Absci utilizes a generative AI-driven Integrated Drug Creation platform that combines AI modeling with scalable wet lab validation to design and optimize biologics for therapeutic applications. This approach significantly reduces the time from drug conception to clinical candidates, enabling the screening of billions of cells weekly and accelerating the development of effective treatments for patients.

Eclipse Bioinnovations provides RNA profiling and analytics solutions, including the eMERGE platform, to enhance the development of mRNA, saRNA, and circRNA therapies. Their technology addresses challenges in potency, stability, and safety, enabling researchers and developers to advance RNA-based medicines with confidence.

FIGUR8 develops a bioMotion Assessment Platform (bMAP) that utilizes wearable sensor technology to provide lab-grade biomechanics data for musculoskeletal health assessments. This technology replaces subjective measurement tools, enabling precise evaluations and personalized treatment plans that enhance recovery monitoring and improve patient outcomes.

The startup develops flexible electrochromic films using wet-processable solid polymer materials to convert traditional glass into smart glass. This technology enables clients to store solar energy and utilize it for illumination, addressing the need for energy-efficient lighting solutions.

Inkbit develops a Vision-Controlled Jetting (VCJ) additive manufacturing platform that enables the production of multi-material polymer components with high dimensional accuracy and robust mechanical properties. This technology addresses the need for rapid, precise manufacturing of complex parts in industrial applications, reducing labor costs and improving production efficiency.

L7 Informatics offers L7ESP, a unified platform that contextualizes scientific data and orchestrates complex workflows to eliminate operational silos in life sciences organizations. This platform enhances efficiency by streamlining processes from sample management to reporting, resulting in measurable improvements in productivity and data accessibility.

This company develops quantum interconnect hardware based on cavity QED and proprietary nanofiber cavities to link quantum processing units (QPUs). Their technology enables the transition from monolithic quantum systems to modular, networked quantum architectures. The resulting high-bandwidth interconnects support scalable quantum computing and secure, long-distance quantum communication.

Nexus Photonics develops photonic integrated circuits that combine active and passive materials on a single chip, enabling high-performance functionality across a wide range of wavelengths from blue to infrared. This technology addresses the need for compact, efficient solutions in various applications, enhancing capabilities in fields such as telecommunications and sensing.

Nubis Inc provides co‑packaged optical solutions that integrate transceivers directly with photonic line cards, delivering higher bandwidth density and lower power per bit for metro, long‑haul, and submarine networks. Its platform supports programmable photonics and advanced modulation from 100 Gbps to multi‑terabit rates, and includes cloud‑native management software for automated provisioning, real‑time telemetry, and AI‑assisted fault detection, helping telecom operators and data‑center interconnect providers reduce CAPEX/OPEX and meet low‑latency AI workloads.

Qolab develops utility-scale superconducting quantum computers by focusing on high-quality qubit fabrication using advanced semiconductor processes. The company engineers robust quantum systems compatible with near-term applications by prioritizing high coherence and low crosstalk quantum chips. Qolab drives rapid advancements through strategic collaborations across the semiconductor ecosystem to achieve scalable quantum computation.

UbiQD manufactures heavy‑metal‑free quantum dot materials using a CuInS₂/ZnS core‑shell design that delivers >99% photoluminescence efficiency and robust thermal/chemical stability. Their patented, scalable process produces bright, size‑tuned nanocrystals that can be added directly to existing products, enabling manufacturers in agriculture, renewable energy, security, display and coating markets to improve light harvesting, spectral output, or optical security without redesigning their hardware.

Xandar Kardian develops radar signal processing solutions for continuous vital sign monitoring in healthcare and occupancy detection in smart buildings. Their technology addresses the need for real-time health monitoring and energy efficiency, reducing clinician workload and operational costs in various environments, including acute care and correctional facilities.