MetaVC Partners

Founded in 2020, MetaVC Partners is a venture capital firm based in Silicon Valley, California. It invests in innovative startups focused on advanced materials, targeting sectors such as imaging and sensors, energy and sustainability, communications, and computer processing power.

Chris Alliegro

Managing Partner

Conrad Burke

Managing Partner

8 past transactions

Kapta Space

Seed Round in 2025
Kapta Space specializes in developing electrically steerable radar imaging technology for space applications, focusing on synthetic aperture radar (SAR) and Earth observation.

Lumotive

Series B in 2025
Lumotive LLC specializes in developing advanced solid-state lidar systems utilizing liquid crystal metasurface (LCM) technology, primarily aimed at enhancing sensing and perception capabilities in autonomous vehicles and various other industries. Founded in 2017 and based in Bellevue, Washington, the company produces optical semiconductor solutions, including its proprietary Light Control Metasurface beam steering chips. These chips are designed for seamless integration into consumer electronics, robotics, and industrial automation, offering a compact and efficient means of delivering precise light control. Lumotive's innovative technology aims to simplify lidar systems by reducing their complexity, cost, and size while simultaneously improving performance and reliability, thereby facilitating mass adoption across multiple applications.

Neurophos

Seed Round in 2023
Neurophos is a company that specializes in optical processing technology, leveraging decades of research in metamaterials to enhance computational efficiency. It manufactures advanced optical processors designed to bypass resistive losses typically associated with electrical circuits. By utilizing metasurfaces, Neurophos develops an optical compute-in-memory system that operates effectively with sparse kernels in both absolute and Fourier space. This innovative approach allows clients to expand kernel sizes while minimizing power consumption and latency, thereby improving overall performance in computational tasks.

Leadoptik

Seed Round in 2023
Leadoptik specializes in developing miniature imaging platforms that enhance minimally invasive interventions. Its technology offers high-resolution imaging and real-time 3D navigation capabilities, aiding surgeons in detecting early-stage cancers.

Imagia

Seed Round in 2023
Imagia specializes in designing and manufacturing optical lenses using metamaterial principles. Their platform offers ultra-thin, flat lenses that enable real-time image processing for efficient, zero-latency computer vision systems.

Lumotive

Venture Round in 2022
Lumotive LLC specializes in developing advanced solid-state lidar systems utilizing liquid crystal metasurface (LCM) technology, primarily aimed at enhancing sensing and perception capabilities in autonomous vehicles and various other industries. Founded in 2017 and based in Bellevue, Washington, the company produces optical semiconductor solutions, including its proprietary Light Control Metasurface beam steering chips. These chips are designed for seamless integration into consumer electronics, robotics, and industrial automation, offering a compact and efficient means of delivering precise light control. Lumotive's innovative technology aims to simplify lidar systems by reducing their complexity, cost, and size while simultaneously improving performance and reliability, thereby facilitating mass adoption across multiple applications.

Mangata Networks

Series A in 2022
Mangata is a telecommunication company that specializes in satellite and wired communication services. It was founded in 2020 and is headquartered in Phoenix, Arizona.

Neurophos

Pre Seed Round in 2021
Neurophos is a company that specializes in optical processing technology, leveraging decades of research in metamaterials to enhance computational efficiency. It manufactures advanced optical processors designed to bypass resistive losses typically associated with electrical circuits. By utilizing metasurfaces, Neurophos develops an optical compute-in-memory system that operates effectively with sparse kernels in both absolute and Fourier space. This innovative approach allows clients to expand kernel sizes while minimizing power consumption and latency, thereby improving overall performance in computational tasks.
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