthetic ropes. By integrating deep learning algorithms, Scope provides real-time, accurate assessments of rope integrity, enabling operators to identify potential hazards and prevent critical line failures. This innovative solution streamlines the inspection process, reducing downtime and operational costs.

Teleo revolutionizes the construction and material-moving industries by transforming traditional heavy equipment—such as bulldozers, wheel loaders, and excavators—into supervised autonomous machines. This innovative approach allows a single operator to oversee multiple machines simultaneously from a remote command center, enhancing productivity, safety, and operational efficiency.

MiPA, or "My intelligent Personal Assistant," is a robotic assistant developed by NEURA Robotics to enhance human capabilities across various environments. By integrating advanced artificial intelligence and state-of-the-art sensors, MiPA is designed to safely and efficiently perform tasks ranging from industrial applications to personal assistance in homes. Its adaptability allows it to take over repetitive, exhausting, or even dangerous tasks, thereby improving productivity and safety.

Bright Machines' Smart Robotics offers software-driven automation solutions that enhance manufacturing efficiency and adaptability. By integrating advanced software with modular robotic systems, these solutions perform high-precision assembly tasks and make real-time adjustments during operations.

Viam is a comprehensive software platform designed to simplify the development and management of smart machines across various industries. It offers an open-source server, `viam-server`, that runs on devices to manage hardware, software, and data, seamlessly connecting them to Viam's cloud services. The platform provides a user-friendly cloud application for configuring and overseeing machines, along with APIs for common hardware components and software services. With support for multiple progra

Automated Guided Vehicles (AGVs) are self-operating, driverless vehicles designed to transport materials efficiently within industrial settings such as factories and warehouses. They follow predetermined paths, either physical (like magnetic strips) or virtual (using technologies like laser triangulation or vision guidance), to navigate through facilities.

Path Robotics specializes in developing autonomous welding systems that leverage advanced artificial intelligence, machine learning, and computer vision to revolutionize the manufacturing industry. Their robotic solutions are designed to autonomously scan, position, and weld parts without the need for skilled welders or extensive programming, making manufacturing processes more efficient and adaptable.

RIOS Agents are advanced AI-powered systems designed to enhance industrial process control by seamlessly integrating into existing operations. These intelligent agents continuously monitor workflows, detect inefficiencies, and provide real-time insights to optimize performance. By leveraging machine vision and data analytics, RIOS Agents help manufacturers reduce labor costs, minimize downtime, and improve overall productivity without disrupting current infrastructure.

RIOS's Robotic Material Handling solutions revolutionize industrial processes by automating complex, labor-intensive tasks across various sectors. These AI-driven robotic systems are designed to handle diverse materials with exceptional speed, precision, and adaptability, effectively addressing the challenges of manual material handling. By integrating advanced artificial intelligence, RIOS's solutions enhance operational efficiency, reduce production costs, and improve workplace safety.

GuideNOW by Inbolt is an advanced real-time robot guidance solution that leverages 3D vision and artificial intelligence to enhance industrial automation. The system includes a 3D camera mounted on the robot, proprietary AI for real-time workpiece localization, and GuideNOW Studio—a web application for training AI algorithms using CAD models or 3D scans.

The Multi-Sensing Autonomous Vehicle (MAV) by NEURA Robotics is an advanced autonomous mobile robot engineered to enhance intralogistics operations. With a payload capacity of up to 1,500 kg, MAV is adept at transporting larger goods, surpassing the capabilities of conventional autonomous mobile robots (AMRs). Its comprehensive sensor suite enables autonomous navigation without additional peripherals, ensuring seamless integration into various industrial environments.

Assert AI is a pioneering computer vision SaaS company that provides AI-driven image and video analytics solutions to businesses across various industries. By transforming existing camera systems into intelligent data-gathering tools, Assert AI delivers real-time insights that enhance operational efficiency, safety, and decision-making processes.

The Trim Block Sorter is an advanced robotic solution engineered to automate the labor-intensive process of sorting and stacking lumber. Designed to seamlessly replace traditional round table operations, this compact system efficiently handles lumber of varying dimensions and quality. By integrating sophisticated AI and multi-sensor technology, the Trim Block Sorter enhances precision and efficiency in lumber processing, providing detailed reports on each piece for full visibility and control.

The RIOS Veneer Handler is an advanced robotic workcell designed to automate the handling of veneer sheets in mill operations. Utilizing sophisticated Artificial Intelligence (AI), it efficiently manages tasks such as sorting, stacking, and feeding veneer sheets, surpassing the capabilities of traditional sheet feeders and manual labor. This system ensures consistent output, enhances product quality, and reduces labor costs by intelligently adapting to the inherent variability of veneer material