Liquid 2 Ventures

Carbon Robotics is a robotics company dedicated to advancing agricultural practices through innovative technology. The company's flagship product, the Autonomous Weeder, employs artificial intelligence and computer vision to autonomously identify and eliminate weeds in crop fields. By distinguishing between crops and unwanted plants, the Autonomous Weeder effectively removes weeds without the need for herbicides or manual labor, presenting a sustainable and efficient solution for weed management. This technology not only enhances farming methods but also aims to optimize crop yields, thereby revolutionizing traditional agricultural tasks and promoting more sustainable farming practices.

Natilus Inc. is a California-based company that specializes in manufacturing aircraft drones for freight forwarding. Founded in 2016 by Aleksey Matyushev and Anatoly Starikov, the company aims to transform the air cargo industry through innovative designs and advanced technology. With a team of engineering experts who have extensive experience in various aviation sectors, Natilus seeks to reduce air freight costs and improve accessibility for underdeveloped areas, ultimately enhancing global supply chain efficiency and sustainability. Its aircraft, including the Kona short-haul UAV, Alisio medium/long-range UAV, and Nordes long-range UAV, are constructed from carbon fiber composites and utilize existing ground infrastructure and standard air cargo containers. This design allows for remote piloting capabilities and positions Natilus to capitalize on a significant market opportunity, projecting an expansion of the air freight sector to $470 billion through cost reductions and increased efficiency.

Inversion specializes in developing affordable, reusable spacecraft designed for commercial and defense industries. Their primary focus is creating autonomous re-entry vehicles to facilitate global cargo delivery, space station resupply, and resource return, aiming to make space exploration more accessible and sustainable.

Carbon Robotics is a robotics company dedicated to advancing agricultural practices through innovative technology. The company's flagship product, the Autonomous Weeder, employs artificial intelligence and computer vision to autonomously identify and eliminate weeds in crop fields. By distinguishing between crops and unwanted plants, the Autonomous Weeder effectively removes weeds without the need for herbicides or manual labor, presenting a sustainable and efficient solution for weed management. This technology not only enhances farming methods but also aims to optimize crop yields, thereby revolutionizing traditional agricultural tasks and promoting more sustainable farming practices.

Alba Orbital specializes in the design and development of small commercial satellite platforms, particularly pico-satellites weighing less than 1 kg. By focusing on cost-effective solutions, Alba Orbital aims to democratize access to space, significantly reducing the expenses associated with satellite construction and launch compared to traditional CubeSats, which often cost six figures. Their innovative pico-satellites provide rapid Earth observation capabilities, delivering data at minute intervals rather than the hours or days typical of conventional satellites. As leaders in this niche market, Alba Orbital maintains close partnerships with organizations such as the European Space Agency, contributing to research and advancements in satellite technology.

Alba Orbital specializes in the design and development of small commercial satellite platforms, particularly pico-satellites weighing less than 1 kg. By focusing on cost-effective solutions, Alba Orbital aims to democratize access to space, significantly reducing the expenses associated with satellite construction and launch compared to traditional CubeSats, which often cost six figures. Their innovative pico-satellites provide rapid Earth observation capabilities, delivering data at minute intervals rather than the hours or days typical of conventional satellites. As leaders in this niche market, Alba Orbital maintains close partnerships with organizations such as the European Space Agency, contributing to research and advancements in satellite technology.

Inversion specializes in developing affordable, reusable spacecraft designed for commercial and defense industries. Their primary focus is creating autonomous re-entry vehicles to facilitate global cargo delivery, space station resupply, and resource return, aiming to make space exploration more accessible and sustainable.

TraceAir is a construction site development acceleration platform that offers software and services tailored for land developers, home builders, and contractors. The company specializes in construction site monitoring, utilizing advanced technology, including drones, to provide insights that measure, verify, and quantify progress during the site work stage. By connecting real-world construction activities with planned virtual designs through a visual map-based interface, TraceAir enhances decision-making and planning for builders. This approach not only significantly reduces budget and timeline uncertainties but also allows for improved project quality and cost control, enabling timely project completion within budget constraints.

Founded in 2016, CrowdAI develops an AI-as-a-service platform that enables users to create custom machine learning models for analyzing imagery and video without requiring data science background or coding. Its solutions are used to identify features in satellite imagery and track moving obstacles for autonomous vehicles and drones.

Scoot Science develops ocean data analysis software and advisory services to help marine operations reduce risk and improve efficiency. The software collects local ocean data via autonomous underwater vehicles, combines traditional numerical models with predictive artificial intelligence, and generates forecasts that support informed logistics and asset protection. The company provides guidance across operations, sustainability, and finance to help customers, such as fish farmers, protect assets, operate more sustainably, and enhance profitability through expanded assessment capabilities.

TraceAir is a construction site development acceleration platform that offers software and services tailored for land developers, home builders, and contractors. The company specializes in construction site monitoring, utilizing advanced technology, including drones, to provide insights that measure, verify, and quantify progress during the site work stage. By connecting real-world construction activities with planned virtual designs through a visual map-based interface, TraceAir enhances decision-making and planning for builders. This approach not only significantly reduces budget and timeline uncertainties but also allows for improved project quality and cost control, enabling timely project completion within budget constraints.

Natilus Inc. is a California-based company that specializes in manufacturing aircraft drones for freight forwarding. Founded in 2016 by Aleksey Matyushev and Anatoly Starikov, the company aims to transform the air cargo industry through innovative designs and advanced technology. With a team of engineering experts who have extensive experience in various aviation sectors, Natilus seeks to reduce air freight costs and improve accessibility for underdeveloped areas, ultimately enhancing global supply chain efficiency and sustainability. Its aircraft, including the Kona short-haul UAV, Alisio medium/long-range UAV, and Nordes long-range UAV, are constructed from carbon fiber composites and utilize existing ground infrastructure and standard air cargo containers. This design allows for remote piloting capabilities and positions Natilus to capitalize on a significant market opportunity, projecting an expansion of the air freight sector to $470 billion through cost reductions and increased efficiency.

Founded in 2017, Skyways is a Texas-based company developing advanced unmanned aerial systems. They specialize in vertical take-off and landing (VTOL) drones for cargo transportation, with a payload capacity of up to 45 pounds. Their focus lies in creating autonomous delivery drones equipped with software and AI technology for full autonomy and large-scale fleet operations.

Anduril Industries is a defense technology company that designs, develops, and deploys hardware and software to address national security challenges for the United States and its allies. It offers the Lattice Platform, an AI-based system that fuses real-time data from computer vision, machine learning, and mesh networking into a single autonomous operating picture; Sentry Tower, which integrates data across the electromagnetic spectrum; Ghost sUAS, an unmanned autonomous, man-portable drone capable of performing missions with limited human intervention; and Anvil sUAS, a precision kinetic intercept that autonomously navigates to counter potential drone threats with visual verification by a human operator. Founded in 2017, Anduril is based in Irvine, California, with additional offices in Orange County, California; Washington, D.C.; and Seattle, Washington.

Founded in 2017, Skyways is a Texas-based company developing advanced unmanned aerial systems. They specialize in vertical take-off and landing (VTOL) drones for cargo transportation, with a payload capacity of up to 45 pounds. Their focus lies in creating autonomous delivery drones equipped with software and AI technology for full autonomy and large-scale fleet operations.

Volansi, Inc. is a logistics and transportation company specializing in the manufacture of heavy-payload drones designed for commercial, defense, and humanitarian use. Founded in 2015 and headquartered in Concord, California, Volansi develops autonomous aerial delivery systems that enable time-critical shipments over long distances. The company's unmanned aerial vehicles are utilized across various industries, including construction, oil and gas, mining, and healthcare, providing on-demand and point-to-point delivery solutions. By focusing on fixed routes, Volansi addresses specific logistical challenges related to time and cost, enhancing the efficiency of goods delivery for enterprise customers.

Iris Automation Inc. is a safety avionics technology company that specializes in developing collision avoidance systems for industrial drones. Founded in 2015 and headquartered in San Francisco, California, with an additional operation in Reno, Nevada, Iris Automation provides an artificial intelligence solution that integrates real-time imagery with 3D mapping to detect and avoid both dynamic and static objects, including aircraft and wildlife. Its Casia system can operate onboard aircraft or from a ground-based configuration, facilitating safe flight with minimal human intervention. The company collaborates closely with civil aviation authorities worldwide to ensure the safe implementation of uncrewed aircraft operations beyond visual line of sight, participating in various regulatory programs and initiatives. Recognized for its innovation, Iris Automation is committed to unlocking the potential of uncrewed flight across multiple industries.

Iris Automation Inc. is a safety avionics technology company that specializes in developing collision avoidance systems for industrial drones. Founded in 2015 and headquartered in San Francisco, California, with an additional operation in Reno, Nevada, Iris Automation provides an artificial intelligence solution that integrates real-time imagery with 3D mapping to detect and avoid both dynamic and static objects, including aircraft and wildlife. Its Casia system can operate onboard aircraft or from a ground-based configuration, facilitating safe flight with minimal human intervention. The company collaborates closely with civil aviation authorities worldwide to ensure the safe implementation of uncrewed aircraft operations beyond visual line of sight, participating in various regulatory programs and initiatives. Recognized for its innovation, Iris Automation is committed to unlocking the potential of uncrewed flight across multiple industries.

PreNav develops autonomous drone-based inspection systems for infrastructure. Its solution combines a commercial drone, a ground-based guidance robot, and mission planning and data analysis software to assess complex assets such as cell towers, wind turbines, bridges, and buildings with centimeter-level precision. The platform enables automated capture of photos and measurements from targeted locations to create accurate 3D models and identify structural damage, wear, and key components like nuts, bolts, and cables. Founded in 2013 and based in San Carlos, California, PreNav has expanded its offerings to perform inspections on large industrial sites, including wind turbines, and uses computer vision and machine learning to automate localization, planning, and analysis, reducing the need for manual rope-access inspections and enabling data-driven asset management.