Liquid 2 Ventures

Carbon Robotics is a robotics company dedicated to advancing agricultural practices through innovative technology. Its flagship product, the Autonomous Weeder, is designed to autonomously identify and remove weeds from crop fields. This robotic system employs artificial intelligence and computer vision to differentiate between crops and weeds, allowing it to accurately target and eliminate unwanted plants without the use of herbicides or manual labor. By offering a more sustainable and efficient approach to weed management, Carbon Robotics aims to transform traditional farming methods and help farmers optimize crop yields.

Natilus Inc., founded in 2016 and based in San Jose, California, develops innovative aircraft drones for freight forwarding. Co-founded by Aleksey Matyushev and Anatoly Starikov, the company aims to revolutionize the freight transport industry through advanced technology and design, leveraging a team with extensive experience in various aviation sectors. Natilus seeks to reduce air freight costs, making goods more affordable and enhancing global trade by connecting underdeveloped regions. The market for autonomous cargo aircraft is estimated to exceed $280 billion, and Natilus projects that its cost-effective solutions could expand the total addressable market to $470 billion. The company’s drones utilize carbon fiber composites and existing engine technology, allowing for efficient operation with standard air cargo containers. Its product line includes several models tailored for varying ranges and capacities, providing a comprehensive solution for transport and delivery companies.

Inversion Space is a privately held company focused on transforming the utilization of space through the development of affordable and high-frequency return vehicles. Aimed at both commercial and defense sectors, Inversion's vehicles are designed to facilitate global delivery, resupply missions to space stations, and the return of resources from space. This capability is essential for supporting human activities in low-Earth orbit and beyond, allowing clients to access efficient and cost-effective re-entry solutions.

Carbon Robotics is a robotics company dedicated to advancing agricultural practices through innovative technology. Its flagship product, the Autonomous Weeder, is designed to autonomously identify and remove weeds from crop fields. This robotic system employs artificial intelligence and computer vision to differentiate between crops and weeds, allowing it to accurately target and eliminate unwanted plants without the use of herbicides or manual labor. By offering a more sustainable and efficient approach to weed management, Carbon Robotics aims to transform traditional farming methods and help farmers optimize crop yields.

Alba Orbital specializes in the design and development of pico-satellites, which are lightweight satellites weighing less than 1 kg. By creating cost-effective satellite platforms, Alba Orbital aims to democratize access to space, significantly reducing the financial barriers associated with traditional satellite launches, which can reach six figures even for small CubeSats. Their pico-satellites provide rapid Earth observation capabilities, offering timely data at intervals of minutes, unlike conventional satellites that may take hours or days to relay information. As a recognized leader in this niche market, Alba Orbital collaborates closely with the European Space Agency (ESA) and engages in research initiatives to advance satellite technology.

Alba Orbital specializes in the design and development of pico-satellites, which are lightweight satellites weighing less than 1 kg. By creating cost-effective satellite platforms, Alba Orbital aims to democratize access to space, significantly reducing the financial barriers associated with traditional satellite launches, which can reach six figures even for small CubeSats. Their pico-satellites provide rapid Earth observation capabilities, offering timely data at intervals of minutes, unlike conventional satellites that may take hours or days to relay information. As a recognized leader in this niche market, Alba Orbital collaborates closely with the European Space Agency (ESA) and engages in research initiatives to advance satellite technology.

Inversion Space is a privately held company focused on transforming the utilization of space through the development of affordable and high-frequency return vehicles. Aimed at both commercial and defense sectors, Inversion's vehicles are designed to facilitate global delivery, resupply missions to space stations, and the return of resources from space. This capability is essential for supporting human activities in low-Earth orbit and beyond, allowing clients to access efficient and cost-effective re-entry solutions.

TraceAir is a construction site development acceleration platform that offers software and services to land developers, home builders, and contractors. Its software enables users to measure, verify, and quantify construction progress during the site work stage, effectively reducing budget and timeline uncertainties. By utilizing drone technology, TraceAir provides faster, more cost-effective, and convenient monitoring compared to traditional methods. The platform connects the actual state of the construction site with the planned virtual design through a visual map-based interface, facilitating accurate and timely project execution. This capability empowers companies to better control project quality and costs, ensuring completion within budget.

Dexterity Inc., established in 2017 and headquartered in Palo Alto, California, specializes in robot dexterity solutions for logistics, warehousing, and supply chain operations. The company offers a 'robots as a service' model, providing businesses with efficient integration of robotics into their supply chain. Dexterity's flagship product, DexR, is a two-armed robot equipped with machine vision and force sensing technologies, designed for tasks such as truck loading.

CrowdAI, Inc. is a technology company based in Mountain View, California, founded in 2016. It offers an artificial intelligence-as-a-service platform designed for analyzing imagery from autonomous vehicles, satellites, and drones. The platform enables users to create custom machine learning models for processing and interpreting images and video, making it accessible to individuals without a data science background. By transforming raw visual data into structured insights, CrowdAI facilitates the identification of features in satellite imagery and the tracking of obstacles for self-driving cars and automated drones. This approach not only streamlines the model creation process but also allows for the integration of real-time data, supporting operational decision-making across various applications.

Scoot Science is a company that specializes in ocean data analysis software aimed at reducing marine risk through advanced ocean observing and forecasting. By utilizing autonomous underwater vehicles, Scoot Science gathers data on local ocean conditions and generates forecasts that address existing data gaps. Their software integrates traditional numerical ocean models with predictive artificial intelligence, allowing marine stakeholders to make informed decisions regarding logistics and operations. Additionally, the company offers consulting services to fish farmers, helping them protect their assets, enhance sustainability, and improve profitability through innovative assessment solutions.

TraceAir is a construction site development acceleration platform that offers software and services to land developers, home builders, and contractors. Its software enables users to measure, verify, and quantify construction progress during the site work stage, effectively reducing budget and timeline uncertainties. By utilizing drone technology, TraceAir provides faster, more cost-effective, and convenient monitoring compared to traditional methods. The platform connects the actual state of the construction site with the planned virtual design through a visual map-based interface, facilitating accurate and timely project execution. This capability empowers companies to better control project quality and costs, ensuring completion within budget.

Dexterity Inc., established in 2017 and headquartered in Palo Alto, California, specializes in robot dexterity solutions for logistics, warehousing, and supply chain operations. The company offers a 'robots as a service' model, providing businesses with efficient integration of robotics into their supply chain. Dexterity's flagship product, DexR, is a two-armed robot equipped with machine vision and force sensing technologies, designed for tasks such as truck loading.

Natilus Inc., founded in 2016 and based in San Jose, California, develops innovative aircraft drones for freight forwarding. Co-founded by Aleksey Matyushev and Anatoly Starikov, the company aims to revolutionize the freight transport industry through advanced technology and design, leveraging a team with extensive experience in various aviation sectors. Natilus seeks to reduce air freight costs, making goods more affordable and enhancing global trade by connecting underdeveloped regions. The market for autonomous cargo aircraft is estimated to exceed $280 billion, and Natilus projects that its cost-effective solutions could expand the total addressable market to $470 billion. The company’s drones utilize carbon fiber composites and existing engine technology, allowing for efficient operation with standard air cargo containers. Its product line includes several models tailored for varying ranges and capacities, providing a comprehensive solution for transport and delivery companies.

Skyways is a company based in Austin, Texas, specializing in the development and construction of vertical take-off and landing (VTOL) drones. These drones are designed primarily for military applications, providing autonomous delivery systems that can transport payloads of up to 45 pounds without risking human life. Founded in 2017 and backed by Y Combinator, Skyways aims to revolutionize cargo transportation and is also exploring the future potential of personal air transportation services. The company emphasizes the development of advanced software to support full autonomy and large-scale fleet operations, positioning itself as a leader in unmanned transport solutions for emergency situations and military logistics.

Anduril Industries, Inc. is a defense technology company that designs, manufactures, and deploys advanced hardware and software products to address complex national security challenges faced by the United States and its allies. Founded in 2017 and headquartered in Irvine, California, with additional offices in Washington, D.C., and Seattle, the company employs top technical talent to create innovative solutions. Its offerings include the Lattice Platform, which integrates artificial intelligence, computer vision, and machine learning to provide a cohesive operational picture; the Sentry Tower, which collects data across the electromagnetic spectrum; and the Ghost sUAS, a man-portable unmanned aerial system capable of performing various missions autonomously. Additionally, Anduril develops the Anvil sUAS, designed for precise drone threat interception while providing visual feedback for human operators. Through its cutting-edge technology, Anduril aims to enhance defense capabilities and support frontline personnel in safeguarding national interests.

Skyways is a company based in Austin, Texas, specializing in the development and construction of vertical take-off and landing (VTOL) drones. These drones are designed primarily for military applications, providing autonomous delivery systems that can transport payloads of up to 45 pounds without risking human life. Founded in 2017 and backed by Y Combinator, Skyways aims to revolutionize cargo transportation and is also exploring the future potential of personal air transportation services. The company emphasizes the development of advanced software to support full autonomy and large-scale fleet operations, positioning itself as a leader in unmanned transport solutions for emergency situations and military logistics.

Volansi, Inc. is a logistics and transportation company that specializes in the manufacture of heavy-payload drones for various sectors, including commercial, defense, and humanitarian applications. Founded in 2015 and headquartered in Concord, California, Volansi designs and operates unmanned aerial vehicles to facilitate time-critical deliveries over long distances. The company targets industries such as construction, oil and gas, mining, and healthcare, providing on-demand and point-to-point shipment solutions. Its drones are engineered to deliver goods along fixed routes, addressing specific challenges related to time and cost, thereby enabling enterprises to optimize their logistics and improve operational efficiency.

Iris Automation Inc. is a technology company focused on developing collision avoidance systems for industrial drones, enhancing their operational safety. Founded in 2015 and based in San Francisco, California, with an additional location in Reno, Nevada, the company offers an artificial intelligence system that combines real-time imagery with 3D mapping to detect and avoid both static and dynamic obstacles. This system, known as Casia, can function on-board aircraft or in ground-based configurations, facilitating safe flights with minimal human intervention. Iris Automation also collaborates with global civil aviation authorities to create regulatory frameworks that enable uncrewed aircraft to operate beyond visual line of sight. The company is actively involved in various pilot programs, including those with the FAA and NASA, and has been recognized for its technological innovations in the aviation sector.

Iris Automation Inc. is a technology company focused on developing collision avoidance systems for industrial drones, enhancing their operational safety. Founded in 2015 and based in San Francisco, California, with an additional location in Reno, Nevada, the company offers an artificial intelligence system that combines real-time imagery with 3D mapping to detect and avoid both static and dynamic obstacles. This system, known as Casia, can function on-board aircraft or in ground-based configurations, facilitating safe flights with minimal human intervention. Iris Automation also collaborates with global civil aviation authorities to create regulatory frameworks that enable uncrewed aircraft to operate beyond visual line of sight. The company is actively involved in various pilot programs, including those with the FAA and NASA, and has been recognized for its technological innovations in the aviation sector.