Luminate

Photonic Integrated Circuits (PICs), photonic hardware product

Swave Photonics is a company that designs and markets advanced holographic chips utilizing proprietary diffractive photonics technology. Their innovative NanoPixel technology aims to deliver compact, lightweight, and high-resolution displays that enhance augmented reality experiences. By focusing on creating true holographic displays, Swave Photonics seeks to bridge the gap between digital content and the real world, empowering display manufacturers and content creators to visualize complex ideas and collaborate more effectively. The company's mission is to bring the metaverse to life, enabling immersive experiences that allow users to accomplish more in both personal and professional contexts.

VoxelSensors is a technology company specializing in advanced sensing solutions for spatial and empathic interfaces, targeting mobile, XR, and industrial applications. The company has developed proprietary Single Photon Active Event Sensor (SPAES) technology, which leverages Single-Photon Avalanche Diodes (SPADs) to create low-power, low-latency data pathways. This innovative system enables precise spatial awareness, gaze tracking, and intuitive interactions, meeting the needs of manufacturers in the consumer electronics sector. VoxelSensors’ products represent a new category of three-dimensional perception systems, capable of capturing data with minimal photon usage. By enhancing immersive and autonomous experiences, VoxelSensors significantly contributes to the growth of the Mobile and XR markets while addressing the increasing demand for sophisticated spatial and empathic applications across various industries.

Photosynthetic B.V., founded in 2019 and based in Amsterdam, the Netherlands, specializes in 3D lithography technology capable of printing objects with a feature size of less than a micron. This innovative technology allows for the creation of true 3D structures at high print speeds of up to six millimeters per minute. The company's products are particularly applicable in lab-on-chip developments and the production of Micro-Electro-Mechanical Systems (MEMS). By streamlining the lithography production process, Photosynthetic enables clients to eliminate multiple steps, thereby reducing costs and time associated with prototyping.

Nicslab is a fabless semiconductor company specializing in the development of electronics and photonics integrated circuits designed for advanced optical technologies. The company focuses on creating solutions that control light to facilitate information processing and data transfer, primarily targeting applications in data centers, artificial intelligence, and quantum computing. Nicslab's product offerings include hardware subsystems, automation software, and data interaction services, which are engineered to simplify complex electronic and photonic systems. By providing a compact, programmable, multichannel source measurement unit, Nicslab enables clients to achieve high-speed silicon photonics networking and develop smart, energy-efficient devices that meet the demands of modern technological applications.

AI Optics is a digital health company dedicated to preventing vision loss and blindness through innovative medical devices. It develops a platform that integrates advanced imaging techniques with artificial intelligence to facilitate retinal disease screening at the point of care. This approach enhances accessibility to eye care and empowers healthcare providers to conduct precise eye scans, ultimately aiming to improve patient outcomes in vision health. By leveraging cutting-edge technology, AI Optics addresses the critical issue of vision loss, making significant strides in the prevention and management of retinal diseases.

SaferStreet Solutions focuses on enhancing road safety through innovative technology and data analysis. The company has developed a traffic data collection platform that aims to reduce distracted driving and increase seat belt usage. Their digital signage detects unsafe driving behaviors, such as speeding and failure to wear seat belts, while also providing valuable data that enables law enforcement agencies and governments to analyze driver behavior. This information supports the implementation of targeted interventions and data-driven strategies to minimize traffic accidents, ultimately contributing to safer roadways.

iLoF, or Intelligent Lab on Fiber, is a technology company specializing in the integration of photonics and artificial intelligence to enhance drug discovery and development. The company has developed a patented system that identifies and captures unique features of gold-standard biomarkers, creating a cloud-based digital library of these biological profiles. This platform allows for the collection of extensive data, which facilitates personalized medicine by enabling healthcare companies to conduct more efficient and patient-centric clinical trials. By employing a multidisciplinary approach that involves physicists, biologists, and data scientists, iLoF aims to accelerate the development of tailored treatments, ultimately improving patient outcomes and reducing the costs associated with drug development.

Nicslab is a fabless semiconductor company specializing in the development of electronics and photonics integrated circuits designed for advanced optical technologies. The company focuses on creating solutions that control light to facilitate information processing and data transfer, primarily targeting applications in data centers, artificial intelligence, and quantum computing. Nicslab's product offerings include hardware subsystems, automation software, and data interaction services, which are engineered to simplify complex electronic and photonic systems. By providing a compact, programmable, multichannel source measurement unit, Nicslab enables clients to achieve high-speed silicon photonics networking and develop smart, energy-efficient devices that meet the demands of modern technological applications.

VoxelSensors is a technology company specializing in advanced sensing solutions for spatial and empathic interfaces, targeting mobile, XR, and industrial applications. The company has developed proprietary Single Photon Active Event Sensor (SPAES) technology, which leverages Single-Photon Avalanche Diodes (SPADs) to create low-power, low-latency data pathways. This innovative system enables precise spatial awareness, gaze tracking, and intuitive interactions, meeting the needs of manufacturers in the consumer electronics sector. VoxelSensors’ products represent a new category of three-dimensional perception systems, capable of capturing data with minimal photon usage. By enhancing immersive and autonomous experiences, VoxelSensors significantly contributes to the growth of the Mobile and XR markets while addressing the increasing demand for sophisticated spatial and empathic applications across various industries.

AI Optics is a digital health company dedicated to preventing vision loss and blindness through innovative medical devices. It develops a platform that integrates advanced imaging techniques with artificial intelligence to facilitate retinal disease screening at the point of care. This approach enhances accessibility to eye care and empowers healthcare providers to conduct precise eye scans, ultimately aiming to improve patient outcomes in vision health. By leveraging cutting-edge technology, AI Optics addresses the critical issue of vision loss, making significant strides in the prevention and management of retinal diseases.

iLoF, or Intelligent Lab on Fiber, is a technology company specializing in the integration of photonics and artificial intelligence to enhance drug discovery and development. The company has developed a patented system that identifies and captures unique features of gold-standard biomarkers, creating a cloud-based digital library of these biological profiles. This platform allows for the collection of extensive data, which facilitates personalized medicine by enabling healthcare companies to conduct more efficient and patient-centric clinical trials. By employing a multidisciplinary approach that involves physicists, biologists, and data scientists, iLoF aims to accelerate the development of tailored treatments, ultimately improving patient outcomes and reducing the costs associated with drug development.

Curevision is a company that specializes in AI-based medical imaging and diagnostic solutions tailored for vascular surgeons and healthcare professionals, particularly in the area of chronic wound management. The company has developed a wound analysis system that allows for the precise measurement and analysis of injuries. This platform enables medical professionals to assess chronic wounds by measuring parameters such as area and depth with ease, at the push of a button. Additionally, it facilitates the recording of essential healing metrics, providing automatic and accurate analyses while accommodating the assessment of different body parts during movement. Through its innovative technology, Curevision aims to enhance the efficiency and effectiveness of wound care.

SeeTrue Technologies specializes in advanced eye-tracking solutions that leverage robust sensors and a unique computer vision methodology. The company's expertise in computational optics enables it to provide detailed insights into user attention and gaze direction. By developing customizable eye-tracking technology, SeeTrue aims to enhance the functionality of devices utilizing augmented reality. This technology allows users to optimize their interactions with these devices, facilitating improved control and prediction of target selection based on their eye movements.

Swave Photonics is a company that designs and markets advanced holographic chips utilizing proprietary diffractive photonics technology. Their innovative NanoPixel technology aims to deliver compact, lightweight, and high-resolution displays that enhance augmented reality experiences. By focusing on creating true holographic displays, Swave Photonics seeks to bridge the gap between digital content and the real world, empowering display manufacturers and content creators to visualize complex ideas and collaborate more effectively. The company's mission is to bring the metaverse to life, enabling immersive experiences that allow users to accomplish more in both personal and professional contexts.

PreAct Technologies is a Portland, Oregon-based company founded in 2018 that focuses on developing advanced driver-assistance systems (ADAS) and autonomous vehicle sensors to enhance automotive safety. The company aims to reduce fatalities and injuries from crashes by predicting and preparing vehicles and their occupants for imminent collisions. Its innovative technology combines a patent-pending suite of sensor technologies, computing systems, and countermeasure algorithms that enable timely responses in critical situations. By leveraging existing vehicle infrastructure, PreAct Technologies seeks to mitigate the impact of common types of crashes, potentially saving the automotive industry substantial costs while improving passenger safety. The team is comprised of seasoned experts in fields such as computer vision, optics, and parallel processing, drawing on over 15 years of research funded by DARPA in high-speed optics and computing systems.

PreAct Technologies is a Portland, Oregon-based company founded in 2018 that focuses on developing advanced driver-assistance systems (ADAS) and autonomous vehicle sensors to enhance automotive safety. The company aims to reduce fatalities and injuries from crashes by predicting and preparing vehicles and their occupants for imminent collisions. Its innovative technology combines a patent-pending suite of sensor technologies, computing systems, and countermeasure algorithms that enable timely responses in critical situations. By leveraging existing vehicle infrastructure, PreAct Technologies seeks to mitigate the impact of common types of crashes, potentially saving the automotive industry substantial costs while improving passenger safety. The team is comprised of seasoned experts in fields such as computer vision, optics, and parallel processing, drawing on over 15 years of research funded by DARPA in high-speed optics and computing systems.

Lidrotec is a company focused on enhancing manufacturing processes through the use of ultra-short pulse lasers. It specializes in developing wafer dicing laser machines that enable high-precision cutting, drilling, and structuring of various materials. By leveraging ultrashort pulse processing technology, Lidrotec aims to improve production efficiency and speed in the semiconductor industry while maintaining maximum precision. The company's innovative approach seeks to expand the application potential of laser processing, positioning it as a key player in the advancement of manufacturing technologies.

Custom Surgical is an innovative medical technology company focused on advancing eyecare through its AI-powered PACS platform, MicroREC Connect. This platform, along with the company’s digitalization tools, enhances data management in eyecare by integrating information from various devices, which improves patient diagnosis and workflow efficiency. Custom Surgical also develops medical imaging systems that digitize surgical microscopes and slit-lamps, utilizing mobile applications to augment their functionalities. The company maintains a comprehensive database of ophthalmic images and microscopic videos that aids in surgical and diagnostic procedures, making it easier for healthcare professionals to detect and treat ocular diseases. With over 1,600 MicroREC systems distributed globally, Custom Surgical is committed to democratizing access to eyecare diagnostics through transparent pricing models.

Lidrotec is a company focused on enhancing manufacturing processes through the use of ultra-short pulse lasers. It specializes in developing wafer dicing laser machines that enable high-precision cutting, drilling, and structuring of various materials. By leveraging ultrashort pulse processing technology, Lidrotec aims to improve production efficiency and speed in the semiconductor industry while maintaining maximum precision. The company's innovative approach seeks to expand the application potential of laser processing, positioning it as a key player in the advancement of manufacturing technologies.

Lightspeed Photonics is a building of modular optoelectronic processors and interconnects for data centers and near-edge computing.

QD Solar Inc., founded in 2014 and based in Toronto, Canada, is a company that develops advanced photovoltaic cells using colloidal quantum dot technology. The company's innovative approach combines efficient silicon solar cells with infrared solar cells in a hybrid architecture to capture more of the solar spectrum than traditional silicon cells alone. This technology aims to enhance the performance of solar cells, making them more cost-effective and efficient. QD Solar was spun off from the University of Toronto and focuses on creating new nanomaterial semiconductors to promote sustainable development and increase the use of renewable energy sources.

Stratio, Inc. is a technology company based in Palo Alto, California, that specializes in infrared sensing solutions. Founded in 2013, Stratio has developed groundbreaking products, including LinkSquare, a compact spectrometer, and BeyonSense, the first smartphone-compatible shortwave infrared camera. The company created the world's first germanium-based shortwave infrared sensor, which facilitates the development of portable and affordable infrared devices. Stratio's products are utilized globally by various partners and customers to enhance process efficiency, combat counterfeiting, ensure food safety, and support precision agriculture. The company is also focused on advancing its technology and aims to develop hyper-spectral imaging solutions in the near future.

SCOUT Space, founded in 2019, is focused on enhancing space safety and transparency through advanced in-space observation systems. The company launched its products and services in June 2021, providing spacecraft with the capability to detect and understand their surroundings. Its orbital distributed sensor network significantly improves Space Domain Awareness, which promotes responsible use of the space environment. SCOUT Space specializes in in-orbit satellite inspection, proximity operations systems, and analytics, helping clients maintain satellite health and prevent catastrophic failures and orbital debris. By delivering these innovative solutions, SCOUT Space aims to safeguard orbital infrastructure while also offering cost-effective strategies for satellite management.

MEETOPTICS operates as a customizable search engine designed for researchers and optical engineers in photonics. Its Global Optics Search makes it fast and easy to find, sort, filter and compare optical components from suppliers around the world. The company was founded in 2019 and is headquartered in Barcelona.

2Eyes Vision S.L, founded in 2015 and based in Madrid, Spain, specializes in developing and commercializing advanced technologies for visual diagnostics and corrections. The company emerged as a spin-off from CSIC and focuses on creating innovative solutions for presbyopia and cataract surgery. Its flagship product, SimVis Gekko, is a portable and adjustable visual simulator that allows patients to experience real-world vision prior to undergoing surgery. This device, which is FDA-cleared and CE-marked, assists ophthalmologists in selecting the most suitable intraocular lens for each patient, ultimately enhancing patient satisfaction and minimizing potential side effects. With the growing prevalence of presbyopia and cataracts, affecting over 2 billion people globally, 2Eyes Vision aims to address the challenges faced by both patients and clinicians in the ophthalmology field.

EMGenisys specializes in an innovative embryo health assessment platform that evaluates the viability and sex of embryos through a single laboratory analysis. Utilizing advanced video motion magnification technology, the platform assesses whether embryonic cells are actively dividing or decaying, ensuring that only healthy embryos are selected for transfer. This technology aids livestock veterinarians and embryologists in monitoring embryo morphokinetic activity during short observational periods, ultimately enhancing breeding efficiency and success rates in cattle. By focusing on improving animal production, EMGenisys contributes to sustainability and promotes animal welfare through cutting-edge reproductive technologies.

Quantopticon is a company that focuses on the development of software for quantum-photonic technologies, with a particular emphasis on modeling solid-state quantum systems. Their flagship product, the Quantillion software suite, allows users to simulate the injection of electromagnetic pulses into semiconductor photonic structures that contain embedded quantum systems. This software calculates how the pulse propagates and interacts with the quantum system, as well as the evolution of its level populations and polarization. By offering an automated platform for design and optimization, Quantopticon helps clients streamline their processes, significantly reducing the need for repetitive physical experiments needed to test and refine prototypes.

Big Cabal Media (BCM) is a digital media company focused on serving African audiences both on the continent and globally by producing high-quality media brands and original content. The company operates two prominent media publications: TechCabal, which provides in-depth coverage of technology, startups, and innovation in Africa, and Zikoko, which captures the essence of Nigeria’s youth culture through engaging storytelling across various formats. TechCabal also features a data and intelligence unit, TechCabal Insights, that aids development finance institutions, NGOs, state governments, global tech brands, and African startups in addressing challenges within the digital economy. By reflecting and amplifying the voices of African youth and providing critical insights into the tech landscape, BCM aims to highlight the potential of Africa's digital economy as a pathway to prosperity.

Owl Autonomous Imaging, Inc. is a technology company founded in 2018 and headquartered in Fairport, New York. The company specializes in developing advanced imaging solutions, including a two-color infrared camera designed for the US Air Force and a cutting-edge 4D camera that integrates 1550nm Flash-LiDAR with thermal imaging. These innovations target the automotive mobility and industrial markets, offering Monocular 3D Thermal Ranging™ capabilities that enhance safety in various conditions by leveraging deep learning techniques to produce dense range maps from heat signatures without the need for external illumination. Co-founded by Chuck Gershman, who has extensive experience in the semiconductor industry and a track record of successful entrepreneurial ventures, Owl Autonomous Imaging aims to revolutionize how sensing technology is applied in autonomous vehicles and other sectors.

Mesodyne is an engineering and manufacturing company focused on innovative electricity generation solutions, notably through its patented LightCell technology, which efficiently converts various fuels into electricity using light. Founded in 2018 by Drs. Veronika Stelmakh and Walker Chan, the company aims to deliver robust, portable, and reliable power generation systems tailored for military and commercial applications. Mesodyne's compact power generators enhance the endurance of small autonomous systems by providing efficient alternatives to traditional batteries, thereby reducing the burden on dismounted warfighters and emergency responders. Additionally, these generators extend the operational range of unmanned vehicles, wearables, and other critical equipment, bridging the gap between batteries and internal combustion engines.

Dynocardia, Inc. is a biomedical device company focused on developing innovative healthcare solutions. Founded in 2018 and based in Cambridge, Massachusetts, Dynocardia specializes in manufacturing wireless blood pressure measurement equipment. Its flagship product, the ViTrack, is a wrist-wearable device that provides users with accurate, real-time measurements of blood pressure, heart rate, heart rhythm, and respiration rate. The technology employs a non-invasive optomechanical sensor to deliver continuous and precise blood pressure readings, comparable to traditional intra-arterial methods. By addressing critical unmet needs in health monitoring, Dynocardia aims to enhance patient care and facilitate easier access to vital health metrics.

Andluca, established in 2017 as a spinout from Princeton University, specializes in developing innovative smart glass and window products powered by UV light and solar energy. Headquartered in New York with operations in California, the company's advanced materials and embedded systems enable windows to respond intelligently to their environment, reducing energy consumption in buildings and homes. By partnering with window manufacturers, Andluca offers a range of smart glass solutions that can be installed like standard windows, lowering costs, time, and embodied carbon compared to traditional smart window installation methods.

Alertgy Inc. is a company based in Melbourne, Florida, that specializes in developing non-invasive devices for monitoring blood glucose levels. Founded in 2016, it offers the Alertgy GM, a wristband that integrates with a smartphone app to provide on-demand blood sugar readings. The device is designed for continuous wear and features a non-invasive sensor system that automatically alerts users if their blood sugar levels fall outside of predefined thresholds. This waterproof and hypo-allergenic wristband not only enables users to track their glucose levels over time but also allows for customizable alerts to notify themselves or their loved ones in case of potential health risks. Through its innovative approach, Alertgy aims to enhance the management of diabetes for its users.

Infrascreen is a company focused on advancing greenhouse technology through the application of nanotechnologies. It specializes in designing innovative light filters that enhance climate management in greenhouses, leading to improved energy efficiency and reduced heat stress on crops. By developing products in collaboration with the PV-center of the CSEM in Neuchâtel, Infrascreen aims to broaden the scope of sustainable agriculture. The company’s technology has been shown to decrease carbon dioxide emissions associated with food production, lower operational costs, and enhance the insulating properties of greenhouse structures. Currently, Infrascreen has successfully demonstrated the proof of concept for its products under laboratory conditions.

Layer Metrics Inc specializes in enhancing the reliability of metal additive manufacturing by providing certification of part integrity on a layer-by-layer basis during the production process. The company achieves this through an advanced optical monitoring technology that focuses on quality control. This technology includes an optical hardware sensor system designed to monitor and detect flaws in real-time, capturing synchronized data to ensure the build-integrity of metal printed parts. By enabling clients to take corrective actions while the part is being printed, Layer Metrics supports rapid growth and high-quality manufacturing outcomes.

Momentum Optics specializes in the on-demand manufacturing of premium glass optics, addressing the growing demand for high-quality optical components. The company utilizes proprietary technology supported by NASA to produce custom lenses with precision, significantly enhancing manufacturing efficiency. By employing machine learning and a unique laser-based mechanism, Momentum Optics is able to fabricate multiple lenses simultaneously, thereby accelerating the development process for researchers and product developers. This innovative approach not only reduces costs and improves the performance of optical devices but also shortens time to market, positioning Momentum Optics as a leader in the optical components industry.

One Silicon Chip Photonics Inc. is a Montreal-based company founded in 2014 that specializes in the design, development, and production of advanced navigation sensors for autonomous vehicles. The company focuses on creating Micro-Opto-Electro-Mechanical Systems (MOEMS) components, which are integrated on Silicon-On-Insulator substrates to produce high-performance sensors. One Silicon Chip Photonics is known for its innovative optical-integrated gyroscopes and 6-axis Inertial Measurement Units (IMUs), which deliver superior performance in challenging environments. These sensors are significantly smaller, more power-efficient, and cost-effective compared to traditional fiber-optic gyroscope solutions, while also outpacing conventional low-cost MEMS-based IMUs in terms of reliability and environmental resilience. By offering advanced motion sensing technologies, One Silicon Chip Photonics aims to enhance the capabilities of the autonomous vehicle and drone markets.

Qunnect develops quantum networking hardware and components that enable secure communication for distributed information networks. It designs field-deployable devices that transmit, store, and receive quantum information using photons to communicate and atoms to store or process data, supporting scalable, quantum-secure networks with real-time threat detection. The company focuses on quantum memories and quantum sources to enable future information networks and quantum computing, and provides infrastructure for quantum cryptography, networks, sensors, metrology, and imaging. Headquartered in Stony Brook, New York, Qunnect aims to bring practical quantum information technology to enterprise and government networks by delivering room-temperature hardware suitable for real-world deployment.

Nordetect is a Copenhagen-based analytical hardware company established in 2016, specializing in Lab-on-a-chip devices for environmental and agricultural analysis. The company aims to enhance the farming industry by providing medical-grade technology that facilitates reliable nutrient analysis. Nordetect's innovative technology enables farm managers, agricultural service providers, and indoor growers to assess the nitrogen, phosphorus, and potassium content in soil. By delivering clear and actionable data on soil nutrition, the company empowers farmers to make informed decisions about fertilizer use and agricultural practices, ultimately optimizing crop performance and ensuring richer harvests.

Rubitection Inc., founded in 2010 and based in Pittsburgh, Pennsylvania, specializes in developing tools for early skin health assessment and management. Their primary product is the Rubitect Assessment System, which aids caregivers, doctors, and nurses in detecting early signs of bedsores on an individual's skin. The company's mission is to establish a global standard system for monitoring and managing skin health, particularly focusing on wound care, dermatology, and cosmetics. Rubitection's handheld device is designed to be low-cost and easy to use, enabling anyone to monitor their skin health and identify conditions such as bedsores, diabetic foot ulcers, vascular leg ulcers, and chronic dermatological conditions early. The device includes features like risk analytics, remote monitoring, care plan management, and severity progression monitoring to assess tissue health effectively.

SunDensity Inc. is a Boston-based company that specializes in the research, design, and development of innovative Photonic Smart Coating (PSC™) technology. Established in 2016, the company focuses on enhancing efficiencies in photonics through the up and down conversion of light wavelengths, addressing various inefficiencies in the field. SunDensity's PSC™ technology is designed to lower electricity costs generated by solar photovoltaic applications, optimize the thermal and optical properties of architectural glass, and improve the quantum efficiency of optoelectronic instruments. The company also maintains an office in Rochester, New York, where it continues to advance its groundbreaking technologies.

Simulated Inanimate Models provides preoperative planning, advanced technical skills, and surgical cognition. SIM manufactures surgical training models that enable surgeons to train to competency more efficiently with high-fidelity training phantoms and innovative educational technology. It was founded in 2016 and is headquartered in Pittsford, New York.

SunDensity Inc. is a Boston-based company that specializes in the research, design, and development of innovative Photonic Smart Coating (PSC™) technology. Established in 2016, the company focuses on enhancing efficiencies in photonics through the up and down conversion of light wavelengths, addressing various inefficiencies in the field. SunDensity's PSC™ technology is designed to lower electricity costs generated by solar photovoltaic applications, optimize the thermal and optical properties of architectural glass, and improve the quantum efficiency of optoelectronic instruments. The company also maintains an office in Rochester, New York, where it continues to advance its groundbreaking technologies.

Nordetect is a Copenhagen-based analytical hardware company established in 2016, specializing in Lab-on-a-chip devices for environmental and agricultural analysis. The company aims to enhance the farming industry by providing medical-grade technology that facilitates reliable nutrient analysis. Nordetect's innovative technology enables farm managers, agricultural service providers, and indoor growers to assess the nitrogen, phosphorus, and potassium content in soil. By delivering clear and actionable data on soil nutrition, the company empowers farmers to make informed decisions about fertilizer use and agricultural practices, ultimately optimizing crop performance and ensuring richer harvests.

Colab.re is a citizen-to-government engagement platform founded in 2012 and headquartered in Sao Paulo, Brazil. The company facilitates social interaction among citizens to report daily urban issues, suggest improvements, and evaluate public services. In addition, it provides governments with a freemium customer relationship management and workflow management tool. As of March 2016, Colab.re has over 150,000 users in Brazil and serves more than 100 clients, including municipalities, state governments, federal departments, and utility companies. The company's mission is to foster collaboration between citizens and government in order to create better urban environments.

Nordetect is a Copenhagen-based analytical hardware company established in 2016, specializing in Lab-on-a-chip devices for environmental and agricultural analysis. The company aims to enhance the farming industry by providing medical-grade technology that facilitates reliable nutrient analysis. Nordetect's innovative technology enables farm managers, agricultural service providers, and indoor growers to assess the nitrogen, phosphorus, and potassium content in soil. By delivering clear and actionable data on soil nutrition, the company empowers farmers to make informed decisions about fertilizer use and agricultural practices, ultimately optimizing crop performance and ensuring richer harvests.

Circle Optics is a technology company specializing in advanced camera systems. They develop parallax-free cameras designed to capture high-definition virtual reality video in real-time, eliminating the need for image stitching. This innovation aims to accelerate resource delivery, enhance safety in aerospace and surveillance applications, and improve immersive experiences across various industries such as entertainment, autonomous systems, and aerospace.

Haqean is a specialized computer and network security firm that develops advanced data authentication technology tailored for industries like pharmaceuticals and retail. The company safeguards products throughout the supply chain by offering robust solutions such as fraud prevention, quantum-resistant tagging, endpoint security, cross-platform support, and data encryption. This enables pharmaceutical manufacturers and healthcare providers to ensure product integrity and operational efficiency.

Simulated Inanimate Models provides preoperative planning, advanced technical skills, and surgical cognition. SIM manufactures surgical training models that enable surgeons to train to competency more efficiently with high-fidelity training phantoms and innovative educational technology. It was founded in 2016 and is headquartered in Pittsford, New York.

SunDensity Inc. is a Boston-based company that specializes in the research, design, and development of innovative Photonic Smart Coating (PSC™) technology. Established in 2016, the company focuses on enhancing efficiencies in photonics through the up and down conversion of light wavelengths, addressing various inefficiencies in the field. SunDensity's PSC™ technology is designed to lower electricity costs generated by solar photovoltaic applications, optimize the thermal and optical properties of architectural glass, and improve the quantum efficiency of optoelectronic instruments. The company also maintains an office in Rochester, New York, where it continues to advance its groundbreaking technologies.

Kilo Medical Solutions is a biomedical engineering and product innovation company dedicated to enhancing care solutions for vulnerable pediatric populations, particularly premature infants in neonatal intensive care units (NICUs). The company develops medical devices that improve the light and sound environments for these infants. Their flagship products include specialized fabric covers that help regulate light conditions, addressing safety and sanitary concerns associated with traditional blankets. By enabling neonatal care practitioners to better manage infants' circadian rhythms, these products contribute to improved weight gain and stabilization of vital signs, ultimately leading to better health outcomes and reduced lengths of stay in the NICU.

Think Outside AS is a technology startup based in Bergen, Norway, focused on developing innovative products for the outdoor and hydropower markets. Founded in 2017, the company specializes in manufacturing real-time radar avalanche remote sensing equipment. Its flagship product, Sknow, provides skiers with critical data about snow layers directly beneath their skis, including parameters such as depth, layering, and density. The devices are designed to enhance safety by enabling users to avoid avalanche risk zones and access vital information regarding snow conditions, slope gradients, and applied forces. Through its integrated software solutions, Think Outside aims to improve production planning and reduce health and safety risks in snow-covered environments.

AkknaTek is a company specializing in the development of patented optical testing technology aimed at improving patient visual outcomes, particularly in the context of intraocular lenses (IOLs). Its flagship product is a lens reviewer designed to assist in the postoperative management of dislocated IOLs, making the treatment process more intuitive and accessible for clinics. By minimizing the risk of unexpected refractive complications following cataract surgery, AkknaTek's technology not only enhances the safety and effectiveness of IOL implants but also reduces the likelihood of the need for additional refractive procedures. The company's innovative approach contributes significantly to better postoperative care for patients undergoing cataract surgery.

SaNoor specializes in high brightness lighting and high-speed wireless communication technologies. Comprising a team of experienced scientists, engineers, and innovators, the company has over a decade of expertise in optoelectronics and photonics. SaNoor develops advanced light source technology aimed at securing high-speed data communication links, both underwater and in free space. Their innovations contribute to energy-efficient solutions that offer superior lighting quality, low latency, and compact designs, enabling clients to achieve high data rate wireless communication. By leveraging state-of-the-art technology, SaNoor addresses various challenges faced by its clients, enhancing both efficiency and performance in lighting and communication applications.

Positive Science is a company that specializes in the development of lightweight eye-tracking systems tailored for both laboratory and field research. By combining advanced hardware and software, Positive Science enables researchers to easily capture and analyze eye-tracking data in various environments. This capability supports decision-making processes and provides valuable cognitive insights, facilitating a deeper understanding of visual attention and perception. The company's innovative products are designed to enhance the research capabilities of scientists working in active vision studies.

Neurescence Inc. is a biotechnology company based in Toronto, Canada, focused on developing assessment tools for brain diseases and effective therapeutics. Established in 2014, the company specializes in biological optical imaging, offering innovative products such as its Quartet, a miniature fluorescence microscope designed for neuronal calcium imaging. This device allows for the simultaneous monitoring of neuronal activity across multiple regions of the brain and spinal cord in freely behaving subjects. Neurescence also provides GRIN lenses that facilitate imaging by transmitting fluorescence signals from neurons to a CMOS sensor, enabling healthcare providers to gain insights into brain function and localize areas for potential intervention in conditions such as Alzheimer's, epilepsy, and depression.

Ovitz specializes in the manufacturing of optical measurement devices aimed at producing customized contact lenses. The company offers a closed-loop wavefront-guided contact lens production system, which measures the entire visual system to ensure the precision and effectiveness of the lenses. Additionally, Ovitz develops portable ophthalmic equipment designed to diagnose individuals with abnormal corneas, providing essential prescription data necessary for the creation of individualized contact lenses. This focus on enhancing visual quality enables patients to receive tailored vision care solutions.

Lumedica specializes in the development of low-cost, high-performance Optical Coherence Tomography (OCT) imaging technologies aimed at enhancing eye care. The company's innovative devices leverage advanced optical components to effectively capture detailed image data from micro-layers of tissues, particularly within the eye. This technology allows eye specialists to monitor minute nerve movements and detect abnormalities in the retina, paving the way for improved diagnosis and treatment of eye diseases. Lumedica is currently focused on bringing its first fully-patented OCT device to market while benefiting from funding through grants from the NIH and the State of North Carolina. The team behind Lumedica possesses a strong background in scientific innovation and product development, underscoring its commitment to advancing affordable healthcare solutions.

Axion Technologies LLC is a cybersecurity company founded in 2016 and located in Tallahassee, Florida. The firm specializes in developing advanced computer security solutions, focusing on cutting-edge encryption technologies and two-factor authentication capabilities. Through its innovative approach, Axion Technologies aims to enhance digital security for its clients, addressing the increasing demand for robust protective measures in a rapidly evolving technological landscape.

Mango teQ's mission is to create AR (Augmented Reality) vision systems for people on the go, to augment their daily tasks and activities. We are uniquely positioned, with the know how to develop this frontier technology; the only company in Oceania and among a handful in the world. Our brand REYEDR (pronounced rider) is targeting a multi-billion dollar opportunity, by letting motorcyclists keep their eyes on the road. Utilising a novel retrofit approach; the REYEDR HUD fits on the chinbar of any full face helmet, and converts it into a smart AR device. Our HUD system incorporates patented and patent pending technologies. The REYEDR device is a true HUD that utilises superior holographic technology to achieve the requirements of the virtual image, without adding unnecessary bulk. The virtual image is at infinite focus to prevent distraction, as it can be viewed without refocusing the eyes. Our hardware is less complex with a smaller, lighter and minimalist form factor for easier integration onto the helmet. The REYEDR HUD along with smartphone App deliver key information about the bike, route, and ride group, to deliver a safer and smarter ride experience.

Augmentiqs is an innovative company dedicated to enhancing healthcare outcomes through advanced pathology and digital microscopy technologies. Founded with insights from leading pathologists, Augmentiqs focuses on developing solutions that integrate seamlessly with existing workflows in the field of pathology. Their primary offering is a real-time telepathology and augmented microscopy platform, which facilitates online consultations and collaboration among pathologists in different locations. This technology captures and shares live views from microscopes while allowing for interactive annotations, thereby improving clinical decision-making. By leveraging expertise in telecommunications and electro-optics, Augmentiqs delivers a high-definition telepathology conferencing system that is both cost-effective and user-friendly. Their approach not only streamlines the investigative process but also aims to foster better clinical outcomes while reducing costs, marking a significant advancement in the practice of pathology.

Opalux Inc. is a company based in Toronto, Canada, specializing in the research, development, and manufacture of advanced photonic color technology. It produces a range of innovative products, including photonic ink technology, compressible photonic colors, printable photonic crystals, and photonic nose chemical sensors. These technologies cater to a diverse array of applications such as electronic tags, digital signage, e-paper, and security features for items like passports, banknotes, and ID cards. Opalux’s photonic crystals can change appearance in response to various stimuli, incorporating interactive security features that are difficult to counterfeit and easy to verify. The company's offerings also extend to consumer products, including cosmetics and food packaging, enabling enhanced safety and authenticity in numerous sectors.

VPG Medical Inc. is a digital health service company based in Rochester, New York, established in 2017. The company specializes in developing innovative monitoring solutions that utilize video-based sensors embedded in smart devices and personal computers. Its flagship product, CardioGuard, provides cardiac monitoring technology aimed at diagnosing and treating various health conditions, including congestive heart failure, diabetes, atrial fibrillation, hypertension, sleep apnea, obesity, and stroke. By enabling continuous health status monitoring during daily activities, VPG Medical enhances the ability for patients to stay informed about their cardiac health, ultimately contributing to improved diagnoses and therapeutic strategies.

Organic Robotics Corporation, founded in 2018 and based in Rochester, New York, specializes in the design and development of advanced sensors for real-time touch measurement. The company's flagship product, Light Lace, utilizes fiber-optic technology to create a flexible sensor capable of bending and twisting to conform to the human body. This innovative sensor not only captures motion but also measures pressure, offering unique advantages in sensibility, elasticity, and washability at a competitive cost. Organic Robotics focuses on enhancing performance monitoring, particularly for professional athletes, by providing real-time feedback on motion, muscle fatigue, and vital signs. Their technology is designed for comfort and minimizes distraction, enabling accurate analysis of chest movement to deliver actionable insights that help optimize athletic performance.

ExPrimary is a biotechnology company that develops medical devices to count and store cells. Its bioanalytical instrumentation platform aims to increase access to bioanalytical tools across research and diagnostic markets, supporting the adoption of personalized healthcare. The company was founded in 2013 and is headquartered in Rockville, Maryland.

Intelon Optics is a medical device company that develops and commercializes biomechanical imaging and diagnostic solutions for eye care. Its flagship Brillouin Optical Scanner System is an optical-scanning platform that measures the biomechanical properties of ocular tissues such as the cornea, sclera, and lens, supporting diagnostic and surgical planning. The company pursues point-by-point biomechanical imaging of eye structures from the cornea to the posterior segment, enabling personalized treatment strategies for eye diseases. Intelon Optics is headquartered in Lexington, Massachusetts, with a manufacturing center in Rochester, New York.

Double Helix is a team of top talent from a range of fields coming together to advance discovery and research in precision 3D nano-imaging. They have recognized world experts in super-resolution, first-rate engineers in optics, 3D imaging, software, and advisors from the research and business world. They are experts in their fields, collaborators in others, and excited by discovery.

Think Biosolution is an original design manufacturer specializing in health monitoring platforms aimed at preventing chronic conditions through early warning scores tailored to specific diseases. The company has developed three remote patient monitoring platforms for telehealth brands. These platforms utilize wearable Internet of Things devices that patients use to monitor vital signs, including heart rate, heart rate variability, respiratory rate, and blood oxygen saturation. By providing accurate real-time biometric and movement data, Think Biosolution enables healthcare professionals and coaches to make informed decisions and offer timely diagnoses, thus enhancing patient care and health outcomes.

Bounce Imaging, Inc. is a manufacturer of tactical throwable cameras equipped with multiple lenses and sensors, designed primarily for police and fire responders. The company specializes in developing omnidirectional cameras and sensor technology that allows first responders to safely monitor hazardous environments from a distance, enhancing their operational safety. Founded in 2012 and headquartered in Buffalo, New York, Bounce Imaging provides a variety of supportive accessories such as pole attachments, tethers, car chargers, headsets, wrist straps, and magnetic mounts. In addition to its hardware offerings, the company also delivers cloud services, including technical consulting, design and implementation support, and troubleshooting assistance for imaging and processing hardware. Bounce Imaging's innovative solutions enable users to capture real-time videos and sensor data consistently, even in challenging conditions, making it a valuable asset in the defense and first response sectors.

Tarsier Optics is a technology company that specializes in advanced imaging solutions, focusing on quantum camera technology to deliver high-resolution, noise-free images. Its innovative image processing techniques allow the production of clear long-range images, which are crucial for applications in military vehicles, aircraft, and drones. The company's lightweight lenses are specifically designed to overcome challenges such as distortion caused by heat haze turbulence, providing strategic advantages in military optics. Through its cutting-edge technology, Tarsier Optics aims to enhance the operational capabilities of its clients by ensuring superior image quality in demanding environments.

Think Biosolution is an original design manufacturer specializing in health monitoring platforms aimed at preventing chronic conditions through early warning scores tailored to specific diseases. The company has developed three remote patient monitoring platforms for telehealth brands. These platforms utilize wearable Internet of Things devices that patients use to monitor vital signs, including heart rate, heart rate variability, respiratory rate, and blood oxygen saturation. By providing accurate real-time biometric and movement data, Think Biosolution enables healthcare professionals and coaches to make informed decisions and offer timely diagnoses, thus enhancing patient care and health outcomes.

LighTopTech is an optical technology company located in Rochester, New York, specializing in the development of organic tissue imaging devices. Founded in 2013 and recognized as a woman-owned business, LighTopTech focuses on nondestructive imaging solutions that allow for the high-resolution, three-dimensional visualization of materials. Utilizing a proprietary biomimetic microscope design that incorporates liquid lens technology, the company's devices facilitate the non-invasive inspection of organic tissues, polymers, and glasses. This innovative approach enables clients to analyze samples without the need for cutting or damaging them, thereby preserving the integrity of the materials being studied.

Mosaic Microsystems LLC is a microelectronics and photonics packaging company headquartered in Rochester, New York. Founded in 2016, the company specializes in using glass and other thin substrates as a platform material for various applications, including logic, memory, analog and power electronics, photonics, RF, MEMS, and sensor technologies. Mosaic Microsystems aims to support manufacturers by providing solutions that enable high-volume thin glass manufacturing, thereby enhancing efficiency and performance in the microelectronics sector.

Arovia, Inc. is a Texas-based company that specializes in the development of innovative collapsible television products. Founded in 2015, Arovia designs portable displays that can be easily transported, collapsing to the size of a book for convenience. These pop-up display products connect wirelessly or via HDMI to phones, tablets, or laptops, allowing mobile professionals to view and compare documents seamlessly without the need to scroll or switch between applications. In addition to enhancing productivity, Arovia’s products are also suitable for use in virtual and augmented reality applications, including gaming. The company is committed to delivering high-quality, affordable electronic solutions that enhance the flexibility and enjoyment of mobile content.