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FaradaIC Sensors focuses on developing miniaturized gas sensors aimed at enhancing dioxygen detection capabilities for electronic devices. By employing standard microfabrication techniques, the company effectively reduces both the size and power consumption of its sensors, leading to lower production costs. This innovative approach allows for the commoditization of gas sensors, making them accessible and affordable for a variety of Internet of Things applications. FaradaIC Sensors is positioned to capitalize on the growing demand for flexible and cost-effective gas sensing solutions in the expanding IoT market.

Aevice Health specializes in non-invasive wearable technology aimed at monitoring respiratory health in real-time. The company develops devices specifically for asthmatic patients, which track and record vital historical data related to respiratory symptoms and medication usage. This technology facilitates the early detection of cardiopulmonary issues, enabling clinicians to monitor patient responses to treatment effectively. By providing critical health insights from the comfort of home, Aevice Health enhances patient care and allows for quicker, more targeted medical interventions.

Auristone is a company that specializes in developing an epigenetics platform aimed at analyzing cancer patients, particularly focusing on Asian cancers. The platform utilizes proprietary workflows and predictive models to provide actionable clinical insights and analyses based on epigenomic information. By offering demonstrable clinical evidence and meaningful correlations with other diseases, Auristone enables clinicians to make informed decisions regarding the most appropriate treatments for advanced cancers. This approach supports the principles of personalized medicine, ultimately enhancing patient care through tailored therapeutic strategies.

Entropica Labs is a quantum computing company based in Singapore, established in 2018 by alumni of the Centre for Quantum Technologies. The company is focused on developing optimization models, algorithms, and software tailored for quantum computing applications. It provides tools that integrate with cloud-based quantum platforms, enabling clients to efficiently run, test, and deploy quantum optimization algorithms. Entropica Labs aims to enhance the performance of these algorithms and facilitate their smooth integration into various workflows and computing systems. Through its innovative solutions, the company strives to make quantum computing a practical and valuable technology for a wide range of applications.

Mesh Bio is a digital health startup focused on enhancing chronic disease management through predictive analytics. The company collaborates with healthcare providers and stakeholders to deliver innovative solutions that improve health screening and disease management processes. Its multidimensional health intelligence platform automates the generation of health screening reports, increasing accuracy and aiding in the interpretation of laboratory results. By translating clinical data into actionable insights, Mesh Bio enables healthcare providers to conduct holistic patient assessments, ultimately helping patients better manage their health, lifestyle, and associated disease risks.

MiyaHealth focuses on developing technologies that enhance the healthcare experience for patients. The company builds digital infrastructure designed to support healthcare delivery by offering predictive and personalized systems. These technologies assist patients in making informed choices about affordable healthcare options, managing chronic illnesses, and addressing daily challenges related to their health. By prioritizing timely access to appropriate care, MiyaHealth aims to empower patients and improve their overall healthcare journey.

Equatorial Space is a startup focused on developing advanced rocket propulsion and launch systems aimed at making space access as safe and affordable as commercial air travel. The company seeks to simplify the complex and costly propulsion systems that often lead to failures, utilizing a proprietary solid fuel formulation that enhances safety and environmental sustainability. Their innovative hybrid rocket propulsion systems reduce component requirements by half and are designed to be potentially reusable. Equatorial Space has garnered recognition, winning the MBRSC Innovation Cup in 2018 and graduating from The Hangar by NUS Enterprise in 2019. In 2021, the company joined the inaugural cohort of the Q Station Accelerator, which is supported by the US Space Force and Techstars Los Angeles. With operations in Singapore, Australia, and the United States, Equatorial Space aims to serve both civilian and military applications, enabling organizations to conduct planetary and space missions more effectively.

MiyaHealth focuses on developing technologies that enhance the healthcare experience for patients. The company builds digital infrastructure designed to support healthcare delivery by offering predictive and personalized systems. These technologies assist patients in making informed choices about affordable healthcare options, managing chronic illnesses, and addressing daily challenges related to their health. By prioritizing timely access to appropriate care, MiyaHealth aims to empower patients and improve their overall healthcare journey.

UNL is a technology company headquartered in Amsterdam, founded in 2018, that focuses on developing a micro-location infrastructure and mapping platform to create the Internet of Places. The company offers a unique geoID, allowing users to assign specific digital addresses to physical locations with a precision of 1x1cm². UNL's technology enhances physical spaces by integrating contextual data, which can be utilized across various sectors such as e-commerce, last-mile delivery, and smart city applications. The platform empowers businesses to create and manage their own Virtual Private Maps, enabling them to streamline services and improve efficiency. By providing decentralized and hyper-accurate mapping solutions, UNL facilitates innovative location-based applications, transforming the interaction between the physical and digital worlds.

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.

Stemly is a global provider of decision intelligence solutions, specializing in forecasting and optimization for the supply chain and finance sectors. Its SaaS platform utilizes automated machine learning to enhance business outcomes by reducing lost demand, decreasing inventory levels, and lowering working capital and financing costs. The platform is designed for seamless integration with various enterprise resource planning (ERP) and transportation management systems (TMS), facilitating efficient and interconnected decision-making. By delivering advanced capabilities in autonomous planning, recommendation, data integration, and cash management, Stemly enables organizations to tackle complex challenges and achieve optimal resource allocation.

PT Bonza Teknologi Indonesia is a Jakarta-based startup that specializes in big data analysis and data engineering. The company offers a platform designed to help organizations consolidate their various data sources into a unified system. This service is aimed at a diverse clientele, including data analysts, C-suite executives, and frontline workers. By focusing on the practical application of artificial intelligence, Bonza seeks to connect AI research with real-world implementations, thereby enhancing data-driven decision-making for its users.

Curium is a market leading innovator of real-time spatial analytics through the use of their software defined sensors - CuSense. CuSense empowers Smart Cities applications in monitoring urban and industrial environment by tracking of movable and immovable assets in real-time both indoors and outdoors in a fully GDPR-compliant way. This leads to a Live Contextual Twin with predictive analytics and Gen-AI search capabilities. For Smart Mobility use cases, Curium offers on-the-go sensor fusion to ensure safety and reliability of AVs over time during live operations.

Mesh Bio is a digital health startup focused on enhancing chronic disease management through predictive analytics. The company collaborates with healthcare providers and stakeholders to deliver innovative solutions that improve health screening and disease management processes. Its multidimensional health intelligence platform automates the generation of health screening reports, increasing accuracy and aiding in the interpretation of laboratory results. By translating clinical data into actionable insights, Mesh Bio enables healthcare providers to conduct holistic patient assessments, ultimately helping patients better manage their health, lifestyle, and associated disease risks.

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.

Global Growth is a multinational private investment firm that focuses on acquiring and investing in various sectors, including healthcare technology, communications, financial services, and business software. The company strategically targets businesses involved in insurance and annuities, media, market intelligence, and certification, offering services such as training, market research, advertising, and information services. By leveraging its expertise, Global Growth aims to enhance the performance and value of its portfolio companies while delivering strong returns to its investors.

Entropica Labs is a quantum computing company based in Singapore, established in 2018 by alumni of the Centre for Quantum Technologies. The company is focused on developing optimization models, algorithms, and software tailored for quantum computing applications. It provides tools that integrate with cloud-based quantum platforms, enabling clients to efficiently run, test, and deploy quantum optimization algorithms. Entropica Labs aims to enhance the performance of these algorithms and facilitate their smooth integration into various workflows and computing systems. Through its innovative solutions, the company strives to make quantum computing a practical and valuable technology for a wide range of applications.

UNL is a technology company headquartered in Amsterdam, founded in 2018, that focuses on developing a micro-location infrastructure and mapping platform to create the Internet of Places. The company offers a unique geoID, allowing users to assign specific digital addresses to physical locations with a precision of 1x1cm². UNL's technology enhances physical spaces by integrating contextual data, which can be utilized across various sectors such as e-commerce, last-mile delivery, and smart city applications. The platform empowers businesses to create and manage their own Virtual Private Maps, enabling them to streamline services and improve efficiency. By providing decentralized and hyper-accurate mapping solutions, UNL facilitates innovative location-based applications, transforming the interaction between the physical and digital worlds.

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.

Civil Maps is a geospatial technology company based in Berkeley, California, specializing in artificial intelligence-based mapping solutions. The company offers a sensor-agnostic platform that enables high-accuracy, low-cost 3D HD mapping and localization, catering to various industries including transportation, telecommunications, and energy. Civil Maps' technology is utilized by automotive original equipment manufacturers (OEMs), mapping companies, and mobility providers to enhance their autonomous driving capabilities. By integrating their localization technology with diverse sensor configurations, Civil Maps allows vehicles to develop a comprehensive understanding of their environment through its proprietary Fingerprint Basemap Technology. This innovative approach significantly reduces the costs and energy requirements for large-scale deployment of autonomous vehicles and delivery systems while ensuring safe and efficient navigation on all road types.