COHORT 8
Tackling vulnerabilities in global data security and infrastructure
amPICQ is advancing cybersecurity by addressing the limitations of traditional cryptography in the face of growing quantum computing threats. Its core technology — miniaturized, programmable photonic integrated circuits (PICs) —powers compact, high-performance modules for Quantum Key Distribution (QKD) and Quantum Random Number Generation (QRNG). amPICQ’s solution makes quantum-safe security practical and accessible across telecom, defense, and critical infrastructure networks, offering greater scalability, energy efficiency, and resilience compared to bulky optics systems.
Bringing image-based precision to labor monitoring
Ciconia Medical is transforming labor assessment with ILARA, the first AI-based imaging platform designed to replace invasive, often painful, subjective vaginal exams with safe, gentle, and accurate cervical and fetal measurements. By giving care teams a clear and accurate picture of labor progress, with consistent measurement and documentation in real time at the bedside, ILARA aims to support better-informed labor decisions, reduce unnecessary repeat examinations, and improve patient experience and outcomes.
Transforming chemical monitoring with real-time, field-ready compact sensors
Dottir Labs leverages patented optical technology and advanced fiber-optic Raman spectroscopy to deliver real-time, reagent-free chemical analysis of water, supporting sustainable practices in food production, environmental monitoring, and industrial processes. Its compact, rugged sensor networks provide continuous, in-line monitoring of nutrients, metabolic markers, CO₂, waste products, and other compounds, without disrupting operations or requiring manual sampling. Designed for both freshwater and saltwater environments, Dottir’s scalable systems deliver high-sensitivity data that adapts over time through machine learning, empowering industries from aquaculture to advanced manufacturing with actionable chemical visibility for smarter, more sustainable operations.
Delivering long-range, high-resolution scene analysis in 3D and color
IRIDESENSE is redefining environmental perception with a multispectral LiDAR solution that combines 3D mapping and Short Wave Infrared (SWIR) spectral analysis in a single, calibration-free system. Unlike traditional 2D cameras or standard LiDAR, IRIDESENSE’s revolutionary technology delivers real-time data on volume, distance, and material composition — even in low light — across five color channels and at ranges up to 300 meters. It’s a game-changer for safety and efficiency in industries like mining, airport surface monitoring, and other applications that require precise, real-time scene analysis.
Offering optical innovators unparalleled compactness, precision, and reliability
LirOptic’s adjustable solid-state lens technology delivers precise, tunable optics without mechanically moving parts — eliminating issues caused by gravity, vibration, or magnetic fields. Born from research at University College Dublin, its breakthrough solution can produce aspherical and arbitrary lens shapes with exceptional accuracy, enabling diffraction-limited imaging in a compact form factor. By shrinking the depth of Compact Camera Modules (CCMs) by over 2mm, LirOptic achieves true optical zoom, variable focal lengths, enhanced low-light performance, and superior image quality in smartphones while supporting miniaturization in medical, extended reality, automotive, and space-based applications.
Simplifying camera chip manufacturing and enhancing image quality
Metahelios is poised to create a foundational leap for the semiconductor industry with its revolutionary approach to camera chip manufacturing. Its patented metafilter technology merges next-generation color filters and advanced pixel architecture into a seamless, unified semiconductor process — replacing an outdated, multi-step workflow while enhancing visual clarity. By eliminating process disruptions, Metahelios’ technology has the potential to save the camera chip industry $1B in annual manufacturing costs, all while providing superior quality photos for smartphone consumers.
Transforming laser systems with AI-driven, ultra-thin precision optics
Oblate Optics makes ultra-thin lenses that keep laser beams in perfect focus — even on curved or uneven surfaces — without the need to move or refocus the optics. Its AI-optimized extended-depth-of-focus (EDoF) metalenses replace bulky f-theta lenses and mechanical autofocus modules, simplifying laser engravers, cutters, and other tools to make them faster, cheaper, and more reliable. Fabricated using scalable semiconductor processes and customizable for advanced beam profiles, these lenses help manufacturers — from medical device makers to aerospace suppliers — increase throughput, reduce waste, and expand design possibilities.
Redefining what’s possible in diagnostics and detection
Pensievision delivers breakthrough 3D imaging by combining a miniaturized single-lens setup, artificial intelligence, and astronomy-inspired optics. Unlike traditional stereoscopic systems, Pensievision’s compact design enables high-precision insights in tight or complex environments where bulky, multi-lens, or laser-based systems fail. Proprietary software corrects for misalignment and calibration issues, maintaining superior accuracy even in suboptimal conditions to minimize missed anomalies. With no moving parts and a rigid, spaceflight-tested build, it ensures exceptional reliability across the most demanding environments, from medical diagnostics, to factory floors, to orbital missions.
Unlocking scalable, high-performance single-photon detection
Pixel Photonics is removing the barriers to widespread use of superconducting nanowire single-photon detectors (SNSPDs) with its waveguide-integrating design (WI-SNSPDs). These detectors combine exceptional speed, precision, and spectral range with direct integration onto photonic chips, enabling scalable, cost-effective manufacturing in commercial foundries. Compact, polarization-insensitive, and maintenance-light, they’re ready for OEM integration across quantum communication, microscopy, medical diagnostics, and advanced sensing — applications where the highest-performing light detectors were previously impractical.
Transforming optical systems with scalable on-chip components
SNOChip pioneers on-chip optical components — such as microlens arrays, computer-generated holograms (CGHs), and metasurfaces — designed for seamless integration with semiconductor lasers and sensor chips. Its modular nanostructures enable precise beam shaping, collimation, and intensity control, optimizing illumination and imaging performance. Demonstrated on 6-inch VCSEL wafers, SNOChip’s scalable manufacturing process supports rapid prototyping through volume production. Its inverse-designed CGHs and multifunctional metasurfaces deliver customizable, high-efficiency light manipulation across diverse applications including LiDAR, sensing, and communications.
Bridging innovation and production with precision thin-film deposition
VanaM Inc.’s versatile thin-film deposition platform blends scientific precision with manufacturing flexibility, enabling faster and more collaborative development of complex films than traditional suppliers. Building on pioneering vanadium dioxide (VO₂) research, VanaM designs and delivers thin films that meet customers’ exact application needs — enabling lighter, faster, and more energy-efficient devices in fast-moving sectors like quantum photonics and advanced optics. Operating in the space between academic labs and large, rigid foundries, VanaM provides full development service, from prototyping to batch production.
Delivering nanometric precision in reflective surface metrology
Wyse Light is redefining optical metrology with coaxial deflectometry, a patented technique that enables nanometric-precision measurement of reflective surfaces from simple planes to complex freeforms. Unlike traditional deflectometry, this method resolves fundamental shape ambiguities without the need for surface references or computer-generated holograms (CGHs). Its vibration-insensitive, self-calibrating system operates on standard tabletops, making it suitable for metrology labs and manufacturing floors alike. Matching interferometer accuracy with a simpler, cost-effective design, Wyse Light helps manufacturers streamline production cycles and reduce dependence on specialized metrology expertise.