Deeptech Labs

Silveray is a company focused on developing affordable large-area direct conversion detectors specifically for the X-ray imaging market. It leverages advanced core technology that delivers high-performance X-ray imaging through the use of nanoparticle-based X-ray conversion materials. These materials are produced as a semiconductor ink, which is then deposited onto a pixel backplane. This innovative approach enables healthcare providers and various industries to generate an electrical current response to detected X-ray photons, all while maintaining a sustainable cost point. Silveray aims to enhance the efficiency and accessibility of X-ray imaging solutions.

Wave Photonics is a company based in Cambridge, UK, focused on enhancing the design and integration of integrated photonics products. It develops a platform that utilizes computational techniques to optimize product designs and streamline the supply chain. This platform offers a software tool that predicts the performance and variability of components based on specific fabrication processes, along with an optimizer to create a library of foundry-specific components. By facilitating the development and mass production of integrated photonics technologies, Wave Photonics aims to improve efficiency and reduce redundancy for businesses in the sector.

Synthara AG is a Swiss semiconductor startup specializing in the development of smart sensors for industrial Internet of Things (IoT) and energy-efficient applications. Founded in 2019 and headquartered in Zurich, the company focuses on creating advanced computational AI chips that enhance the performance of embedded systems. Its flagship product, ComputeRAM, functions as a drop-in replacement for traditional SRAM, enabling complex calculations directly in memory. This innovation significantly reduces CPU workload and enhances system efficiency, particularly for AI-driven applications. Synthara's technology is processor-type agnostic, compatible with various architectures including RISC-V, ARM, and x86, allowing seamless integration into existing microcontroller platforms. By offering solutions that lower costs and accelerate time to market, Synthara aims to empower chipmakers and device manufacturers to explore new opportunities in sectors such as wearables, biomedical monitoring, and autonomous navigation.

Nu Quantum Ltd is a company focused on developing quantum photonics hardware and quantum networking infrastructure to enhance the capabilities of quantum computing. Established in 2018 and based in Cambridge, United Kingdom, the company specializes in creating photon sources, detectors, and systems for quantum cryptography. Nu Quantum's innovations include nano-engineered materials for the generation of light at the quantum level and ultra-sensitive light detection systems. The company aims to establish the necessary infrastructure for interconnecting quantum computing cores into large distributed clusters, which is essential for scaling quantum computers. By developing full hardware solutions, including high-speed network interfaces and photonic switching fabrics, Nu Quantum seeks to facilitate the creation of entangled qubit networks. The company collaborates with leading quantum computing firms, governments, and research institutions to bring its advanced technologies to market, focusing on secure cryptographic key exchange and the future of information processing.

RoboK Limited is a computer vision startup based in Cambridge, United Kingdom, founded in 2017. The company specializes in developing simultaneous localization and mapping (SLAM) algorithms and innovative 3D sensing technologies for various applications, particularly in the automotive and industrial sectors. RoboK aims to enhance safety and performance in industrial workplaces by maximizing the value of existing CCTV systems. Its platform provides a modular and scalable solution for object detection, classification, tracking, and depth estimation, enabling clients to transform passive visual data into actionable insights. The company collaborates with major critical infrastructure operators to optimize their operations through advanced visual analytics.

OctaiPipe is a technology company specializing in Federated Learning Operations (FL-Ops) architecture designed for Edge AIoT devices. The company provides a comprehensive platform that simplifies the entire lifecycle of developing and deploying distributed AIoT solutions. This includes effortless setup, training, deployment, fine-tuning, and continuous learning, enabling data scientists to create systems that can learn and adapt at scale. By leveraging OctaiPipe's solutions, organizations can enhance critical infrastructure with improved efficiency, sustainability, resilience, and security, all while reducing the costs associated with monitoring, maintenance, upgrades, and auditing.

TeraSi is a developer of advanced System-in-Package (SiP) technology that integrates multiple electronic components into a compact and efficient miniaturized package. The company specializes in creating hardware solutions that emphasize best-in-class performance, size, and weight. TeraSi's innovative approach combines ultra-low signal loss and precise functionality within a lightweight design, allowing clients to utilize scalable manufacturing processes. This technology supports the development of high-performance RF systems, positioning TeraSi at the forefront of wireless technology innovation and enabling advancements that will shape the future of electronic communication.

Perceptual Robotics, founded in 2016, specializes in designing and developing Unmanned Aerial Vehicles (UAVs) for inspection purposes, primarily focusing on wind turbines. Their flagship product, Dhalion, is an intelligent, autonomous UAV that enables existing inspection engineers to conduct thorough, efficient, and safe inspections at the press of a button. Dhalion captures high-quality images and data, identifying defects such as lightning strikes, cracks, erosion, and delamination on turbine towers and blades. The company, based in Bristol, UK, aims to increase inspection frequency, enhance data quality, and minimize health and safety risks, thereby supporting informed operational and maintenance decisions.

Medwise.ai operates a customizable search platform designed to enhance clinical decision support for doctors. Leveraging natural language processing and artificial intelligence, the platform allows healthcare professionals to efficiently search for and organize medical knowledge. By utilizing real-world data, Medwise.ai provides valuable insights and intelligence to various stakeholders within the healthcare ecosystem. This innovative approach not only extends the capabilities of physicians but also aims to improve patient care and outcomes.

WAKU Robotics GmbH, established in 2019 and headquartered in Berlin, Germany, specializes in digital solutions for selecting, planning, and procuring robot automation systems. The company provides a comprehensive platform that includes an online comparison site and a robot services designer, facilitating clients in identifying the most suitable mobile robots for logistics and production needs. Additionally, WAKU Robotics offers WAKU Care, a software solution focused on maintenance and after-sales management for automated guided vehicle (AGV) and autonomous mobile robot (AMR) fleets. This service supports international clients in effective maintenance, spare part management, repairs, process analysis, and coordination of service teams, thereby enhancing operational efficiency and service quality in their robotic applications.

Xapien is a developer of an artificial intelligence-based online research platform focused on third-party risk management. The company leverages advanced technologies such as artificial intelligence and natural language processing to automate the research process, providing on-demand insights about individuals and companies worldwide. By enhancing clients' internal research capabilities, Xapien delivers comprehensive and context-rich information that aids in informed decision-making. This innovative approach not only streamlines research efforts but also reduces costs associated with internal and outsourced research, giving clients a competitive edge in managing risks effectively.

Condense is a company that specializes in transforming real-world 3D events into live experiences within video games built on Unity or Unreal engines. Utilizing a portable multi-camera system, Condense captures events such as music concerts and sports in volumetric video, which is then streamed through its cloud platform. The company leverages advanced technologies, including computer vision and deep learning, to produce high-fidelity recordings that allow audiences to engage with performances in immersive virtual environments. By providing plugins for businesses to integrate this 3D content into their applications, Condense facilitates live interactions between music artists, sports figures, and fans in the metaverse, creating expansive virtual audiences for various events.

Anaphite Limited is a startup based in Bristol, United Kingdom, that specializes in the development of graphene-based nanomaterials. Founded in 2016, the company focuses on creating graphene-enhanced cathode materials designed for high-performance, cost-effective lithium-ion batteries. Anaphite's innovative approach incorporates graphene into composite materials through a scalable and economical process, resulting in advanced properties suitable for various applications, including energy storage, air purification, and thermal management. By making these nanomaterials readily accessible at a low cost, Anaphite aims to enable businesses to leverage their potential across multiple sectors.

Inovo Robotics Ltd is a company based in London, United Kingdom, with additional offices in Surrey and Hong Kong, that specializes in the development and delivery of modular robotic solutions designed to automate repetitive tasks in manufacturing and research settings. Founded in 2016, Inovo Robotics focuses on creating versatile and accessible robotic systems that can be easily configured to meet specific user needs. Their low-cost robotic arms incorporate plug-and-play components, allowing for straightforward assembly and reconfiguration as requirements evolve. By addressing the challenges faced by growing businesses in automating tasks that are repetitive, hazardous, or precise, Inovo Robotics aims to enhance operational efficiency and enable staff to concentrate on more valuable work. The company emphasizes user-friendly interfaces to ensure that customers can easily adapt the robots for various applications.

SonicEdge is a technology company focused on revolutionizing sound generation through its innovative solid-state speaker technology, which utilizes ultrasound. This groundbreaking approach allows for the creation of high-fidelity sound from a speaker that is ten times smaller than traditional acoustic devices. SonicEdge's speaker-in-chip design delivers a transformational audio experience, ensuring superior sound quality without distortion, making it ideal for earphones and various audio applications. By overcoming the limitations of current sound technology, SonicEdge positions itself at the forefront of the next generation of audio solutions, emphasizing both compactness and audio excellence.

iKVA is an AI knowledge management software company that develops a platform designed to discover and transform data into actionable business insights. Utilizing advanced machine learning, natural language processing, and semantic technology, iKVA indexes unstructured data from various sources, including document archives, emails, chat, and videos. This capability allows businesses to significantly reduce the time spent searching for information while minimizing risks by ensuring that accurate and relevant information is readily available. The company's focus on harnessing AI technology positions it as a key player in improving organizational efficiency and decision-making processes.

Salience Labs specializes in developing hybrid photonic-electronic chips aimed at enhancing AI data center infrastructure. The company emerged from extensive research at the University of Oxford and the University of Münster, focusing on silicon photonics to meet the increasing demands of AI workloads. Salience Labs' flagship product is an optical switch that enables all-optical networking between compute nodes, effectively addressing data movement bottlenecks. This innovation provides low-latency, high-bandwidth networking, which accelerates job completion while minimizing power consumption and costs. Additionally, the company offers high-speed multi-chip processors that integrate photonics with standard electronics, allowing for on-chip processing using photons instead of electrons. This approach significantly reduces power requirements and supports a transformation in the hardware necessary to harness the full potential of AI technologies.

Nestwave SAS, founded in 2014 and headquartered in Paris, France, specializes in developing advanced geolocation systems tailored for the Internet of Things (IoT) sector. The company provides innovative solutions that enhance localization accuracy and reliability, particularly in challenging indoor and densely populated urban environments. Utilizing patented hybrid-signal technology, Nestwave's offerings significantly reduce power consumption and the overall footprint of geolocation solutions, making them more efficient compared to traditional methods. By targeting IoT modem and digital signal processing (DSP) vendors, Nestwave aims to integrate its cutting-edge geolocation capabilities within their platforms, thereby improving user experience and operational efficiency in various applications.

BKwai is a company focused on enhancing the resilience of the built environment through advanced data insights and technology. It develops a software platform that significantly improves infrastructure asset management across the entire lifecycle of an asset. By harnessing data from on-site sensors and satellite imagery, BKwai employs artificial intelligence and structural engineering expertise to enable users to monitor the structural health of infrastructure effectively. This approach allows for smarter, faster, and safer management of construction and asset maintenance, addressing the untapped potential of data in the industry.

Toposens is a company that specializes in the development of three-dimensional ultrasonic sensor systems, which utilize the principle of echolocation to localize objects and people in real-time. Their innovative technology is designed to enhance safety through high-performance detection capabilities, primarily for applications in automotive, smart buildings, and robotics. By providing an affordable alternative to expensive and outdated technologies, Toposens aims to meet the advanced technological needs of various industries. The company's solutions facilitate near-field collision avoidance, ensuring a higher degree of safety in environments where precise object detection is critical. Through collaboration with established industrial and high-tech companies, Toposens is committed to advancing the field of 3D ultrasonic sensing.

Salience Labs specializes in developing hybrid photonic-electronic chips aimed at enhancing AI data center infrastructure. The company emerged from extensive research at the University of Oxford and the University of Münster, focusing on silicon photonics to meet the increasing demands of AI workloads. Salience Labs' flagship product is an optical switch that enables all-optical networking between compute nodes, effectively addressing data movement bottlenecks. This innovation provides low-latency, high-bandwidth networking, which accelerates job completion while minimizing power consumption and costs. Additionally, the company offers high-speed multi-chip processors that integrate photonics with standard electronics, allowing for on-chip processing using photons instead of electrons. This approach significantly reduces power requirements and supports a transformation in the hardware necessary to harness the full potential of AI technologies.

AutoFill Technologies specializes in developing 3D sensing hardware and application software tailored for fleet inspection. The company employs advanced algorithms, deep learning, and artificial intelligence to analyze complex visual data captured by cameras and sensors. This technology enables the detection of vehicle damage and the capture of object data without requiring human intervention. By leveraging these capabilities, AutoFill Technologies helps enterprises minimize compliance risks, significantly reduce labor costs, and enhance predictive vehicle inspection reporting.

Outfield is an agritech company focused on transforming the global fruit sector through its precision orchard management system. The platform utilizes unmanned drones and advanced image recognition technology to gather data on orchard performance, enabling growers to obtain accurate fruit counts and variability maps throughout the year. This system significantly enhances yield estimation accuracy, reducing common errors associated with manual assessments from around 20% to less than 10%. By automating data collection, Outfield allows growers to efficiently cover extensive areas in a short time, receiving processed insights within 24 hours. The company has successfully trialed its platform with apple and pear growers across three continents and is currently in use by paying beta-test growers in the UK, New Zealand, and South Africa. Outfield aims to scale its product offerings and expand its international presence while addressing the growing demand for efficient and environmentally friendly fruit farming solutions. By leveraging machine learning, cloud computing, and drone technology, Outfield is poised to play a significant role in the future of sustainable agriculture.

Mindtech Global is a developer of an advanced Data Ops Platform that streamlines the process of collecting and curating training data for artificial intelligence computer vision applications. The platform employs automation and unique Configurable DNA technology to facilitate the creation of synthetic training data, complete with pixel-accurate annotations tailored to represent the customer's deployment environment. By serving a variety of industries, including smart city initiatives, retail, healthcare, and robotics, Mindtech's platform enables clients to rapidly develop high-performance, production-ready AI models. The solution is designed to be fast, flexible, and repeatable, allowing organizations to efficiently manage their training data and enhance the effectiveness of their AI systems.

AutoFill Technologies specializes in developing 3D sensing hardware and application software tailored for fleet inspection. The company employs advanced algorithms, deep learning, and artificial intelligence to analyze complex visual data captured by cameras and sensors. This technology enables the detection of vehicle damage and the capture of object data without requiring human intervention. By leveraging these capabilities, AutoFill Technologies helps enterprises minimize compliance risks, significantly reduce labor costs, and enhance predictive vehicle inspection reporting.

Contilio is a technology company specializing in construction analytics. It offers an AI-powered platform that processes 3D site data from laser scans and 360-degree photos, providing actionable insights within hours. This includes automated tracking of quantities, progress, installation quality, and CO2 emissions for structural, architectural, and MEP/service elements across various asset types. The platform also generates intelligent digital twins, connecting AI insights with augmented BIM, updated schedules, risks/issues management, and as-built data throughout construction and operations. Contilio's solution enables clients to make timely decisions, proactively manage risks, reduce errors and rework costs, waste/CO2 emissions, construction delays, handover duration, man-hours, and time to profit/cash flow. It integrates seamlessly with major Lidar, BIM, and schedule vendors.

Mindtech Global is a developer of an advanced Data Ops Platform that streamlines the process of collecting and curating training data for artificial intelligence computer vision applications. The platform employs automation and unique Configurable DNA technology to facilitate the creation of synthetic training data, complete with pixel-accurate annotations tailored to represent the customer's deployment environment. By serving a variety of industries, including smart city initiatives, retail, healthcare, and robotics, Mindtech's platform enables clients to rapidly develop high-performance, production-ready AI models. The solution is designed to be fast, flexible, and repeatable, allowing organizations to efficiently manage their training data and enhance the effectiveness of their AI systems.

BKwai is a company focused on enhancing the resilience of the built environment through advanced data insights and technology. It develops a software platform that significantly improves infrastructure asset management across the entire lifecycle of an asset. By harnessing data from on-site sensors and satellite imagery, BKwai employs artificial intelligence and structural engineering expertise to enable users to monitor the structural health of infrastructure effectively. This approach allows for smarter, faster, and safer management of construction and asset maintenance, addressing the untapped potential of data in the industry.

AutoFill Technologies specializes in developing 3D sensing hardware and application software tailored for fleet inspection. The company employs advanced algorithms, deep learning, and artificial intelligence to analyze complex visual data captured by cameras and sensors. This technology enables the detection of vehicle damage and the capture of object data without requiring human intervention. By leveraging these capabilities, AutoFill Technologies helps enterprises minimize compliance risks, significantly reduce labor costs, and enhance predictive vehicle inspection reporting.

Circuit Mind Limited is a London-based company founded in 2018 that specializes in the automation of electronic circuit board design through artificial intelligence. The company's innovative platform streamlines the design process, enabling engineers to create reliable and faultless circuit boards efficiently. By leveraging advanced AI technology, Circuit Mind simplifies the requirements for circuit board design, resulting in faster and more cost-effective solutions that are ready for manufacture.