Antler

AgZ Robotics specializes in developing advanced robotic solutions powered by artificial intelligence for the grapevine farming industry. Their platform automates and optimizes vineyard operations, offering autonomous robots, advanced computer vision, and precision control systems. This enables vineyard owners to enhance efficiency, reduce labor costs, minimize material waste, and improve crop health.

Lucky Robots is a simulation platform that lets software engineers develop and test AI models for robotics using natural language commands

Animum is a technology company that specializes in vertical robotics software solutions. It operates a robot software designed to automate stocking tasks in retail environments, aiming to enhance operational efficiency and reduce labor costs. The company's offerings include real-time monitoring, predictive maintenance, inventory integration, automated facing, and onsite services.

Nexobot is a robotics company specializing in developing and implementing robotic parcel sorting systems for warehouses and logistics businesses. Their modular and scalable solutions are designed to meet specific sortation needs, helping clients reduce labor costs, enhance efficiency, and boost throughput.

Beyond Robotics specializes in developing AI-powered robotic solutions tailored for industrial automation. Their primary focus is to optimize agricultural processes, including harvesting, crop monitoring, and sorting, thereby enhancing efficiency and productivity. They offer customized, end-to-end robotic solutions that integrate AI and advanced automation technologies, aiming to significantly improve operational efficiency, reduce costs, enhance product quality, and bolster workplace safety.

PCB Labs is a machinery manufacturing company that specializes in providing tools for efficient electronics assembly targeted at inventors and engineers. The company develops a desktop-scale PCB manufacturing system that integrates solder paste dispensers, flexible components, and nozzle selection. This system, complemented by pick-and-place modules, simplifies the assembly process, allowing users to realize their innovative ideas with ease and reliability. By focusing on eliminating barriers in automation, PCB Labs aims to support the creative endeavors of those in the electronics field.

RoboMinder is a software development company specializing in AI-based solutions that enhance the capabilities of robotics for industrial applications. The company offers a software platform designed to provide comprehensive monitoring and in-depth analysis of robotic systems. By leveraging a multimodal analytics tool powered by large language models, RoboMinder enables users to interactively explore data and gain insights from past incidents. This approach not only empowers robots with intelligent insights but also facilitates a better understanding of operational efficiencies and potential improvements within industrial environments.

Fresnel specializes in developing innovative wireless charging solutions, particularly aimed at powering autonomous unmanned aerial vehicles. Utilizing advanced robotics technology, the company focuses on long-distance charging capabilities, which could transform the charging landscape for mobile devices. Fresnel's approach seeks to provide users with convenient and efficient charging services, enhancing the functionality and operational efficiency of various applications, especially in the realm of aerial mobility.

Inspecity is a company focused on advancing aerospace technology, particularly in the realm of satellite maintenance and support. It provides a variety of services tailored for aerospace companies, including end-of-mission deorbit, fleet deployment, mission extension vehicles, and reliable servicing. Inspecity also specializes in active deorbiting, utilizing autonomous robotics to service satellites across all orbital altitudes. In addition to its technological offerings, the company aims to develop human habitats that transcend current planetary limitations, contributing to the establishment of a new economy in space.

RoboMinder is a software development company specializing in AI-based solutions that enhance the capabilities of robotics for industrial applications. The company offers a software platform designed to provide comprehensive monitoring and in-depth analysis of robotic systems. By leveraging a multimodal analytics tool powered by large language models, RoboMinder enables users to interactively explore data and gain insights from past incidents. This approach not only empowers robots with intelligent insights but also facilitates a better understanding of operational efficiencies and potential improvements within industrial environments.

SAFELOG provides complete and robust intralogistics solutions with a variety of mobile robot offerings and picking systems.

Inspecity is a company focused on advancing aerospace technology, particularly in the realm of satellite maintenance and support. It provides a variety of services tailored for aerospace companies, including end-of-mission deorbit, fleet deployment, mission extension vehicles, and reliable servicing. Inspecity also specializes in active deorbiting, utilizing autonomous robotics to service satellites across all orbital altitudes. In addition to its technological offerings, the company aims to develop human habitats that transcend current planetary limitations, contributing to the establishment of a new economy in space.

Enerza is transforming the utility sector with its innovative autonomous on-wire robots that facilitate asset and vegetation inspection for electrical utility providers. These self-sufficient robots navigate distribution lines, charging themselves while gathering real-time data. By employing advanced sensors and artificial intelligence, Enerza's technology provides predictive analytics through a user-friendly dashboard, allowing utilities to monitor and enhance safety and asset performance. This approach empowers utility companies to make informed decisions, optimize grid reliability, and proactively address potential issues, thereby ensuring consistent and reliable service for their customers.

JetLearn is an EdTech company focused on providing live online coding and robotics classes for K12 students. The company aims to equip children with essential technology skills for the future by offering a personalized curriculum that adapts to each student's pace and schedule through one-on-one classes. JetLearn's educational platform covers topics such as WEB3, AI, and programming, featuring real projects, engaging activities, quizzes, and insights from teaching experts and alumni of top universities and technology firms. Through this tailored approach, JetLearn seeks to foster a solid technological foundation in young learners.

Sentire develops artificial intelligence and robotics software designed for autonomous and collaborative robots. Its platform provides a unified machine-learning workflow, edge AI, and vision intelligence as a service, which enhances robotic autonomy and efficiency while reducing costs and errors. The company's solutions enable robots to quickly learn new tasks and adapt to complex environments, such as agricultural settings, thereby improving operational capabilities for businesses and enterprises.

Qweebi is an online learning platform designed to enhance STEM education for students from kindergarten through twelfth grade. It provides an interactive and hands-on learning experience, allowing students to engage in engineering and robotics projects within a simulated virtual environment. This innovative approach eliminates the need for costly physical materials, such as motors and sensors, making it easier for teachers to implement STEM activities in classrooms. By focusing on authentic and meaningful experiences, Qweebi enables students to apply critical thinking and creativity to solve real-world problems, thereby enriching their understanding of science, technology, engineering, and mathematics. The platform also offers online tutoring services and targets both educational institutions and direct-to-consumer markets.

Trabotyx is a developer of robotic platforms aimed at automating labor-intensive tasks for farmers, particularly in the area of weeding. The company's technology focuses on organic crops that typically require manual weeding, providing single-row autonomous weeding robots that target weeds in the critical 1 to 5 centimeter zone near plants. Trabotyx's adaptable wheelbase design allows its robots to accommodate various field layouts, enabling inter and intra row weeding. By reducing the need for manual labor, Trabotyx assists farmers in lowering operational costs while promoting increased biodiversity and soil restoration.

LabelFuse develops an advanced image labeling platform that utilizes artificial intelligence and machine learning to detect and predict outcomes from live camera feeds. The platform is capable of auto-labeling large batches of imagery in real time, which helps eliminate scalability challenges and enables efficient data analysis. In addition to its core labeling capabilities, LabelFuse offers early detection warnings for public events and spaces, monitoring illegal drone activity to enhance security for VIPs and the general public. The technology also tracks social distancing and human behavior in various settings, such as cities and sports venues, while supporting agricultural applications by helping farming robots differentiate between crops and weeds. This comprehensive approach provides businesses with a secure, reliable, and cost-effective solution for image labeling and real-time monitoring.

Cognicept Systems specializes in providing hybrid robotics AI through its Smart+ telerobotic intervention technology and remote robot pilots. The company focuses on enhancing the reliability of robotic systems by offering a remote intervention operating system that addresses common challenges associated with autonomous robotics in unpredictable environments. Its platform facilitates autonomy for robots operating in unstructured settings, allowing clients to manage tasks efficiently and reliably. By offering supervised autonomy tools and services, Cognicept enables easier and more economical deployment of robots, bridging the gap between technological capabilities and customer needs. These resources are particularly beneficial during the prototyping and testing phases of robotics development, helping teams avoid the complexities of developing such tools in-house.

Cognicept Systems specializes in providing hybrid robotics AI through its Smart+ telerobotic intervention technology and remote robot pilots. The company focuses on enhancing the reliability of robotic systems by offering a remote intervention operating system that addresses common challenges associated with autonomous robotics in unpredictable environments. Its platform facilitates autonomy for robots operating in unstructured settings, allowing clients to manage tasks efficiently and reliably. By offering supervised autonomy tools and services, Cognicept enables easier and more economical deployment of robots, bridging the gap between technological capabilities and customer needs. These resources are particularly beneficial during the prototyping and testing phases of robotics development, helping teams avoid the complexities of developing such tools in-house.

Cognicept Systems specializes in providing hybrid robotics AI through its Smart+ telerobotic intervention technology and remote robot pilots. The company focuses on enhancing the reliability of robotic systems by offering a remote intervention operating system that addresses common challenges associated with autonomous robotics in unpredictable environments. Its platform facilitates autonomy for robots operating in unstructured settings, allowing clients to manage tasks efficiently and reliably. By offering supervised autonomy tools and services, Cognicept enables easier and more economical deployment of robots, bridging the gap between technological capabilities and customer needs. These resources are particularly beneficial during the prototyping and testing phases of robotics development, helping teams avoid the complexities of developing such tools in-house.

Inspecity is a company focused on advancing aerospace technology, particularly in the realm of satellite maintenance and support. It provides a variety of services tailored for aerospace companies, including end-of-mission deorbit, fleet deployment, mission extension vehicles, and reliable servicing. Inspecity also specializes in active deorbiting, utilizing autonomous robotics to service satellites across all orbital altitudes. In addition to its technological offerings, the company aims to develop human habitats that transcend current planetary limitations, contributing to the establishment of a new economy in space.