Woven Capital

UVeye Ltd. is a computer vision company that specializes in designing and manufacturing advanced vehicle inspection systems. Established in 2016 and based in Stamford, Connecticut, UVeye's technology employs high-resolution cameras and machine learning algorithms to scan vehicles quickly, identifying anomalies such as oil leaks, rust, and potential security threats like concealed weapons. The company's offerings include a stationary under vehicle inspection system and a lightweight mobile unit, both capable of generating 3D images of a vehicle's undercarriage. These systems are utilized in over 200 locations worldwide, including government facilities, dealerships, and vehicle fleets. UVeye's products also feature license plate recognition capabilities, storing vehicle information for future reference. The company has received support from notable investors, including major automotive manufacturers, emphasizing its importance in enhancing maintenance and security across various sectors.

WeaveGrid is a company that focuses on facilitating the integration of electric vehicles (EV) with the electrical grid in collaboration with utilities and EV owners. Its software solution employs machine learning, optimization, and predictive analytics to address various challenges associated with EV-grid integration. By doing so, WeaveGrid enhances the ability of utilities to support the expansion of electric vehicles and the adoption of renewable energy resources. This approach not only promotes rapid decarbonization in the transportation and power sectors but also helps utility customers reduce their bills.

Stoke Space is dedicated to developing a fully reusable medium-lift rocket named Nova, aimed at providing cost-effective and sustainable access to space. The company focuses on creating rockets that can be reused multiple times, offering low-cost, on-demand launch services designed for daily operations. By emphasizing sustainability, Stoke Space seeks to reduce the atmospheric impact of space missions while supporting the growth of the space economy. Their vertically integrated design and manufacturing capabilities enable them to deliver reliable solutions for clients looking to launch satellites efficiently and sustainably.

Shippeo is a company that specializes in providing real-time visibility for supply chain transportation. Established in 2014, it offers a platform that allows shippers, carriers, and logistics service providers to track deliveries in real time, enhancing communication with end customers. By integrating with various transportation management systems and data sources, Shippeo delivers accurate location data and estimated times of arrival, which helps businesses reduce transportation costs and improve customer satisfaction. The platform serves a wide range of clients across Europe, tracking over 40,000 deliveries monthly and connecting with more than 600 carriers. Notable clients include leading companies like Leroy Merlin, Saint-Gobain, and Faurecia.

WeaveGrid is a company that focuses on facilitating the integration of electric vehicles (EV) with the electrical grid in collaboration with utilities and EV owners. Its software solution employs machine learning, optimization, and predictive analytics to address various challenges associated with EV-grid integration. By doing so, WeaveGrid enhances the ability of utilities to support the expansion of electric vehicles and the adoption of renewable energy resources. This approach not only promotes rapid decarbonization in the transportation and power sectors but also helps utility customers reduce their bills.

Third Wave Automation, Inc. specializes in developing autonomous forklift technology that leverages machine learning and computer vision to enhance material handling. Founded in 2018 and based in Union City, California, the company has created a Shared Autonomy Platform that allows forklifts to perform intricate tasks under the supervision of human operators, who can intervene as necessary. This approach improves safety and operational efficiency within warehouses and supply chains. By integrating advanced robotics and deep learning, Third Wave Automation's solutions facilitate precise automated movement of materials and adapt to varying warehouse configurations and demands, thereby enhancing overall throughput and effectiveness in logistics operations.

Corvus Energy Ltd. specializes in the research, development, manufacture, and supply of energy storage solutions tailored for marine, oil and gas, and port applications. Founded in 2009 and headquartered in Richmond, Canada, the company utilizes lithium-ion battery technologies to create modular energy storage systems that deliver reliable and safe power for hybrid and electric propulsion. These systems are designed to support various sectors, including cruise and ferry, offshore, fishing, aquaculture, tugs, workboats, and merchant shipping. In addition to its products, Corvus Energy offers a range of services such as technical support, spare parts, field service, training, consulting, and upgrades. The company's innovative solutions enable significant energy savings and contribute to clean energy leadership within the industry, providing clients with strong returns on investment.

Intuition Robotics Ltd. is a company based in Ramat Gan, Israel, founded in 2015. It specializes in designing and developing artificial intelligence-based social companion technologies aimed at improving the quality of life for older adults. The company’s technology includes robots that facilitate seamless connections between older individuals and their family and friends, making technology more accessible and user-friendly. By employing proprietary algorithms, Intuition Robotics' digital companions proactively engage users, helping to address challenges such as loneliness, social isolation, and health issues. The company’s focus is on enabling older adults to maintain their independence for longer periods while promoting an active lifestyle.

Foretellix Ltd. is a company based in Tel Aviv, Israel, focused on developing a verification framework for Intelligent Autonomous Systems, particularly in the realm of Autonomous Vehicles. Founded in 2010, Foretellix offers solutions that automate the safety verification of complex automated driving systems, addressing the challenges of risk, cost, and time to market. The company has created a platform that automates the analysis of safety-related coverage metrics, ensuring that vehicles perform correctly across a wide range of driving scenarios. This platform enables comprehensive coverage verification services, which are essential for confirming the safety and reliability of autonomous vehicles prior to their deployment. Additionally, Foretellix has developed a standardized language for describing autonomous vehicle scenarios, further enhancing its contributions to the field of automotive safety verification.

Nuro, Inc. is a technology company established in 2016 and headquartered in Mountain View, California. The company specializes in manufacturing self-driving vehicles specifically designed for local goods transportation. Nuro's autonomous delivery service enhances local commerce by enabling merchants to efficiently deliver a wide range of products, including food and pharmaceuticals, directly to customers. Their fleet of electric, fully autonomous vehicles aims to provide quick, affordable, and safe delivery options, thereby transforming the logistics of local deliveries.

Renovo Auto builds technology for Automated Mobility on Demand systems. Its technology merges self-driving software, data analytics, and automotive-grade safety systems into a unified high-performance solution. Renovo-enabled vehicles command hundreds of sensors generating multiple terabytes of data—each hour—on a safe, secure, and scalable platform developed in extremely demanding environments.

Carmera develops a street-level intelligence platform that offers real-time 3D maps and critical navigation data for autonomous vehicles. The company also provides 3D scene reconstruction and analytics data tailored for sectors such as architecture, construction, and real estate. Carmera operates a proprietary and crowdsourced vehicular sensor network that continually collects updated 3D scene data and change detection analytics. Its technology enhances safety for vehicles on urban streets while adhering to privacy standards. By delivering rich insights through advanced machine vision and geospatial data pipelines, Carmera aims to facilitate informed decision-making in various industries, ultimately striving to automate urban environments with accessible, real-time intelligence.

Ridecell, Inc. specializes in fleet automation and management software solutions aimed at transforming fleet-driven businesses. Founded in 2009 and headquartered in San Francisco, with additional offices in Europe and Asia, Ridecell offers a range of products including Demand-Response software for automating dispatch and scheduling, and Fixed Route services that provide real-time tracking and notifications for public transit users. The Ridecell platform streamlines the management of ridesharing and car-sharing operations, covering aspects such as rider onboarding, driver-rider matching, dynamic pricing, and payment processing. The company serves a diverse clientele, including public and private transportation providers, universities, and logistics fleets, facilitating significant efficiency improvements and operational control in mobility services. Ridecell is recognized for powering successful fleet operations across North America and Europe.

Level 5 is developing a self-driving system for the Lyft network to ensure access to the benefits of this technology for millions of riders.

Nuro, Inc. is a technology company established in 2016 and headquartered in Mountain View, California. The company specializes in manufacturing self-driving vehicles specifically designed for local goods transportation. Nuro's autonomous delivery service enhances local commerce by enabling merchants to efficiently deliver a wide range of products, including food and pharmaceuticals, directly to customers. Their fleet of electric, fully autonomous vehicles aims to provide quick, affordable, and safe delivery options, thereby transforming the logistics of local deliveries.