E-TERRY

E-TERRY develops autonomous farming robots that automate labor-intensive agricultural tasks, enhancing efficiency and sustainability.

E-TERRY develops an autonomous agricultural robot that enhances farming efficiency and sustainability. This innovative solution assists farmers by automating tasks such as crop monitoring and weeding, adapting to various growth stages and field conditions. The robot features a flexible design that integrates multiple sensors and tools, promoting precision farming while minimizing soil compaction. E-TERRY is committed to making advanced agricultural technology accessible to a wide range of farmers.

Circus Group

Circus Group develops advanced AI and robotics for fully autonomous food service, transforming food preparation and delivery efficiency.

Circus Group specializes in autonomous food service solutions, utilizing advanced robotics and AI to transform food preparation and delivery. Their innovative technology automates labor-intensive tasks, ensuring personalized meal preparation and efficient operations. By integrating AI-driven systems, Circus Group enhances the culinary experience while optimizing resources in the food service industry.

b.robotized

b.robotized develops advanced robotic control and integration solutions using ROS and ROS 2, enhancing automation for diverse industries.

Stogl Robotics, operating under the brand b.robotized, provides engineering and consulting services focused on robotics applications. The company excels in the control and management of robots, offering seamless software and hardware integration through ROS and ROS 2. They facilitate the development of complex robotic applications, enabling real-time control and communication across various protocols. Stogl Robotics is recognized for its expertise in open-source technologies, ensuring efficient solutions for diverse industrial needs.

NODE Robotics

NODE Robotics develops software solutions for autonomous guided vehicles and mobile robots, enhancing fleet management and operational efficiency.

NODE Robotics develops advanced software solutions for mobile robots, specializing in autonomous intralogistics. Their platform, NODE.OS, offers plug-and-play capabilities that facilitate seamless integration with various robotic systems, enhancing operational efficiency. The software supports a wide range of functionalities, including localization, navigation, and fleet management, enabling diverse applications in demanding environments. With a focus on modular design, NODE Robotics provides flexible solutions tailored to the specific needs of original equipment manufacturers (OEMs).

ConBotics

ConBotics develops innovative robotic solutions for the construction industry, focusing on automating surface coating tasks to enhance efficiency and reduce labor costs.

ConBotics specializes in developing robotic solutions for the construction industry, focusing on automating labor-intensive tasks. Their flagship product, the MalerRoboter, is a lightweight, mobile robot designed for efficient interior surface coating. This innovative tool enhances productivity by allowing skilled workers to focus on other essential tasks while the robot handles painting projects. ConBotics aims to address labor shortages and improve efficiency in large-scale construction endeavors.

N Robotics

N Robotics specializes in advanced software solutions for mobile robots, enhancing automation through seamless integration and robust fleet management.

N Robotics specializes in providing advanced robotic solutions that enhance automation across various industries. Their offerings include robotic systems for tasks such as material handling, assembly, and precision machining. By integrating cutting-edge technology, N Robotics helps businesses improve efficiency, reduce operational costs, and streamline production processes.

DeepSeek AI

DeepSeek develops advanced AI language models for reasoning and code generation. Their open-source tools rival leading tech companies in performance and efficiency.

DeepSeek develops powerful AI language models for reasoning and code generation. Their open-source tools rival leading tech companies in performance and efficiency. DeepSeek’s models, including DeepSeek-R1 and DeepSeek-V3, offer advanced capabilities in math, coding, and complex problem-solving. The company’s commitment to open-source development and research transparency accelerates AI advancements. DeepSeek’s innovations in model architecture and training techniques position it as a significant player in the AI landscape.

Ubica Robotics

Ubica Robotics develops and produces autonomous robots that create digital twins of physical retail stores.

Ubica Robotics develops autonomous scanning robots that enhance retail operations by creating precise digital maps of stores. These robots capture real-time data on product placement, inventory levels, and shelf organization. Their technology identifies gaps on shelves and ensures compliance with store layouts, ultimately improving efficiency and the shopping experience for customers. Ubica’s innovative approach supports retailers in optimizing their supply chain and inventory management.

Olive Robotics

Olive Robotics develops advanced robotic sensor technologies and embedded AI solutions, enhancing automation across various industries.

Olive Robotics develops advanced robotic sensor technologies that enhance automation across various industries. Their solutions integrate AI, sensor fusion, and edge computing to provide intelligent systems for mobile robots and industrial applications. With a focus on interoperability, Olive Robotics offers plug-and-play hardware and software that simplify the integration of robotics into existing workflows, enabling efficient and precise operations.

TEDIRO

TEDIRO develops mobile robots for gait training in healthcare settings. Their THERY robot assists patients with self-directed mobility exercises, reducing clinic staff workload.

TEDIRO develops mobile robots for gait training in medical facilities. Their flagship product, THERY, uses camera-based motion capture and AI to assist mobility-impaired patients during rehabilitation. The robot provides personalized training programs, tracks progress, and offers correction recommendations. TEDIRO’s cloud-based therapy management system allows for flexible scheduling and documentation of training sessions, helping to address staff shortages in healthcare settings.