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Mesh++ is a developer of solar-powered wireless communication technologies aimed at providing high-speed WiFi connectivity in outdoor and public spaces. The company specializes in creating solar-powered routers that leverage mobile processing power to deliver reliable internet access, particularly in remote areas and locations that lack conventional infrastructure. By focusing on sustainable energy solutions, Mesh++ enables users to access high-speed internet at a low cost, thereby enhancing connectivity in communities and expanding digital inclusion.

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++ is a developer of solar-powered wireless communication technologies aimed at providing high-speed WiFi connectivity in outdoor and public spaces. The company specializes in creating solar-powered routers that leverage mobile processing power to deliver reliable internet access, particularly in remote areas and locations that lack conventional infrastructure. By focusing on sustainable energy solutions, Mesh++ enables users to access high-speed internet at a low cost, thereby enhancing connectivity in communities and expanding digital inclusion.

Solano Energy is an innovative power company established by a team of engineers from Oxford and Cambridge, focusing on making renewable energy accessible to a broader audience. The company specializes in developing smart renewable energy equipment that automatically generates, stores, and distributes solar energy. By providing a sustainable energy solution, Solano aims to address the challenges of creating a renewable energy-capable network without the need for substantial upfront capital expenditures. Their approach is designed to empower consumers to adopt a sustainable lifestyle while contributing to the transition toward affordable and clean energy.

Swap Robotics, founded in 2019 and based in Kitchener, Ontario, specializes in the development of electric outdoor robots designed for vegetation cutting and snow plowing. The company focuses on creating sustainable outdoor work equipment and offers commercial-ready robots for tasks such as grass cutting and sidewalk snow plowing. Utilizing a robotics-as-a-service model, Swap Robotics integrates an in-house hydraulics platform that allows for the easy swapping of attachments, enabling a variety of applications. This innovation aims to streamline and automate outdoor maintenance tasks, particularly in solar vegetation management, through the use of electric autonomous robots.

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.

Swap Robotics, founded in 2019 and based in Kitchener, Ontario, specializes in the development of electric outdoor robots designed for vegetation cutting and snow plowing. The company focuses on creating sustainable outdoor work equipment and offers commercial-ready robots for tasks such as grass cutting and sidewalk snow plowing. Utilizing a robotics-as-a-service model, Swap Robotics integrates an in-house hydraulics platform that allows for the easy swapping of attachments, enabling a variety of applications. This innovation aims to streamline and automate outdoor maintenance tasks, particularly in solar vegetation management, through the use of electric autonomous robots.

Mesh++ is a developer of solar-powered wireless communication technologies aimed at providing high-speed WiFi connectivity in outdoor and public spaces. The company specializes in creating solar-powered routers that leverage mobile processing power to deliver reliable internet access, particularly in remote areas and locations that lack conventional infrastructure. By focusing on sustainable energy solutions, Mesh++ enables users to access high-speed internet at a low cost, thereby enhancing connectivity in communities and expanding digital inclusion.

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 advanced Internet of Things (IoT) devices designed for the non-destructive internal quality grading of fresh food. By employing handheld scanners and loggers, the company collects data on key quality metrics such as ripeness, internal spoilage, sweetness, and shelf life. This technology empowers retailers to enhance the quality of fresh food offerings while optimizing supply chain operations. With its innovative approach, qZense Labs enables food retailers to better predict shelf life and manage inventory, ensuring that customers receive the highest quality products.

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++ is a developer of solar-powered wireless communication technologies aimed at providing high-speed WiFi connectivity in outdoor and public spaces. The company specializes in creating solar-powered routers that leverage mobile processing power to deliver reliable internet access, particularly in remote areas and locations that lack conventional infrastructure. By focusing on sustainable energy solutions, Mesh++ enables users to access high-speed internet at a low cost, thereby enhancing connectivity in communities and expanding digital inclusion.

Hearth Labs is a New York City-based company that specializes in developing thermal-LiDAR sensors designed to enhance the understanding of thermal comfort in built environments. Their innovative technology includes a thermal light detection and ranging sensor along with an analysis platform that enables the rapid scanning of buildings to create detailed thermal digital twins. This capability allows for accurate modeling of heat transfer, identification of performance improvement opportunities, and the design of effective retrofit projects. By measuring the thermal environment, Hearth Labs aims to reduce energy consumption related to heating, ventilation, and air conditioning systems while simultaneously enhancing occupant thermal comfort.

qZense Labs develops advanced Internet of Things (IoT) devices designed for the non-destructive internal quality grading of fresh food. By employing handheld scanners and loggers, the company collects data on key quality metrics such as ripeness, internal spoilage, sweetness, and shelf life. This technology empowers retailers to enhance the quality of fresh food offerings while optimizing supply chain operations. With its innovative approach, qZense Labs enables food retailers to better predict shelf life and manage inventory, ensuring that customers receive the highest quality products.

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 is a New York City-based company that specializes in developing thermal-LiDAR sensors designed to enhance the understanding of thermal comfort in built environments. Their innovative technology includes a thermal light detection and ranging sensor along with an analysis platform that enables the rapid scanning of buildings to create detailed thermal digital twins. This capability allows for accurate modeling of heat transfer, identification of performance improvement opportunities, and the design of effective retrofit projects. By measuring the thermal environment, Hearth Labs aims to reduce energy consumption related to heating, ventilation, and air conditioning systems while simultaneously enhancing occupant thermal comfort.

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++ is a developer of solar-powered wireless communication technologies aimed at providing high-speed WiFi connectivity in outdoor and public spaces. The company specializes in creating solar-powered routers that leverage mobile processing power to deliver reliable internet access, particularly in remote areas and locations that lack conventional infrastructure. By focusing on sustainable energy solutions, Mesh++ enables users to access high-speed internet at a low cost, thereby enhancing connectivity in communities and expanding digital inclusion.

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.

Scooterson Inc. is a technology start-up based in San Francisco, California, specializing in the manufacturing of innovative electric kick-scooters. Founded in 2016, the company aims to revolutionize urban mobility by offering semi-autonomous scooters that enhance the riding experience. These scooters feature body-gesture control, eliminating the need for traditional acceleration levers or gear changers, and are constructed from precision-machined aerospace-grade alloy parts. Leveraging advanced technologies such as artificial intelligence, teleoperation, and big data analysis, Scooterson’s products are designed to adjust driving speed while maintaining safety, making them appealing to both individual users and private fleet operators in the personal mobility market.

LumenCache is a manufacturer of lighting systems and fixtures that focuses on creating a reliable wired infrastructure for lighting in homes and buildings. The company replaces traditional alternating current (AC) power distribution with a direct current (DC) system, allowing for replaceable modules that can power and control individual lights, switches, and fans. By integrating modern structured wiring, LumenCache connects various technologies, including microgrids and batteries, to facilitate the adoption of smart building products. This approach addresses the obsolescence and reliability issues often associated with wireless platforms, thereby enhancing the installation of smart devices. Since its establishment, LumenCache has demonstrated the longevity, safety, and adaptability of its platform through various applications worldwide, ranging from solar-powered bus stops to multi-story apartment buildings. The company's innovative solutions are poised to significantly impact the construction industry and the growing market for smart products.