Lam Capital

Corvic AI develops data-centric artificial intelligence infrastructure to convert raw enterprise data into AI-ready intelligence. The company provides an advanced enterprise data platform designed to deliver explainable analysis by applying AI to multi-modal and multi-structured data sources. The platform integrates with existing data environments to extract actionable insights and generate adaptive workflows, helping organizations make strategic decisions. By emphasizing transparency and interpretability, Corvic AI enables enterprises to leverage diverse data types to drive decision making and optimize operations across departments.

Silicon Box is a provider of advanced outsourced semiconductor assembly and testing services, focusing on semiconductor integration. The company offers comprehensive solutions for semiconductor packaging, ranging from initial design to final manufacturing. Its expertise encompasses a variety of applications, including artificial intelligence, high-performance computing, electric vehicles, automotive systems, power management, and mobile chipsets. By specializing in semiconductor design and device integration, Silicon Box aims to streamline the chipset design process, facilitating the development of sophisticated chiplet-based systems while ensuring high-quality semiconductor interconnections. This approach not only reduces design cycles but also lowers costs and power consumption for its customers.

D-Matrix is a computing platform dedicated to enhancing artificial intelligence inferencing workloads within data centers. The company aims to create and implement the world's first brain-inspired AI compute engine, catering to a diverse range of inferencing tasks in the expansive cloud and infrastructure edge markets. D-Matrix's innovative approach leverages in-memory computing techniques and addresses the challenges of memory-compute integration through a combination of mixed-signal and digital signal processing methods. This focus on efficiency enables clients to optimize their computing capabilities, particularly in the realms of generative artificial intelligence and large language models.

Membrion, Inc. is a technology company based in Seattle, Washington, that specializes in the manufacture and commercialization of advanced membranes designed to filter various molecules, including ions, under a wide range of conditions such as temperature extremes, acidity, and biological sensitivity. Founded in 2016 as a spin-out from the University of Washington, Membrion focuses on applications in flow batteries, water purification, fuel cells, and pharmaceuticals. The company’s ion exchange membrane technology, which utilizes silica gel, offers clients membranes characterized by extended lifespans and reduced costs. Membrion has received significant funding from multiple sources, including academic institutions, charitable trusts, and private investors, facilitating the transition from research to commercial production.

Fabric8Labs, Inc. is a technology company founded in 2015 and located in La Jolla, California, specializing in non-thermal metal 3D printing. The company has developed a proprietary process that combines stereo-lithography and electro-deposition, providing an innovative alternative to traditional powder bed fusion technologies. This method eliminates the reliance on metal powders, vacuum chambers, and lasers, which significantly reduces manufacturing costs while enhancing material quality. Fabric8Labs' technology allows clients to use cartridges that simplify the additive manufacturing process and facilitate the safe disposal of used salt cartridges, thereby promoting efficiency and sustainability in metal 3D printing.

Geminus.AI, Inc. is a company based in Palo Alto, California, that specializes in developing artificial intelligence systems tailored for industrial processes. Founded in 1990, Geminus creates a platform designed to empower engineers and industrial operators to make rapid and informed decisions in environments characterized by high uncertainty. The company's offerings focus on self-optimized design and predictive operational intelligence, enhancing the performance and efficiency of various industrial assets, including refineries, power plants, satellites, and ships. By leveraging advanced AI applications, Geminus aims to support operators and engineering service providers in improving their operational capabilities.

Silicon Box is a provider of advanced outsourced semiconductor assembly and testing services, focusing on semiconductor integration. The company offers comprehensive solutions for semiconductor packaging, ranging from initial design to final manufacturing. Its expertise encompasses a variety of applications, including artificial intelligence, high-performance computing, electric vehicles, automotive systems, power management, and mobile chipsets. By specializing in semiconductor design and device integration, Silicon Box aims to streamline the chipset design process, facilitating the development of sophisticated chiplet-based systems while ensuring high-quality semiconductor interconnections. This approach not only reduces design cycles but also lowers costs and power consumption for its customers.

Holo, Inc. is a technology company specializing in the design and manufacture of 3D printed parts using advanced additive manufacturing techniques. Founded in 2017 and headquartered in Oakland, California, Holo utilizes a unique polymer binder platform that is compatible with various materials, including copper, ceramics, and composites. Their patented 3D photolithographic process allows for the simultaneous exposure of eight million voxels, enabling the production of complex geometries that are subsequently chemically processed and sintered to create finished parts. Holo's technology is tailored for high-quality digital manufacturing at scale, addressing the needs of performance-driven applications across diverse industries.

Fabric8Labs, Inc. is a technology company founded in 2015 and located in La Jolla, California, specializing in non-thermal metal 3D printing. The company has developed a proprietary process that combines stereo-lithography and electro-deposition, providing an innovative alternative to traditional powder bed fusion technologies. This method eliminates the reliance on metal powders, vacuum chambers, and lasers, which significantly reduces manufacturing costs while enhancing material quality. Fabric8Labs' technology allows clients to use cartridges that simplify the additive manufacturing process and facilitate the safe disposal of used salt cartridges, thereby promoting efficiency and sustainability in metal 3D printing.