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Mesh++ develops solar-powered routers designed for wireless communication networks. Their routers utilize mobile processing power to deliver high-speed WiFi connections across vast areas outdoors and in public places, eliminating the need for cable laying and providing affordable internet access.

ViaBot Inc. specializes in developing autonomous outdoor robots tailored for commercial maintenance tasks. Founded in 2016 and headquartered in Sunnyvale, California, the company offers multi-functional robots that address various outdoor responsibilities, including sweeping, lawn mowing, and security. Their RUNO robots utilize advanced vision technology to monitor and scan properties, such as recognizing vehicle license plates. ViaBot's autonomous solutions feature modular technology, round-the-clock monitoring, easy scheduling, and long operational runtimes, thus enabling businesses like shopping malls and sports arenas to efficiently manage their outdoor environments. The company's commitment to ongoing updates ensures their robots remain effective and adaptable to changing needs.

ACiiST is a provider of innovative IoT infrastructure technology designed for smart city applications. The company specializes in creating a seamless and scalable connectivity platform that utilizes existing street and highway lighting infrastructure to connect outdoor cameras, sensors, displays, and other edge devices. This solution enables cities to enhance security, improve efficiency, and upgrade overall functionality while maintaining a non-disruptive installation process. ACiiST's distributed switching technology significantly reduces costs, offering a solution that is approximately 10% of the alternatives, while also ensuring improved reliability, higher performance, and enhanced security. By leveraging existing electrical systems, ACiiST provides an efficient and cost-effective means of expanding communication points throughout urban environments.

Mesh++ develops solar-powered routers designed for wireless communication networks. Their routers utilize mobile processing power to deliver high-speed WiFi connections across vast areas outdoors and in public places, eliminating the need for cable laying and providing affordable internet access.

Solano Energy is an asset-light power company focused on making renewable energy accessible. It aims to deliver affordable renewable electricity by building a network capable of supporting low upfront capital expenditure. The company develops equipment that automatically generates, stores, and distributes solar energy, leveraging artificial intelligence to optimize performance and energy use. Founded by engineers from Oxford and Cambridge, Solano Energy emphasizes technical innovation to simplify the adoption of solar power and reduce overall power costs for consumers.

Founded in 2019, Swap Robotics is a Canadian company specializing in the manufacture of electric, autonomous robots for utility-scale solar installations. Their robots are designed to cut grass and clear snow from sidewalks, adhering to a robotics-as-a-service concept.

ViaBot Inc. specializes in developing autonomous outdoor robots tailored for commercial maintenance tasks. Founded in 2016 and headquartered in Sunnyvale, California, the company offers multi-functional robots that address various outdoor responsibilities, including sweeping, lawn mowing, and security. Their RUNO robots utilize advanced vision technology to monitor and scan properties, such as recognizing vehicle license plates. ViaBot's autonomous solutions feature modular technology, round-the-clock monitoring, easy scheduling, and long operational runtimes, thus enabling businesses like shopping malls and sports arenas to efficiently manage their outdoor environments. The company's commitment to ongoing updates ensures their robots remain effective and adaptable to changing needs.

Founded in 2019, Swap Robotics is a Canadian company specializing in the manufacture of electric, autonomous robots for utility-scale solar installations. Their robots are designed to cut grass and clear snow from sidewalks, adhering to a robotics-as-a-service concept.

Mesh++ develops solar-powered routers designed for wireless communication networks. Their routers utilize mobile processing power to deliver high-speed WiFi connections across vast areas outdoors and in public places, eliminating the need for cable laying and providing affordable internet access.

ACiiST is a provider of innovative IoT infrastructure technology designed for smart city applications. The company specializes in creating a seamless and scalable connectivity platform that utilizes existing street and highway lighting infrastructure to connect outdoor cameras, sensors, displays, and other edge devices. This solution enables cities to enhance security, improve efficiency, and upgrade overall functionality while maintaining a non-disruptive installation process. ACiiST's distributed switching technology significantly reduces costs, offering a solution that is approximately 10% of the alternatives, while also ensuring improved reliability, higher performance, and enhanced security. By leveraging existing electrical systems, ACiiST provides an efficient and cost-effective means of expanding communication points throughout urban environments.

qZense Labs develops an IoT-based platform and handheld scanners that enable quick, non-destructive internal quality grading of fresh food. The system collects data on ripeness, spoilage, sweetness and shelf life to help retailers predict shelf life, optimize inventory, and strengthen quality control across the food supply chain.

By using Vox container as an actual reusable shipping box, retailers/manufacturers would be able to automate packing/shipping operation and save the world from the waste of millions of paper shipping boxes. Just to install the base station at your suitable location, people can accept multiple deliveries of the container. The smart container is capable to be handled by both human hand and delivery robot.

Mesh++ develops solar-powered routers designed for wireless communication networks. Their routers utilize mobile processing power to deliver high-speed WiFi connections across vast areas outdoors and in public places, eliminating the need for cable laying and providing affordable internet access.

Hearth Labs develops thermal LiDAR sensors that rapidly scan buildings to create detailed thermal digital twins. The sensors capture the missing half of thermal comfort data, enabling precise simulation of heat transfer. Through its analysis platform, the company provides facility managers with insights to optimize energy use, reduce costs, and improve occupant comfort and environmental conditions.

qZense Labs develops an IoT-based platform and handheld scanners that enable quick, non-destructive internal quality grading of fresh food. The system collects data on ripeness, spoilage, sweetness and shelf life to help retailers predict shelf life, optimize inventory, and strengthen quality control across the food supply chain.

Pushme Inc., founded in 2016 and headquartered in Bath, United Kingdom, specializes in manufacturing swappable batteries for bicycles. The company aims to enhance urban mobility by addressing the challenges of charging electric vehicles, which can be cumbersome and costly. Pushme's innovative network of battery swap stations allows local merchants to sell energy, providing cyclists with instant recharging options throughout the city. This approach not only facilitates the use of small, shareable electric vehicles but also promotes a more sustainable mode of transportation. By integrating technology that enables cyclists to convert their pedaling force into electricity, Pushme empowers users to manage their energy costs effectively while reducing cycling fatigue, particularly on long or uphill routes. As a subsidiary of Tier Mobility GmbH, Pushme is part of a broader movement towards sustainable urban mobility solutions.

Hearth Labs develops thermal LiDAR sensors that rapidly scan buildings to create detailed thermal digital twins. The sensors capture the missing half of thermal comfort data, enabling precise simulation of heat transfer. Through its analysis platform, the company provides facility managers with insights to optimize energy use, reduce costs, and improve occupant comfort and environmental conditions.

ViaBot Inc. specializes in developing autonomous outdoor robots tailored for commercial maintenance tasks. Founded in 2016 and headquartered in Sunnyvale, California, the company offers multi-functional robots that address various outdoor responsibilities, including sweeping, lawn mowing, and security. Their RUNO robots utilize advanced vision technology to monitor and scan properties, such as recognizing vehicle license plates. ViaBot's autonomous solutions feature modular technology, round-the-clock monitoring, easy scheduling, and long operational runtimes, thus enabling businesses like shopping malls and sports arenas to efficiently manage their outdoor environments. The company's commitment to ongoing updates ensures their robots remain effective and adaptable to changing needs.

Pushme Inc., founded in 2016 and headquartered in Bath, United Kingdom, specializes in manufacturing swappable batteries for bicycles. The company aims to enhance urban mobility by addressing the challenges of charging electric vehicles, which can be cumbersome and costly. Pushme's innovative network of battery swap stations allows local merchants to sell energy, providing cyclists with instant recharging options throughout the city. This approach not only facilitates the use of small, shareable electric vehicles but also promotes a more sustainable mode of transportation. By integrating technology that enables cyclists to convert their pedaling force into electricity, Pushme empowers users to manage their energy costs effectively while reducing cycling fatigue, particularly on long or uphill routes. As a subsidiary of Tier Mobility GmbH, Pushme is part of a broader movement towards sustainable urban mobility solutions.

Mesh++ develops solar-powered routers designed for wireless communication networks. Their routers utilize mobile processing power to deliver high-speed WiFi connections across vast areas outdoors and in public places, eliminating the need for cable laying and providing affordable internet access.

ACiiST is a provider of innovative IoT infrastructure technology designed for smart city applications. The company specializes in creating a seamless and scalable connectivity platform that utilizes existing street and highway lighting infrastructure to connect outdoor cameras, sensors, displays, and other edge devices. This solution enables cities to enhance security, improve efficiency, and upgrade overall functionality while maintaining a non-disruptive installation process. ACiiST's distributed switching technology significantly reduces costs, offering a solution that is approximately 10% of the alternatives, while also ensuring improved reliability, higher performance, and enhanced security. By leveraging existing electrical systems, ACiiST provides an efficient and cost-effective means of expanding communication points throughout urban environments.

Pushme Inc., founded in 2016 and headquartered in Bath, United Kingdom, specializes in manufacturing swappable batteries for bicycles. The company aims to enhance urban mobility by addressing the challenges of charging electric vehicles, which can be cumbersome and costly. Pushme's innovative network of battery swap stations allows local merchants to sell energy, providing cyclists with instant recharging options throughout the city. This approach not only facilitates the use of small, shareable electric vehicles but also promotes a more sustainable mode of transportation. By integrating technology that enables cyclists to convert their pedaling force into electricity, Pushme empowers users to manage their energy costs effectively while reducing cycling fatigue, particularly on long or uphill routes. As a subsidiary of Tier Mobility GmbH, Pushme is part of a broader movement towards sustainable urban mobility solutions.

Pushme Inc., founded in 2016 and headquartered in Bath, United Kingdom, specializes in manufacturing swappable batteries for bicycles. The company aims to enhance urban mobility by addressing the challenges of charging electric vehicles, which can be cumbersome and costly. Pushme's innovative network of battery swap stations allows local merchants to sell energy, providing cyclists with instant recharging options throughout the city. This approach not only facilitates the use of small, shareable electric vehicles but also promotes a more sustainable mode of transportation. By integrating technology that enables cyclists to convert their pedaling force into electricity, Pushme empowers users to manage their energy costs effectively while reducing cycling fatigue, particularly on long or uphill routes. As a subsidiary of Tier Mobility GmbH, Pushme is part of a broader movement towards sustainable urban mobility solutions.

Pushme Inc., founded in 2016 and headquartered in Bath, United Kingdom, specializes in manufacturing swappable batteries for bicycles. The company aims to enhance urban mobility by addressing the challenges of charging electric vehicles, which can be cumbersome and costly. Pushme's innovative network of battery swap stations allows local merchants to sell energy, providing cyclists with instant recharging options throughout the city. This approach not only facilitates the use of small, shareable electric vehicles but also promotes a more sustainable mode of transportation. By integrating technology that enables cyclists to convert their pedaling force into electricity, Pushme empowers users to manage their energy costs effectively while reducing cycling fatigue, particularly on long or uphill routes. As a subsidiary of Tier Mobility GmbH, Pushme is part of a broader movement towards sustainable urban mobility solutions.

ViaBot Inc. specializes in developing autonomous outdoor robots tailored for commercial maintenance tasks. Founded in 2016 and headquartered in Sunnyvale, California, the company offers multi-functional robots that address various outdoor responsibilities, including sweeping, lawn mowing, and security. Their RUNO robots utilize advanced vision technology to monitor and scan properties, such as recognizing vehicle license plates. ViaBot's autonomous solutions feature modular technology, round-the-clock monitoring, easy scheduling, and long operational runtimes, thus enabling businesses like shopping malls and sports arenas to efficiently manage their outdoor environments. The company's commitment to ongoing updates ensures their robots remain effective and adaptable to changing needs.

Néit Luggage, the world’s first Smart, Collapsible, Hard Case Luggage. Without compromising durability nor protection of your personal belongings, Néit Luggage is able to go from about 35CM to less than 8CM and simply slide under your bed or get hung next to your suits or dresses thanks to their carabiner-style handle. Not only smart in the respect that it reduces in size in a cramped space, but it also has GPS incorporated with their Travel Lifestyle app, making sure you’re never hung out to dry.

Founded in 2016, Scooterson is a San Francisco-based company specializing in the manufacture of electric kick-scooters. Their products feature innovative body-gesture-control technology, eliminating the need for acceleration levers or gear changers.

LumenCache develops low-voltage energy management systems that optimize power distribution and energy resilience by integrating centralized smart electronics, plug-and-play features, and compatibility with renewable sources. The platform connects DC microgrids, photovoltaic systems, and batteries through structured wiring to maximize efficiency, reduce wiring costs, and enhance safety. It aims to replace traditional AC wiring in new homes and buildings, starting with lighting and small-load devices, enabling scalable, reliable operation across various applications. Active since 2012, the system has been deployed globally—from solar-powered public infrastructure to multi-story buildings—demonstrating longevity, reliability, and adaptability of the technology and its patents.