Deeptech Labs

Silveray specializes in the development of affordable large-area direct conversion detectors for the X-ray imaging market. The company employs advanced technology that utilizes nanoparticle-based X-ray conversion materials, produced as semiconductor ink, which are then deposited onto a pixel backplane. This innovative approach enables high-performance X-ray imaging and generates an electrical current in response to detected X-ray photons. By focusing on sustainability and cost-effectiveness, Silveray aims to enhance imaging capabilities for healthcare and various industries.

Wave Photonics is a company based in Cambridge, UK, that focuses on advancing integrated photonics design through computational techniques. It develops a platform aimed at optimizing product designs and facilitating smoother integration within the supply chain. This platform includes a software tool that predicts the performance and variability of photonic components based on specific fabrication processes, along with an optimizer that creates a component library tailored for different manufacturing foundries. By streamlining these processes, Wave Photonics enables businesses to enhance efficiency in the development and production of integrated photonics products, ultimately promoting wider adoption of these technologies.

Synthara AG, a Swiss semiconductor startup founded in 2019 and based in Zurich, specializes in designing advanced smart sensors for industrial Internet of Things (IoT) applications and other energy-sensitive uses. The company focuses on developing energy-efficient computational AI chips tailored for various applications, including wearables, health monitoring, augmented reality/virtual reality, and aerospace technologies. Its flagship product, ComputeRAM, serves as a drop-in replacement for traditional SRAM, enabling complex calculations to be performed directly in memory. This innovation significantly reduces CPU workload, enhances system performance, and improves efficiency, particularly for AI applications. Synthara's technology is processor-type agnostic, compatible with architectures such as RISC-V, ARM, and x86, allowing seamless integration into existing microcontroller platforms. By empowering chipmakers and device manufacturers, Synthara aims to lower costs, accelerate time to market, and foster new avenues for innovation in the semiconductor industry.

Nu Quantum Ltd is a company focused on developing quantum photonics hardware and infrastructure essential for scaling quantum computers. Founded in 2018 and based in Cambridge, United Kingdom, the company specializes in creating solutions that interconnect quantum computing cores into large distributed clusters. Its offerings include photon sources and detectors, as well as systems for quantum cryptography that enable secure key exchanges. Nu Quantum is also engaged in producing nano-engineered materials that facilitate light generation at the quantum level and ultra-sensitive light detection. By partnering with leading quantum computing companies, governments, and research institutions, Nu Quantum aims to advance the development of entangled qubit networks and accelerate the creation of multi-core quantum supercomputers and quantum data centers.

RoboK is a computer vision startup based in Cambridge, United Kingdom, founded in 2017. The company specializes in designing and developing simultaneous localization and mapping (SLAM) algorithms and advanced 3D sensing technologies tailored for automotive and industrial applications, including autonomous driving and machine automation. RoboK focuses on enhancing safety and performance in industrial workplaces through innovative, privacy-preserving technology that optimizes the capabilities of existing CCTV systems. By transforming visual data from large-scale transport and logistics infrastructures into actionable insights, RoboK collaborates with major operators in critical sectors to deliver enhanced object detection, classification, and tracking. The company aims to maximize the value of visual data, turning passive surveillance systems into proactive tools for efficiency and safety.

OctaiPipe is a technology company that specializes in Federated Learning Operations (FL-Ops) specifically designed for Edge AIoT devices. Its architecture streamlines the entire lifecycle of AI model development, encompassing setup, training, deployment, fine-tuning, and continuous learning. By facilitating the creation of distributed IoT solutions, OctaiPipe empowers data scientists to develop systems that learn and adapt efficiently at scale. This approach not only enhances the operational effectiveness of critical infrastructure but also promotes sustainability, resilience, and security in a globally connected environment. Furthermore, OctaiPipe's solutions significantly reduce the costs associated with monitoring, maintenance, upgrades, and auditing, making it easier for organizations to manage their AI systems.

TeraSi specializes in the development of advanced System-in-Package (SiP) technology, which integrates multiple electronic components into a compact and lightweight solution. This innovative approach combines ultra-low signal loss and precise functionality, allowing for high-performance RF systems that are significantly smaller and lighter than traditional alternatives. By leveraging scalable manufacturing and cutting-edge design techniques, TeraSi aims to redefine wireless technology, enabling clients to realize the sixth generation of communication systems and drive advancements in the industry.

Perceptual Robotics, Inc., founded in 1995, is a leader in telepresence technology and intelligent automation solutions, particularly for wind turbine inspections. The company's flagship product, TrueLook, serves as a visual operating system for internet e-business, allowing users to interact with live cameras and visual resources seamlessly. TrueLook enhances user experience by providing high-quality images quickly, enabling multiple users to view a single location simultaneously. Additionally, Perceptual Robotics has developed Dhalion, an intelligent unmanned aerial vehicle designed to assist inspection engineers by executing wind turbine inspections efficiently and safely. Dhalion significantly reduces inspection time while improving quality by autonomously navigating obstacles and capturing essential data about defects such as cracks and erosion. This technology not only minimizes health risks associated with manual inspections but also supports long-term analytics for operational decision-making. The company has received funding from Innovate UK, reflecting its potential for growth and innovation in the inspection and telepresence markets.

Medwise.ai offers a customizable search platform designed to support clinical decision-making for healthcare professionals. Utilizing natural language processing and artificial intelligence, the platform enables doctors to efficiently access and organize medical knowledge. By leveraging real-world data, Medwise.ai provides valuable intelligence and insights to various stakeholders within the healthcare ecosystem. This innovative approach aims to enhance the professional capabilities of doctors, ultimately improving patient care and outcomes.

WAKU Robotics GmbH, founded in 2019 and based in Berlin, Germany, specializes in providing digital solutions for selecting, planning, and procuring optimal robotic systems. The company offers a software solution known as WAKU Care, which facilitates maintenance and after-sales management for Automated Guided Vehicle (AGV) and Autonomous Mobile Robot (AMR) fleets. This platform supports international clients in managing maintenance, spare parts, repairs, and service coordination, thus enhancing operational efficiency. Additionally, WAKU Robotics features an online comparison site and a robot services designer within its automation platform, allowing businesses to independently evaluate various robotic options and extend their sales reach through an extensive business-to-business network.

Xapien is a company that specializes in automating online research through the use of artificial intelligence and natural language processing. Its platform is designed to assist in third-party risk management by delivering on-demand research on individuals and companies worldwide. By leveraging extensive cloud computing capabilities, Xapien enables clients to build efficient internal research capacities that provide deep contextual insights. This approach not only enhances decision-making but also reduces costs associated with internal and outsourced research efforts.

Condense specializes in transforming real-world 3D events into immersive experiences that can be integrated into video games built on platforms like Unity or Unreal. The company captures events, such as music concerts and sports, using a portable multi-camera system that records in volumetric video. This footage is then streamed through a cloud platform, allowing users to experience these events in real-time within virtual environments. By employing advanced technologies, including computer vision and deep learning, Condense enables artists and creators to perform live in the metaverse, reaching audiences far larger than traditional venues can accommodate. The company's offerings include plugins that facilitate the integration of 3D video into various applications, expanding the possibilities for virtual engagement.

Anaphite Limited, established in 2016 and located in Bristol, United Kingdom, focuses on the development of graphene-based nanomaterials. The company specializes in creating graphene-enhanced cathodes designed for high-power, high-energy, and cost-effective lithium-ion batteries. Anaphite's innovative approach involves integrating graphene into composite materials through a scalable and economical process. This technology results in advanced properties that make their nanomaterials suitable for a variety of applications, including energy storage, air purification, and thermal management. By prioritizing affordability and versatility, Anaphite aims to make significant contributions to the commercialization of these technologies.

Inovo Robotics Ltd specializes in developing and delivering modular robotic systems aimed at automating repetitive tasks in manufacturing and research sectors. Founded in 2016 and headquartered in London, with additional offices in Surrey and Hong Kong, the company provides a range of plug-and-play components that allow users to assemble and customize robotic solutions tailored to their specific needs. Their robotic arms are designed to be low-cost and versatile, enabling easy reconfiguration for various applications as requirements change. By addressing the challenges businesses face in automating tedious, hazardous, or precise tasks, Inovo Robotics aims to enhance operational efficiency and reduce production costs, allowing organizations to redirect their workforce towards more valuable and rewarding activities.

SonicEdge is a technology company focused on revolutionizing sound generation through its innovative speaker-in-chip technology. This groundbreaking solution produces high-fidelity sound from ultrasound within a solid-state speaker, significantly enhancing audio quality while reducing the size of the device. By overcoming the limitations of traditional acoustic devices, SonicEdge's ultra-compact speakers deliver superior audio experiences without distortion, making them ideal for applications such as earphones and other audio equipment. The company's advancements position it as a leader in the next generation of audio technology, providing users with a transformative sound experience.

iKVA is a company that specializes in AI-powered knowledge management solutions. Its platform is designed to help organizations discover and transform data into actionable business insights. By employing machine learning, natural language processing, and semantic technology, iKVA indexes unstructured data from various sources, such as document archives, emails, chats, and videos. This capability significantly reduces the time businesses spend searching for information and mitigates risks by ensuring that the correct information is readily available.

Salience Labs specializes in developing hybrid photonic-electronic chips tailored for artificial intelligence applications. Originating from extensive research at the University of Oxford and the University of Münster, the company focuses on silicon photonics to meet the increasing demands of AI workloads in data center infrastructure. Its flagship product, an optical switch, enables all-optical networking between computing nodes, effectively addressing data movement bottlenecks. By utilizing photons instead of electrons for data processing, Salience Labs' technology significantly reduces power consumption while enhancing processing speeds. This innovative approach aims to transform the hardware landscape necessary for maximizing AI capabilities, providing low-latency, high-bandwidth networking that accelerates job completion and lowers operational costs.

Nestwave SAS, established in 2014 and based in Paris, France, specializes in developing geolocation systems tailored for the Internet of Things (IoT) market. The company provides innovative geolocation solutions that leverage patented hybrid-signal technology to enhance localization accuracy, particularly in challenging indoor and dense urban settings. Nestwave's platform integrates a digital signal processing (DSP) software solution, enabling IoT modem and DSP vendors to incorporate accurate geolocation capabilities into their products. This approach not only improves reliability and accuracy but also minimizes power consumption and reduces the overall footprint of the solution compared to traditional methods.

BKwai specializes in providing engineers with advanced insights through a software platform that enhances infrastructure asset management across its lifecycle. By harnessing data from on-site sensors and satellite imagery, BKwai utilizes artificial intelligence and structural engineering principles to monitor the health of infrastructure. This approach aims to optimize the use of site data, ultimately making infrastructure operate more intelligently, efficiently, and safely. The company's mission focuses on unlocking the full potential of data to support a more resilient built environment, addressing the often-overlooked aspects of construction and asset management.

Toposens specializes in developing three-dimensional ultrasonic sensor systems that utilize echolocation principles to accurately localize objects and people in real-time. The company's technology is designed for near-field collision avoidance, making it particularly relevant for autonomous vehicles, as well as for applications in smart buildings and robotics. By offering an efficient and cost-effective alternative to traditional sensing technologies, Toposens aims to meet the advanced technological needs of various industries. The company collaborates with prominent industrial and high-tech partners to integrate its innovative 3D ultrasonic technology into a range of applications, enhancing safety and performance in diverse environments.

Salience Labs specializes in developing hybrid photonic-electronic chips tailored for artificial intelligence applications. Originating from extensive research at the University of Oxford and the University of Münster, the company focuses on silicon photonics to meet the increasing demands of AI workloads in data center infrastructure. Its flagship product, an optical switch, enables all-optical networking between computing nodes, effectively addressing data movement bottlenecks. By utilizing photons instead of electrons for data processing, Salience Labs' technology significantly reduces power consumption while enhancing processing speeds. This innovative approach aims to transform the hardware landscape necessary for maximizing AI capabilities, providing low-latency, high-bandwidth networking that accelerates job completion and lowers operational costs.

AutoFill Technologies specializes in the development of advanced 3D sensing hardware and application software aimed at enhancing fleet inspection processes. Utilizing computer vision and artificial intelligence, the company has created a patent-pending technology that captures object data and detects vehicle damage without human intervention. This innovative approach allows enterprises to significantly reduce labor costs and mitigate compliance risks while providing comprehensive predictive vehicle inspection reports. By employing sophisticated algorithms and deep learning techniques, AutoFill Technologies interprets complex visual input from an array of cameras and sensors, delivering efficient and accurate assessments of vehicle conditions.

Outfield is an agritech company focused on transforming orchard management through its precision farming platform. By utilizing unmanned drones and advanced image recognition technology, Outfield collects and analyzes data to deliver actionable insights on key aspects such as fruit counts, blossom mapping, crop load management, and yield forecasting. This innovative approach significantly improves the accuracy of yield estimates, reducing common errors from 20% to less than 10%, thereby enhancing productivity and profitability for growers. The platform processes drone-captured images and returns detailed maps and insights to users within 24 hours, allowing for efficient decision-making. Currently, the service is being tested by growers in the UK, New Zealand, and South Africa, who have praised its flexibility and speed. Outfield aims to scale its operations, expand its offerings, and enter new market segments as it addresses the growing demand for sustainable and efficient fruit farming solutions.

Mindtech operates a Data Ops Platform that significantly streamlines the process of collecting and curating training data for artificial intelligence applications in computer vision. The platform utilizes advanced automation and Mindtech's proprietary Configurable DNA technology to serve a variety of industries, including smart cities, retail, healthcare, manufacturing, and robotics. By analyzing existing training data, the platform can automatically generate new synthetic training data, complete with pixel-accurate annotations tailored to the customer's deployment environment. This approach not only enhances the quality and fidelity of the training images but also ensures that clients can efficiently develop high-performance, production-ready AI models. Mindtech's solution is designed to be fast, flexible, and repeatable, addressing the growing demand for effective AI systems that can understand and predict human interactions across diverse applications.

AutoFill Technologies specializes in the development of advanced 3D sensing hardware and application software aimed at enhancing fleet inspection processes. Utilizing computer vision and artificial intelligence, the company has created a patent-pending technology that captures object data and detects vehicle damage without human intervention. This innovative approach allows enterprises to significantly reduce labor costs and mitigate compliance risks while providing comprehensive predictive vehicle inspection reports. By employing sophisticated algorithms and deep learning techniques, AutoFill Technologies interprets complex visual input from an array of cameras and sensors, delivering efficient and accurate assessments of vehicle conditions.

Contilio is a leading insight platform for the construction industry, specializing in advanced 3D AI technology that generates actionable insights from 3D site data, including laser scans and 360-degree photos. This platform automates the tracking of quantity, installation quality, and CO2 emissions for various construction elements, significantly enhancing decision-making for general contractors, asset owners, and real estate developers. By providing timely and connected insights, Contilio helps clients proactively manage risks, reduce errors, and minimize costs associated with rework and waste. Additionally, the intelligent digital twins developed by Contilio streamline construction processes, decreasing delays and handover durations while improving cash flow. With capabilities that integrate seamlessly with existing Lidar, BIM, and scheduling tools, Contilio positions itself as a transformative force in the construction sector, enabling clients to achieve greater efficiency and sustainability in their projects.

Mindtech operates a Data Ops Platform that significantly streamlines the process of collecting and curating training data for artificial intelligence applications in computer vision. The platform utilizes advanced automation and Mindtech's proprietary Configurable DNA technology to serve a variety of industries, including smart cities, retail, healthcare, manufacturing, and robotics. By analyzing existing training data, the platform can automatically generate new synthetic training data, complete with pixel-accurate annotations tailored to the customer's deployment environment. This approach not only enhances the quality and fidelity of the training images but also ensures that clients can efficiently develop high-performance, production-ready AI models. Mindtech's solution is designed to be fast, flexible, and repeatable, addressing the growing demand for effective AI systems that can understand and predict human interactions across diverse applications.

BKwai specializes in providing engineers with advanced insights through a software platform that enhances infrastructure asset management across its lifecycle. By harnessing data from on-site sensors and satellite imagery, BKwai utilizes artificial intelligence and structural engineering principles to monitor the health of infrastructure. This approach aims to optimize the use of site data, ultimately making infrastructure operate more intelligently, efficiently, and safely. The company's mission focuses on unlocking the full potential of data to support a more resilient built environment, addressing the often-overlooked aspects of construction and asset management.

AutoFill Technologies specializes in the development of advanced 3D sensing hardware and application software aimed at enhancing fleet inspection processes. Utilizing computer vision and artificial intelligence, the company has created a patent-pending technology that captures object data and detects vehicle damage without human intervention. This innovative approach allows enterprises to significantly reduce labor costs and mitigate compliance risks while providing comprehensive predictive vehicle inspection reports. By employing sophisticated algorithms and deep learning techniques, AutoFill Technologies interprets complex visual input from an array of cameras and sensors, delivering efficient and accurate assessments of vehicle conditions.

Circuit Mind Limited, established in 2018 and based in London, United Kingdom, specializes in automating the design of electronic circuit boards using artificial intelligence. The company's innovative platform streamlines the design process, allowing engineers to efficiently create reliable and faultless circuit boards while reducing costs and time. By leveraging advanced technology, Circuit Mind simplifies the requirements for circuit board design and delivers final designs that are ready for manufacture, enhancing the overall effectiveness of electronic circuit design.