Antheia utilizes synthetic biology to manufacture biosynthetic Key Starting Materials (KSMs) and Active Pharmaceutical Ingredients (APIs) for essential medicines, enhancing the reliability and efficiency of pharmaceutical supply chains. This approach mitigates the risks of drug shortages caused by unpredictable agricultural sources and environmental factors.

Avicena Tech manufactures microLED-based optical interconnects that provide ultra-low power and high bandwidth for chip-to-chip communications, addressing the need for efficient data transfer in high-performance computing and cloud applications. Their technology enables multi-terabit per second data rates while minimizing energy consumption, making it suitable for industries such as autonomous vehicles and aerospace.

Corvic AI provides an Intelligence Composition Platform that lets enterprises connect to any data source—warehouses, object stores, APIs, or SaaS systems—without moving the data. Users can build pipelines visually or via natural‑language prompts, and the platform automatically handles ingestion, transformation, orchestration, and deployment while delivering explainable, traceable results as live dashboards or API outputs. This enables analyst and product teams to focus on outcomes rather than building and maintaining custom data pipelines.

Crystal Sonic utilizes acoustic wave technology to enhance semiconductor manufacturing processes, improving material precision and reducing production costs. This approach addresses inefficiencies in traditional manufacturing methods, enabling faster and more reliable production of semiconductor components.

D-Matrix has developed Corsair, an AI inference platform that achieves 60,000 tokens per second with 1 ms latency for Llama3 8B models, significantly enhancing throughput and energy efficiency in datacenters. This technology addresses the high computational costs and energy consumption associated with large-scale AI inference, enabling organizations to scale their AI capabilities sustainably.

EBots develops AI-powered robots equipped with advanced 3D computer vision and precise eye-hand coordination algorithms for flexible manufacturing environments. Their technology enables rapid workstation reconfiguration and high-resolution pose determination, addressing the need for efficient adaptation to changing product demands in industrial applications.

Evolve Additive Solutions utilizes electrophotographic imaging and deposition to produce 3D parts with the precision and quality of traditional manufacturing methods. This technology enables faster product development cycles and greater design flexibility, overcoming the limitations of conventional injection molding processes.

The startup has developed a non-thermal metal 3D printing technology that utilizes electroplating, eliminating the need for metal powders, vacuum chambers, and lasers. This process reduces manufacturing costs and enhances material quality while allowing for safe disposal of used salt cartridges.

Geminus develops physics-informed AI that integrates simulation with deep learning to enable real-time operational decisions in industrial settings. This approach significantly reduces the time to achieve return on investment from years to weeks, while enhancing predictive accuracy and minimizing resource demands.

Membrion develops electro-ceramic desalination technology that efficiently removes problematic ions from industrial wastewater, enabling compliance with regulatory standards while minimizing operational costs. Their membranes are designed to withstand extreme conditions, reducing the need for pre-treatment and enhancing water circularity in wastewater management systems.

Velo3D provides a fully integrated metal additive manufacturing solution that combines advanced 3D metal printing technology with flow print preparation software to produce complex, mission-critical parts. This approach enables engineers to achieve design freedom and maintain high quality while reducing lead times in industries such as aerospace, automotive, and renewable energy.

xLight provides a particle‑accelerator‑driven free electron laser that replaces traditional laser‑produced plasma EUV sources, delivering up to four times the photon flux while remaining compatible with existing ASML scanners. The system powers up to 20 scanners over a 30‑year lifespan, eliminates consumable gases, and reduces per‑wafer energy and water use by up to eightfold, lowering capital and operating costs for high‑volume semiconductor fabs.