Luminate

Photonic Integrated Circuits (PICs), photonic hardware product

Swave Photonics specializes in the design and marketing of holographic chips utilizing proprietary diffractive photonics technology. The company aims to enhance augmented reality experiences through its innovative NanoPixel technology, which allows for the creation of compact, lightweight, and high-resolution displays. By focusing on the integration of digital content with the real world, Swave Photonics seeks to empower display manufacturers and content creators to produce immersive, ultra-high-resolution holographic displays. This approach contributes to the development of a more interactive metaverse, enabling users to visualize complex concepts, collaborate effectively, and achieve greater outcomes.

VoxelSensors specializes in advanced sensing technology that enhances spatial and empathic interfaces for mobile, extended reality (XR), and industrial applications. The company's proprietary Single Photon Active Event Sensor (SPAES) technology employs Single-Photon Avalanche Diodes (SPADs) to provide low-power, low-latency solutions for spatial awareness, gaze tracking, and intuitive user interactions. This innovative system architecture is tailored to meet the needs of manufacturers in the consumer electronics sector, enabling a new category of efficient three-dimensional perception systems. VoxelSensors' technology not only supports the growth of mobile and XR markets but also addresses the increasing demand for immersive and autonomous experiences across various industries. By leveraging this groundbreaking technology, VoxelSensors aims to transform consumer electronics, smartphones, wearables, and industrial applications, ultimately blurring the lines between the physical and digital worlds.

Photosynthetic B.V., founded in 2019 and based in Amsterdam, the Netherlands, specializes in advanced 3D lithography technology capable of printing objects with feature sizes below one micron. This innovative technology facilitates the creation of true 3D structures and is particularly applicable in fields such as lab-on-chip development and the production of Micro-Electro-Mechanical Systems (MEMS). By enabling high precision with print speeds reaching six millimeters per minute, Photosynthetic aims to streamline the lithography production process, reducing both costs and time required for prototyping. The company is committed to advancing innovation and delivering versatile, reliable products that can scale effectively in various applications.

Nicslab is a fabless chip company focused on developing electronics and photonics integrated circuits for advanced optical solutions in data centers, artificial intelligence, and quantum computing. The company specializes in creating hardware subsystems and automation software that facilitate the efficient control of light for data processing and transfer. Nicslab's technology includes a compact, programmable, multichannel source measurement unit designed to simplify the management of multiple voltage and current sources. This innovation supports low-power applications, ranging from basic electronic circuits to complex photonic integrated circuits, enabling high-speed silicon photonics networking and contributing to smart, environmentally friendly devices.

AI Optics is a digital health company that specializes in developing innovative products aimed at preventing vision loss and blindness. The company has created a medical device that integrates advanced imaging and artificial intelligence technologies, allowing for efficient retinal disease screening. By facilitating point-of-care eye scans, AI Optics enhances accessibility to essential eye health assessments, ultimately supporting the healthcare industry in its efforts to combat vision loss. Their focus on precision in eye care aims to improve patient outcomes and broaden access to vital ophthalmic services.

SaferStreet Solutions focuses on enhancing road safety by addressing distracted driving and promoting seat belt use. The company has developed a traffic data collection platform that utilizes digital signage to detect unsafe driving behaviors, such as speeding and the failure to wear seat belts. This technology allows for the analysis of driver behavior, enabling law enforcement agencies and government entities to implement targeted, data-driven strategies aimed at reducing traffic accidents. Through its innovative solutions, SaferStreet Solutions aims to create safer roads for all users.

iLoF, or Intelligent Lab on Fiber, is a developer of a digital health platform that utilizes advanced photonics and artificial intelligence to enhance personalized drug discovery and development. The company has created a patented system that identifies and captures unique features of gold-standard biomarkers, compiling this information into a cloud-based library. By leveraging this extensive database, iLoF aims to facilitate collaboration among physicists, biologists, and data scientists, ultimately improving the efficiency and patient-centricity of clinical trials. This innovative approach not only reduces the costs associated with drug development but also aims to provide patients with tailored, life-saving treatments.

Nicslab is a fabless chip company focused on developing electronics and photonics integrated circuits for advanced optical solutions in data centers, artificial intelligence, and quantum computing. The company specializes in creating hardware subsystems and automation software that facilitate the efficient control of light for data processing and transfer. Nicslab's technology includes a compact, programmable, multichannel source measurement unit designed to simplify the management of multiple voltage and current sources. This innovation supports low-power applications, ranging from basic electronic circuits to complex photonic integrated circuits, enabling high-speed silicon photonics networking and contributing to smart, environmentally friendly devices.

VoxelSensors specializes in advanced sensing technology that enhances spatial and empathic interfaces for mobile, extended reality (XR), and industrial applications. The company's proprietary Single Photon Active Event Sensor (SPAES) technology employs Single-Photon Avalanche Diodes (SPADs) to provide low-power, low-latency solutions for spatial awareness, gaze tracking, and intuitive user interactions. This innovative system architecture is tailored to meet the needs of manufacturers in the consumer electronics sector, enabling a new category of efficient three-dimensional perception systems. VoxelSensors' technology not only supports the growth of mobile and XR markets but also addresses the increasing demand for immersive and autonomous experiences across various industries. By leveraging this groundbreaking technology, VoxelSensors aims to transform consumer electronics, smartphones, wearables, and industrial applications, ultimately blurring the lines between the physical and digital worlds.

AI Optics is a digital health company that specializes in developing innovative products aimed at preventing vision loss and blindness. The company has created a medical device that integrates advanced imaging and artificial intelligence technologies, allowing for efficient retinal disease screening. By facilitating point-of-care eye scans, AI Optics enhances accessibility to essential eye health assessments, ultimately supporting the healthcare industry in its efforts to combat vision loss. Their focus on precision in eye care aims to improve patient outcomes and broaden access to vital ophthalmic services.

iLoF, or Intelligent Lab on Fiber, is a developer of a digital health platform that utilizes advanced photonics and artificial intelligence to enhance personalized drug discovery and development. The company has created a patented system that identifies and captures unique features of gold-standard biomarkers, compiling this information into a cloud-based library. By leveraging this extensive database, iLoF aims to facilitate collaboration among physicists, biologists, and data scientists, ultimately improving the efficiency and patient-centricity of clinical trials. This innovative approach not only reduces the costs associated with drug development but also aims to provide patients with tailored, life-saving treatments.

cureVision specializes in AI-based medical imaging and diagnostic solutions tailored for vascular surgeons and healthcare staff, particularly in the area of chronic wounds. The company has developed a wound analysis system that enables the measurement and analysis of injuries with precision. This platform allows medical professionals to assess chronic wounds, capturing details such as area and depth with ease at the push of a button. Additionally, it records other critical healing parameters and facilitates the documentation of all body parts during movement, thereby enhancing the accuracy of wound assessment and management.

SeeTrue Technologies is a developer of advanced eye-tracking solutions that leverage sophisticated sensors and a unique computer vision approach. The company specializes in creating customizable eye-tracking technology that aims to enhance the functionality of augmented reality devices. By providing detailed insights into users' attention and point of gaze, SeeTrue Technologies enables more intuitive control and interaction with digital interfaces. Their expertise in computational optics and applied eye-tracking allows for precise tracking and prediction of user behavior, ultimately improving the overall user experience with these devices.

Swave Photonics specializes in the design and marketing of holographic chips utilizing proprietary diffractive photonics technology. The company aims to enhance augmented reality experiences through its innovative NanoPixel technology, which allows for the creation of compact, lightweight, and high-resolution displays. By focusing on the integration of digital content with the real world, Swave Photonics seeks to empower display manufacturers and content creators to produce immersive, ultra-high-resolution holographic displays. This approach contributes to the development of a more interactive metaverse, enabling users to visualize complex concepts, collaborate effectively, and achieve greater outcomes.

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 the capabilities of production and manufacturing through the use of ultra-short pulse lasers. It has developed a specialized wafer dicing laser machine that employs ultrashort pulse processing technology. This innovative approach enables high-precision cutting, drilling, and structuring of various materials, particularly benefiting the semiconductor industry. By utilizing this advanced technology, Lidrotec aims to improve processing speeds while ensuring maximum accuracy in manufacturing processes.

Custom Surgical is a medical technology company focused on eyecare, known for its innovative 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, ultimately improving patient diagnosis and workflow efficiency. Custom Surgical's offerings also include a medical imaging system that digitizes surgical microscopes and slit-lamps, incorporating mobile applications to enhance their functionalities. With a comprehensive database of ophthalmic images and microscopic videos, the company's technology aids in surgical and diagnostic procedures, making it easier for doctors to detect and treat eye diseases. By distributing over 1600 MicroREC systems globally, Custom Surgical aims to democratize access to eyecare diagnostics while maintaining transparent and affordable pricing models.

Lidrotec is a company focused on enhancing the capabilities of production and manufacturing through the use of ultra-short pulse lasers. It has developed a specialized wafer dicing laser machine that employs ultrashort pulse processing technology. This innovative approach enables high-precision cutting, drilling, and structuring of various materials, particularly benefiting the semiconductor industry. By utilizing this advanced technology, Lidrotec aims to improve processing speeds while ensuring maximum accuracy in manufacturing processes.

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

QD Solar Inc. is a Canadian company based in Toronto that specializes in the development of advanced photovoltaic cells utilizing colloidal quantum dot technology. Founded in 2014 as a spinoff from the University of Toronto, QD Solar combines silicon solar cells with infrared solar cells in a hybrid architecture. This innovative approach allows the company to capture a broader range of the solar spectrum compared to traditional silicon cells alone. By enhancing the efficiency of solar energy harvesting, QD Solar aims to address the competitive pressures in the solar photovoltaic market, where differentiation through improved performance at competitive costs is essential. The company's technology promotes sustainable development and aims to increase the adoption of renewable energy sources.

Stratio, Inc. is a technology company based in Palo Alto, California, founded in 2013 with the aim of making infrared sensing accessible to a broader market. The company designs, develops, and manufactures advanced infrared technologies, including LinkSquare, a portable spectrometer, and BeyonSense, the first smartphone-compatible shortwave infrared camera. Stratio's innovative germanium-based shortwave infrared sensors facilitate the creation of versatile and affordable infrared devices. Their products are utilized globally by partners and customers to enhance process efficiency, combat counterfeiting, ensure food safety, and support precision agriculture. Stratio is also focused on future innovations in infrared sensing, with plans to develop Hyper-Spectral Imaging solutions.

Scout Space, founded in 2019, focuses on enhancing space safety and transparency through innovative in-space observation systems. The company launched its products and services in June 2021, which include an orbital distributed sensor network that significantly improves Space Domain Awareness (SDA). These systems enable spacecraft to detect and understand their surroundings, facilitating safer operations in the increasingly crowded orbital environment. Scout Space offers a range of services, including in-orbit satellite inspection, proximity operations systems, and analytics, which help clients maintain satellite health, prevent catastrophic failures, and mitigate the risk of orbital debris. The company has garnered recognition as a Techstars and venture-backed startup, and was awarded the 2020 MassChallenge Gold.

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 technology for visual diagnostics and corrections. The company has created SimVis, a proprietary visual simulation technology specifically designed for multifocal lens applications in presbyopia and cataract surgery. This technology allows patients to experience real-world vision prior to undergoing surgical procedures, addressing the challenge faced by surgeons in selecting the most suitable intraocular lenses from a vast array of options available in the market. The SimVis Gekko device, which has received FDA clearance and CE marking, is portable and user-friendly, enhancing patient satisfaction and assisting ophthalmologists in making informed decisions about lens selection. With over 2 billion people globally affected by presbyopia and cataracts, and an aging population contributing to increased surgical options, 2Eyes Vision aims to improve clinical practices and patient outcomes in the field of ophthalmology.

EMGenisys specializes in an embryo health assessment platform that evaluates the viability and sex of embryos in a single laboratory assessment. Utilizing advanced video motion magnification technology, the platform assesses whether cells are actively dividing or decaying, thereby ensuring the embryos are healthy at the time of transfer. This innovation is designed to enhance animal production, supporting sustainability and promoting animal welfare through improved reproductive technologies. By analyzing embryo morphokinetic activity during brief observation periods, EMGenisys enables livestock veterinarians and embryologists to increase the efficiency and success rates of breeding, particularly in cattle.

Quantopticon develops software focused on quantum-photonic technologies, specifically designed for the modeling and optimization of solid-state quantum systems. Their flagship product, the Quantillion software suite, simulates the injection of electromagnetic pulses into semiconductor photonic structures that include embedded quantum systems. This software facilitates the calculation of pulse propagation, interaction with quantum systems, and the evolution of their level populations and polarization. By providing advanced modeling capabilities, Quantopticon enables clients to streamline the design process for quantum-photonic components and integrated circuits, significantly reducing the need for repetitive experimental testing and optimization of physical prototypes.

Big Cabal Media (BCM) is a digital media company focused on serving African audiences through high-quality media brands and original content with both local and global relevance. It operates two prominent publications: TechCabal, which provides in-depth coverage of the technology sector's impact on Africa, and Zikoko, which captures and amplifies the narratives of Nigeria's youth culture. TechCabal offers valuable insights into startups, innovation, and technology, catering to entrepreneurs, investors, and decision-makers. Its data and intelligence unit, TechCabal Insights, assists development finance institutions, NGOs, and startups in navigating challenges within the digital economy. Meanwhile, Zikoko engages younger audiences through diverse content formats, including written articles, videos, and memes, reflecting the vibrant elements of youth culture. BCM aims to leverage Africa's digital economy as a path to prosperity for the continent.

Owl Autonomous Imaging, Inc. is a technology company based in Fairport, New York, founded in 2018. The company specializes in developing advanced imaging solutions, including a two-color infrared camera for the US Air Force and a 4D-camera that integrates 1550nm Flash-LiDAR and thermal imaging within a single solid-state megapixel focal plane. These innovations are aimed at enhancing safety in the automotive mobility sector, particularly for advanced driver assistance systems (ADAS) and autonomous vehicles. Their proprietary Monocular 3D Thermal Ranging™ technology employs optical fusion and deep learning techniques to generate dense range maps from heat signatures without the need for additional illumination. Co-founder Chuck Gershman brings over 30 years of experience in the semiconductor industry, having held leadership roles in multiple startups, three of which he led to successful acquisitions.

Mesodyne is an engineering and manufacturing company focused on innovative electricity generation solutions, particularly through its patented LightCell technology, which converts various fuels into electricity using light. Founded in 2018 by Drs. Veronika Stelmakh and Walker Chan, the company aims to deliver portable and reliable power generation systems to military and commercial users. Mesodyne's compact power generators enhance the endurance of small autonomous systems, offering efficient and long-lasting energy sources that bridge the gap between traditional batteries and internal combustion engines. This technology is designed to alleviate the burden on dismounted warfighters and emergency responders while extending the operational range of unmanned vehicles, wearables, and other equipment.

Dynocardia, Inc. is a biomedical device company based in Massachusetts that specializes in wireless blood pressure measurement equipment. Founded in 2018, the company has developed a wrist-wearable device called ViTrack, which allows users to accurately and continuously measure vital health parameters, including blood pressure, heart rate, heart rhythm, and respiration rate. Utilizing an innovative optomechanical sensor, Dynocardia's technology offers a non-invasive method for blood pressure measurement, rivaling the accuracy of traditional intra-arterial measurements. The company's focus is on addressing critical unmet healthcare needs, providing a mobile, user-friendly solution for monitoring cardiovascular health.

Andluca is a company that specializes in the development of innovative smart glass and smart window products, utilizing UV light and solar energy to enhance energy efficiency in buildings and homes. Founded in 2017 as a spin-out from Princeton University, Andluca has established its operations in New York and California. The company focuses on advanced solar materials, coatings, and embedded systems that enable glass and window products to respond intelligently to environmental changes. Its products can be installed like conventional windows or facades, offering a cost-effective solution that reduces installation time and the carbon footprint typically associated with traditional smart window technologies. Through partnerships with window and facade manufacturers, Andluca provides a diverse range of smart glass options to its clients.

Alertgy Inc. is a company that has developed a non-invasive device for on-demand monitoring of blood glucose levels, primarily aimed at individuals with diabetes. The flagship product, Alertgy GM, is a wristband that integrates seamlessly with a smartphone app to provide real-time blood sugar readings. This wearable device is designed to be worn continuously, day and night, and features a waterproof and hypoallergenic design. Moreover, it includes alert systems that notify users and their loved ones if blood sugar levels fall outside of safe ranges. Founded in 2016, Alertgy is headquartered in Melbourne, Florida, and aims to enhance the management of diabetes through innovative technology.

Infrascreen specializes in the development of nanotechnology-based solutions for greenhouse environments, focusing on enhancing energy efficiency and climate management. The company's innovative light filters are designed to alleviate heat stress on crops, ultimately supporting sustainable agriculture practices. By co-developing with the PV-center of the CSEM in Neuchâtel, Infrascreen has successfully demonstrated proof of concept for its products under laboratory conditions. This technology not only aims to reduce operational costs for greenhouse growers by minimizing heating requirements but also contributes to lowering carbon dioxide emissions associated with food production.

Layer Metrics Inc specializes in enhancing the reliability of metal additive manufacturing by ensuring part integrity through a layer-by-layer certification process. The company has developed an optical monitoring technology that focuses on quality control in three-dimensional metal printing. This innovative system includes optical hardware sensors that monitor and detect flaws during the manufacturing process. By capturing a comprehensive array of real-time synchronized data, Layer Metrics provides clients with the information needed to maintain confidence in the integrity of printed parts. This capability allows for timely corrective actions during production, thereby supporting rapid growth in the additive manufacturing sector.

Momentum Optics is focused on addressing the growing demand for high-quality glass optics through innovative, on-demand manufacturing solutions. Utilizing proprietary technology developed with support from NASA, the company employs a laser-based mechanism combined with machine learning to produce custom lenses with exceptional precision. This approach allows Momentum Optics to manufacture optics ten times faster and at a significantly lower cost than traditional methods, while also achieving superior performance metrics. By enabling researchers and product developers to create multiple lenses simultaneously, Momentum Optics facilitates accelerated discovery, reduces overall costs, and enhances the performance of optical devices, ultimately shortening the time to market for new products.

One Silicon Chip Photonics Inc. specializes in designing and manufacturing advanced navigation sensors tailored for autonomous vehicles. Founded in 2014 and based in Montreal, Canada, the company focuses on creating Micro-Opto-Electro-Mechanical Systems (MOEMS) that are integrated on Silicon-On-Insulator (SOI) substrates. Their product line includes micro-scale optical gyroscopes and 6-axis Inertial Measurement Units (IMUs), which offer superior performance in challenging environments. These sensors achieve better than 1°/hour accuracy while being significantly smaller, more power-efficient, and cost-effective compared to traditional fiber-optic gyroscopes. Furthermore, One Silicon Chip Photonics' solutions are designed to be more reliable and less susceptible to environmental factors such as thermal drift and vibration-induced noise, making them a compelling choice for the self-driving car and drone markets.

Qunnect, LLC specializes in developing modular light-based devices that facilitate the transmission, storage, and reception of encrypted information, aimed at creating large-area ultra-secure networks. Utilizing principles of quantum physics, these devices ensure that any attempt to observe the data alerts both the sender and recipient, thereby enhancing cybersecurity. Founded in 2017 and based in Stony Brook, New York, Qunnect emerged as a spin-off from the Quantum Information Technology group at Stony Brook University. The company's focus is on engineering advanced quantum memories and sources, which are crucial for future information networks and quantum computing. Additionally, Qunnect offers field-deployable hardware systems for optical and long-distance communication, along with an AI-enabled software suite that allows for real-time monitoring of network components. This innovative approach positions Qunnect at the forefront of evolving cyber-security markets by enabling sophisticated and scalable quantum-secure communication solutions.

Nordetect, based in Copenhagen and founded in 2016, is an analytical hardware company that specializes in Lab-on-a-chip devices designed for environmental and agricultural analysis. The company aims to integrate medical-grade technology into the farming sector, offering solutions for nutrient analysis to optimize crop performance. Nordetect's technology enables farm managers, agricultural service providers, and indoor growers to conduct reliable and affordable testing of soil nutrients, specifically nitrogen, phosphorus, and potassium. By providing clear and actionable data, the company helps users make informed decisions about fertilizer usage and agricultural practices, ultimately leading to improved harvests.

Rubitection Inc. is a company based in Pittsburgh, Pennsylvania, specializing in early assessment and management of skin health, particularly focusing on the prevention of bedsores and diabetic foot ulcers. Founded in 2010, Rubitection has developed the Rubitect Assessment System, a handheld device designed for caregivers, doctors, and nurses to detect early signs of skin issues. This system provides features such as risk analytics, remote monitoring, and care plan management, allowing users to measure changes in tissue properties and assess overall skin health. Rubitection aims to establish itself as the global standard for skin health monitoring and care management, applicable not only in wound care but also in dermatology and cosmetic fields.

SunDensity Inc. specializes in the research, design, and development of Photonic Smart Coating technology, specifically its patent-pending PSC™. This innovative technology facilitates the up and down conversion of light wavelengths, addressing inefficiencies in photonics. The company's products aim to enhance the efficiency of solar photovoltaics, thereby reducing electricity generation costs. In addition, SunDensity's technology allows for the customization of thermal and optical properties in architectural glass and increases the quantum efficiency of optoelectronic instruments. Founded in 2016, SunDensity is headquartered in Boston, Massachusetts, with an additional office in Rochester, New York.

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. specializes in the research, design, and development of Photonic Smart Coating technology, specifically its patent-pending PSC™. This innovative technology facilitates the up and down conversion of light wavelengths, addressing inefficiencies in photonics. The company's products aim to enhance the efficiency of solar photovoltaics, thereby reducing electricity generation costs. In addition, SunDensity's technology allows for the customization of thermal and optical properties in architectural glass and increases the quantum efficiency of optoelectronic instruments. Founded in 2016, SunDensity is headquartered in Boston, Massachusetts, with an additional office in Rochester, New York.

Nordetect, based in Copenhagen and founded in 2016, is an analytical hardware company that specializes in Lab-on-a-chip devices designed for environmental and agricultural analysis. The company aims to integrate medical-grade technology into the farming sector, offering solutions for nutrient analysis to optimize crop performance. Nordetect's technology enables farm managers, agricultural service providers, and indoor growers to conduct reliable and affordable testing of soil nutrients, specifically nitrogen, phosphorus, and potassium. By providing clear and actionable data, the company helps users make informed decisions about fertilizer usage and agricultural practices, ultimately leading to improved harvests.

Colab.re is a citizen-to-government engagement platform founded in 2012 and headquartered in São Paulo, Brazil. It facilitates social interactions between citizens and government entities, allowing individuals to report daily issues, suggest urban improvements, and rate public services. The platform also provides governments with a freemium customer relationship management (CRM) and workflow management tool. As of March 2016, Colab.re has over 150,000 users in Brazil and has partnered with more than 100 clients, including municipalities, state governments, federal departments, and utility companies. The company's mission centers on fostering collaboration between citizens and government to enhance urban living conditions.

Nordetect, based in Copenhagen and founded in 2016, is an analytical hardware company that specializes in Lab-on-a-chip devices designed for environmental and agricultural analysis. The company aims to integrate medical-grade technology into the farming sector, offering solutions for nutrient analysis to optimize crop performance. Nordetect's technology enables farm managers, agricultural service providers, and indoor growers to conduct reliable and affordable testing of soil nutrients, specifically nitrogen, phosphorus, and potassium. By providing clear and actionable data, the company helps users make informed decisions about fertilizer usage and agricultural practices, ultimately leading to improved harvests.

Circle Optics, Inc. specializes in developing innovative camera technology that enables real-time, high-definition virtual reality video. Its parallax-free camera utilizes multiple polygonal lenses to capture panoramic images seamlessly, eliminating the need for image stitching. This technology serves a variety of sectors, including aerospace, autonomous systems, and entertainment. By providing an accurate representation of scenes without post-processing, Circle Optics enhances the delivery of critical resources, ensures safety in aerospace applications, improves surveillance capabilities, and transforms immersive experiences for content creators.

Haqean is a computer and network security company specializing in post-quantum secure solutions. It develops data authentication technology aimed at industries such as pharmaceuticals and retail. The company offers a range of services that enhance product protection throughout the supply chain, including fraud prevention, quantum tagging, endpoint security, cross-platform support, and data encryption. These solutions enable pharmaceutical manufacturers and hospitals to ensure the safety and efficiency of their products.

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. specializes in the research, design, and development of Photonic Smart Coating technology, specifically its patent-pending PSC™. This innovative technology facilitates the up and down conversion of light wavelengths, addressing inefficiencies in photonics. The company's products aim to enhance the efficiency of solar photovoltaics, thereby reducing electricity generation costs. In addition, SunDensity's technology allows for the customization of thermal and optical properties in architectural glass and increases the quantum efficiency of optoelectronic instruments. Founded in 2016, SunDensity is headquartered in Boston, Massachusetts, with an additional office in Rochester, New York.

Kilo Medical Solutions is a biomedical engineering company focused on developing innovative medical devices for neonatal intensive care units. Their primary goal is to enhance the care environment for premature infants, addressing the challenges posed by light and sound in neonatal ICUs. The company offers products that help regulate light conditions for these vulnerable patients, utilizing specially designed fabric covers that serve as safe and sanitary alternatives to traditional blankets. By improving the light environment, Kilo Medical Solutions enables healthcare practitioners to better manage the circadian rhythms of premature infants, which can lead to improved weight gain, stabilization of vital signs, and ultimately better health outcomes, thereby reducing the length of hospital stays in the NICU.

Think Outside AS is a technology startup based in Bergen, Norway, specializing in the development of advanced real-time radar equipment for avalanche sensing and outdoor applications. Founded in 2017, the company focuses on producing innovative products that enhance safety in skiing and hydropower sectors. Its flagship product, Sknow, provides skiers with real-time data on snow layers directly beneath their skis, including information on snow depth, layering, density, and snow water equivalent (SWE). By integrating software solutions with its hardware, Think Outside aims to reduce health and safety risks associated with skiing in avalanche-prone areas, enabling users to make informed decisions regarding slope conditions and potential hazards.

Akknatek specializes in developing innovative optical testing products aimed at improving postoperative management of intraocular lenses (IOLs). The company's patented lens reviewer technology enhances patients' visual outcomes, particularly for those experiencing dislocated IOLs following cataract surgery. By providing clear protocols for treatment, the lens reviewer minimizes the risk of unexpected refractive complications and decreases the need for additional refractive procedures. This streamlined approach to postoperative monitoring not only aids clinics in managing IOL placements but also fosters greater confidence in IOL implantations, ultimately benefiting patient care and outcomes.

SaNoor specializes in advanced lighting technology and high-speed wireless communication, focusing on the development of innovative light sources. With a team of experienced scientists, engineers, and innovators, the company leverages over a decade of expertise in optoelectronics and photonics to address various technological challenges. SaNoor's solutions are designed to enhance energy efficiency, lighting quality, and communication speed, while ensuring low latency and compactness. Their technology enables robust data communication links, both underwater and in free space, allowing clients to achieve high data rate wireless connections.

Positive Science develops innovative eye-tracking systems that support researchers in both laboratory and field settings. By integrating advanced hardware and software, the company enables the efficient capture and analysis of eye-tracking data across various environments. This technology aids researchers in understanding visual attention and decision-making processes, ultimately providing valuable cognitive insights that can enhance scientific inquiry and application.

Neurescence Inc. is a biotechnology company based in Toronto, Canada, specializing in the development of advanced optical imaging tools for brain diseases and therapeutics. The company offers two types of graded-refractive-index (GRIN) lenses designed for implantation in various regions of the brain and spinal cord, facilitating the transmission of fluorescence signals from neurons to imaging sensors. Additionally, Neurescence has developed Quartet, a miniature fluorescence microscope paired with data collection software optimized for neuronal calcium imaging. This system allows users to capture and analyze neuronal activity, providing time-stamped data for individual neurons. By enabling real-time monitoring of neuronal activities, Neurescence aims to enhance the understanding of brain functions and assist healthcare providers in diagnosing and treating conditions such as Alzheimer's, epilepsy, and depression. Incorporated in 2014, Neurescence continues to innovate in the field of biological imaging.

Ovitz specializes in the development and manufacturing of optical measurement devices aimed at producing customized contact lenses. The company offers a closed-loop wavefront-guided contact lens production system that measures the entire visual system, allowing for the creation of effective and individualized contact lenses. In addition to this, Ovitz manufactures portable ophthalmic equipment designed to diagnose abnormalities in corneas, providing essential prescription data for tailored vision care. Through its innovative technology, Ovitz enhances visual quality and ensures that patients receive proper vision correction tailored to their specific needs.

Lumedica specializes in developing low-cost, high-performance Optical Coherence Tomography (OCT) imaging technologies. The company is focused on bringing its first fully patented OCT device to market, which aims to enhance the monitoring and detection of eye diseases by providing detailed imaging of the retina and related structures. Lumedica's technology leverages advanced optical components to improve eye imaging capabilities, allowing eye specialists to identify abnormalities and monitor minute changes in the eye effectively. The firm has a strong background in scientific innovation and product development and is currently supported by grants from the National Institutes of Health and the State of North Carolina.

Axion Technologies LLC, established in 2016 and located in Tallahassee, Florida, specializes in developing advanced computer security solutions. The company focuses on creating innovative encryption technologies and two-factor authentication systems to enhance cybersecurity measures. With a commitment to addressing the evolving challenges in the cyber landscape, Axion Technologies aims to provide effective tools that safeguard sensitive information and protect users from potential threats.

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 a technology company focused on advancing pathology and digital microscopy to improve healthcare outcomes. Founded with insights from leading pathologists, Augmentiqs develops innovative solutions that enhance the workflow of these medical professionals. Their flagship product features real-time telepathology and augmented microscopy, allowing for online consultations and collaborative investigations across remote locations. By creating a live online connection between pathologists, Augmentiqs aims to improve clinical outcomes, reduce costs, and streamline workflows. The company's patent-pending technology integrates with existing microscopes, enabling users to capture and share high-definition live views while adding interactive annotations. This approach leverages expertise in telecommunications and electro-optics to provide an intuitive, cost-effective telepathology conferencing platform. Ultimately, Augmentiqs seeks to redefine the field of pathology through smarter, more connected technologies.

Opalux Inc. is a Canadian company based in Toronto that specializes in the research, development, and manufacture of photonic color technology. The company is known for its innovative photonic ink technology and compressible photonic colors, which can be applied across a wide range of industries. Their products include printable photonic crystals and chemical sensors, which serve various applications such as electronic tags, digital signage, e-paper, and security features for financial documents and identification. Opalux's technology enables the development of tunable photonic crystals that change appearance in response to different stimuli, providing interactive security features that are difficult to counterfeit while being easy to verify. The company's offerings cater to diverse sectors, including consumer electronics, pharmaceuticals, automotive, and food and beverage industries.

VPG Medical Inc. is a digital health service company based in Rochester, New York, founded in 2017. The company specializes in developing innovative monitoring solutions utilizing video-based sensors embedded in smart devices and personal computers. Its primary product, CardioGuard, is a cardiac monitoring technology designed to assist in the diagnosis and treatment of various health conditions, including congestive heart failure, diabetes, atrial fibrillation, hypertension, sleep apnea, obesity, and stroke. By enabling continuous health monitoring in everyday settings, VPG Medical aims to enhance patient outcomes through improved diagnostic and therapeutic strategies, ensuring that individuals can stay informed about their cardiac health.

Organic Robotics Corporation, founded in 2018 and based in Rochester, New York, specializes in the design and development of advanced sensors that measure touch in real time. The company's flagship product, Light Lace, utilizes fiber-optic technology to create a flexible sensor capable of bending and twisting with the human body, offering effective motion capture and pressure sensing. This innovative solution combines sensibility, elasticity, and washability at a competitive cost. Additionally, Organic Robotics focuses on performance monitoring for professional athletes, providing real-time feedback on motion, muscle fatigue, and vital signs. Their technology is designed for comfort and minimal distraction, enabling accurate analysis of chest movement to deliver actionable insights regarding fatigue and performance levels.

ExPrimary is a biotechnology company based in Rockville, Maryland, that specializes in the development of medical devices for counting and storing cells. Founded in 2013, the company aims to enhance access to bioanalytical tools within research and diagnostic markets, particularly in response to the growing demand for personalized healthcare solutions. By focusing on miniaturizing these bioanalytical tools, ExPrimary seeks to facilitate their use closer to individuals, thereby advancing the capabilities of personalized medicine.

Intelon Optics, Inc. is a bio-mechanical diagnostic and surgical device company that specializes in designing and developing innovative eye diagnostic optical solutions. Based in Lexington, Massachusetts, with a manufacturing facility in Rochester, New York, the company focuses on the Brillouin Optical Scanner System. This advanced optical-scanning diagnostic platform is aimed at determining the intrinsic biomechanical properties of both transparent and opaque ocular tissues, including the cornea, sclera, and lens. The device enhances point-by-point biomechanical imaging of eye structures, allowing eye care professionals to offer a variety of novel diagnostic and surgical services tailored to individual patient needs. Since its incorporation in 2015, Intelon Optics has positioned itself at the forefront of eye disease treatment technology.

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 that specializes in developing remote patient monitoring platforms for telehealth brands. The company focuses on preventing multiple chronic conditions through its health monitoring platform, which utilizes disease-specific early warning scores. This platform is integrated with wearable Internet of Things devices that patients use to monitor vital signs such as heart rate, heart rate variability, respiratory rate, and blood oxygen saturation. By accurately collecting and analyzing real-time biometric and movement data, Think Biosolution enables healthcare professionals and coaches to make informed decisions and provide timely diagnoses.

Bounce Imaging, Inc. specializes in the manufacturing of tactical throwable cameras equipped with multiple lenses and sensors, designed primarily for use by police and firefighters. The company's innovative products enable first responders to safely assess hazardous environments remotely, providing real-time video and sensor data while maintaining stability during movement. In addition to its camera systems, Bounce Imaging offers a variety of accessories, including pole attachments, tethers, car chargers, headsets, wrist straps, and magnetic mounts. The company also provides cloud-based services that encompass technical consulting, design and implementation support, and troubleshooting for imaging and processing hardware. Founded in 2012, Bounce Imaging is headquartered in Buffalo, New York.

Tarsier Optics specializes in advanced imaging technology, focusing on the development of quantum cameras that deliver high-resolution, noise-free images. The company's innovative image processing technique allows for effective long-range imaging, making it particularly suitable for military applications, including vehicles, aircraft, and drones. By utilizing lightweight lenses, Tarsier Optics enhances the clarity and quality of images, helping clients achieve a strategic advantage in various operational scenarios. This capability addresses challenges such as distortion from heat haze turbulence, ensuring that users obtain reliable and precise imagery in demanding environments.

Think Biosolution is an original design manufacturer that specializes in developing remote patient monitoring platforms for telehealth brands. The company focuses on preventing multiple chronic conditions through its health monitoring platform, which utilizes disease-specific early warning scores. This platform is integrated with wearable Internet of Things devices that patients use to monitor vital signs such as heart rate, heart rate variability, respiratory rate, and blood oxygen saturation. By accurately collecting and analyzing real-time biometric and movement data, Think Biosolution enables healthcare professionals and coaches to make informed decisions and provide timely diagnoses.

LighTopTech is an optical technology company based in Rochester, New York, and was founded in 2013. As a woman-owned business, it specializes in developing organic tissue imaging devices that provide high-resolution volumetric images of various materials without causing any damage. The company's innovative approach utilizes a proprietary biomimetic microscope design combined with liquid lens technology, allowing for non-invasive three-dimensional imaging of organic tissues, polymers, and glasses. This technology enables clients to inspect samples thoroughly without the need for cutting or destroying the materials, making it a valuable tool in various scientific and industrial applications.

Mosaic Microsystems LLC is a microelectronics and photonics packaging company based in Rochester, New York. Founded in 2016, the company specializes in using glass and other thin substrates as a platform material for a variety of applications, including logic, memory, analog and power electronics, photonics, RF, MEMS, and sensor technologies. Mosaic Microsystems aims to enable manufacturers to achieve high-volume production of thin glass components, providing innovative packaging solutions that integrate seamlessly into diverse microelectronics applications.

Arovia, Inc. specializes in the development of innovative collapsible television products designed for portability and ease of use. Founded in 2015 and based in Galveston, Texas, the company offers pop-up display products that can be easily collapsed to the size of a book. These displays connect wirelessly or via HDMI to various devices such as phones, tablets, or laptops, allowing mobile professionals to efficiently view and compare documents without the hassle of scrolling or switching between windows. Additionally, Arovia's products find applications in virtual and augmented reality, particularly in gaming. The company aims to enhance productivity and flexibility for users, making it easier to access mobile content in a variety of settings.