Matterwave Ventures

OKAPI:Orbits is a software-as-a-service startup focused on enhancing the sustainability of space travel through advanced collision avoidance solutions for satellites. The company provides a comprehensive platform that includes features such as environmental visualization, maneuver design, conjunction analysis, re-entry predictions, and high-accuracy orbit propagation. These tools enable researchers and satellite operators to effectively monitor risks and ensure secure operations in space, contributing to a more sustainable environment in orbit. By facilitating seamless integration with ground segments, OKAPI:Orbits aims to support the growing demands of space exploration while prioritizing safety and sustainability.

Akhetonics is a Germany-based startup founded in 2021 that specializes in developing all-optical general-purpose processors for ultra-low power and high-performance computing. The company leverages its in-house photonic design automation tools and innovative all-optical logic to create the first digital computation devices that utilize light instead of electrons. This approach aims to significantly enhance processing capabilities by enabling extreme parallelization, improved energy efficiency, and reduced latency. Akhetonics' designs are characterized by their simplicity and compatibility with established, less wasteful manufacturing technologies, which help address challenges in scalability and electromagnetic interference. Through its pioneering efforts, Akhetonics seeks to revolutionize the landscape of computing technologies.

DessIA is a developer of augmented engineering software that leverages artificial intelligence to streamline product development. The company's platform assists engineers and architects by automating tasks in the early stages of design, generating numerous architectural options, and identifying optimal configurations that align with sustainability and profitability goals. By addressing complex engineering challenges, DessIA enables automotive and mechanical engineers to enhance their efficiency and explore innovative solutions, ultimately reducing lead times and increasing profit margins.

Ventory focuses on field inventory management through a smart system that enhances visibility and control across various industries. The company provides a software-as-a-service platform that integrates with existing enterprise resource planning (ERP) and warehouse management systems (WMS), offering features such as mobile cycle counting. Its solutions cater to sectors including medtech, energy, infrastructure, and manufacturing, helping these industries streamline their inventory processes while gaining comprehensive insights and analytics.

Innatera is an innovative developer of ultra-low power neuromorphic processors designed to enhance the efficiency of sensor data processing. Established in 2018 as a spin-off from the Delft University of Technology, the company focuses on creating processors that replicate the brain's mechanisms for sensory perception. Utilizing a novel continuous-time analog-mixed signal processing architecture, Innatera's chips can process sensor data up to 100 times faster while consuming up to 500 times less energy compared to traditional processors. This technology enables businesses to access and analyze sensor data more effectively, positioning Innatera as a leader in the field of energy-efficient computing solutions.

LiveEO GmbH, founded in 2017 and headquartered in Berlin, Germany, specializes in real-time earth observation technology that utilizes satellite imagery to enhance infrastructure monitoring across various sectors, including railways, electricity, and pipelines. The company offers insights-as-a-service, allowing clients to monitor their assets effectively while managing risks associated with ground movement, vegetation, and deforestation. By leveraging artificial intelligence and Earth observation data, LiveEO provides both short-term analyses and long-duration observations, enabling improved operational efficiency and safety. Their innovative solutions help industries optimize asset management practices, reduce operational costs, and ensure the sustainability of critical infrastructure.

ecoLocked focuses on transforming buildings into carbon sinks by converting captured carbon from local biomass residues into carbon-negative construction materials. The company offers a biocarbon platform that provides tailored recipes and drop-in-ready biocarbon admix materials, along with technical support for concrete producers. By utilizing its innovative materials, ecoLocked enables the permanent storage of CO2 within the built environment, significantly reducing the reliance on fossil raw materials and cement clinker. This approach not only enhances the sustainability of construction practices but also improves functionalities such as thermal insulation and durability, thereby creating a self-sustaining carbon dioxide removal business model.

ZeroPoint Technologies specializes in advanced memory compression technology that enhances energy efficiency and performance in data centers and smart devices. As energy consumption in the ICT sector rises, ZeroPoint's solutions address the need for improved performance per watt by eliminating unnecessary information from microchips. Their technology, which combines rapid data compression, real-time data compaction, and effective memory management, can deliver up to 50% more performance per watt. This innovation not only allows data centers to optimize energy usage but also enables smart device developers to enhance user experience without sacrificing battery life. With a strong patent portfolio and a foundation rooted in high-performance computing research, ZeroPoint collaborates with leading industry players to integrate its hardware IP into system-on-chip designs. The company, established by experts from academia and industry, has attracted talent from various sectors and successfully raised venture capital to support its growth and technological advancements.

RetinAI Medical AG, founded in 2016 and headquartered in Bern, Switzerland, focuses on developing innovative software tools for the collection, organization, and analysis of eye health data. The company offers products such as OmniViewer, which enables researchers to annotate and structure both 2D and 3D datasets for machine learning and statistical analyses, and Discovery, designed for clinical and pharmaceutical research. RetinAI aims to optimize and simplify workflows in clinics and research environments, enhancing healthcare delivery by leveraging advanced machine learning for automatic image and data analysis. Its proprietary technology significantly improves image quality and facilitates the automatic analysis of medical data for hospitals, private practitioners, pharmaceutical companies, and device manufacturers, achieving performance levels comparable to human analysis.

Firecell operates in the telecommunications industry, focusing on the development of open-source platforms for 4G and 5G networks. The company specializes in providing private network solutions tailored for enterprises, offering both 4G and 5G core networks alongside an open-RAN compatible radio access network software suite. This approach allows businesses to establish affordable, reliable, and flexible communication networks, catering to their specific operational needs.

Innatera is an innovative developer of ultra-low power neuromorphic processors designed to enhance the efficiency of sensor data processing. Established in 2018 as a spin-off from the Delft University of Technology, the company focuses on creating processors that replicate the brain's mechanisms for sensory perception. Utilizing a novel continuous-time analog-mixed signal processing architecture, Innatera's chips can process sensor data up to 100 times faster while consuming up to 500 times less energy compared to traditional processors. This technology enables businesses to access and analyze sensor data more effectively, positioning Innatera as a leader in the field of energy-efficient computing solutions.

Ask for the Moon is a knowledge management platform designed to enhance the sharing and retention of expertise within organizations. By facilitating peer-to-peer questions and answers, the platform uncovers tacit knowledge and streamlines access to information. Utilizing machine learning, Ask for the Moon tailors its features to meet the specific needs of each business, ensuring seamless integration into existing workflows. The platform emphasizes change management, iterating on user flows to encourage timely and relevant inquiries. Its bespoke artificial intelligence solutions simplify the process of connecting employees with the right colleagues for answers. Additionally, Ask for the Moon quantifies the time saved through its services, ensuring that valuable insights are preserved for future use.

Threedy GmbH, founded in 2020 and based in Darmstadt, Germany, specializes in providing the instant3Dhub platform, which supports high-performance visual computing for various industries, including automotive, aerospace, and energy. This cloud-native platform facilitates the visualization of large data sets and enables the development of responsive and interactive 3D applications. Key features of instant3Dhub include a 3D streaming architecture, integrated 3D Spaces for contextual sharing, and a unified application programming interface that connects business data and sensors. By leveraging 3D data models, Threedy aims to drive digital innovation in products, services, and business processes, ultimately simplifying operations and reducing costs for its clients.

Innerspace GmbH is a company based in Wattens, Austria, specializing in the development of virtual reality (VR) training solutions tailored for the life science industry. Founded in 2017, Innerspace employs a psychologically informed approach to create immersive training experiences that prepare cleanroom operators for critical tasks. The company's innovative platform enhances understanding of cleanroom environments by providing risk-based education through regular practice in virtual settings. Innerspace also offers a Training Management System (TMS) for the efficient distribution of its VR training products across organizations. By decoupling training from physical equipment, Innerspace helps clients minimize errors in pharmaceutical processes, reduce training costs, and improve risk assessment for cleanroom personnel. Its products are utilized by international pharmaceutical companies seeking to enhance employee training and operational safety.

Tvarit Solutions Private Limited specializes in providing data science and artificial intelligence software solutions tailored for manufacturing production companies. The company focuses on optimizing processes and minimizing waste, particularly in metal factories, by utilizing a unique hybrid model that integrates AI with physics and chemistry-based simulations. This approach significantly reduces false alarms and equips clients with actionable insights derived from their data, facilitating smarter decision-making. Tvarit is committed to driving sustainable and zero-waste manufacturing practices, contributing to more efficient and environmentally friendly production processes.

Roseman Labs specializes in secure computation software that enables decentralized data analytics on encrypted data. The company’s innovative platform allows organizations to collaborate and perform analytics on sensitive information without exposing the original data. This capability is made possible through the application of Multi-Party Computation, a cryptographic technique that ensures data privacy and security. By facilitating data collaboration without the need to disclose sensitive information, Roseman Labs addresses the growing demand for secure data handling in various industries.

Tvarit Solutions Private Limited specializes in providing data science and artificial intelligence software solutions tailored for manufacturing production companies. The company focuses on optimizing processes and minimizing waste, particularly in metal factories, by utilizing a unique hybrid model that integrates AI with physics and chemistry-based simulations. This approach significantly reduces false alarms and equips clients with actionable insights derived from their data, facilitating smarter decision-making. Tvarit is committed to driving sustainable and zero-waste manufacturing practices, contributing to more efficient and environmentally friendly production processes.

Visplore is a developer of visual analysis software that simplifies the exploration and preparation of large datasets, particularly time-series data. The company's software provides an intuitive platform that allows users to interactively gain insights from extensive sensor data. By streamlining the process of data analysis, Visplore enables clients to easily identify correlations, patterns, and trends, significantly reducing the time required for data exploration. This user-friendly approach to visual analytics makes it easier for organizations to harness the power of their data for informed decision-making.

Fruitcore Robotics specializes in the design and development of robotic systems aimed at automating industrial processes. By integrating intelligent software with advanced mechatronics, the company offers optimized robotic solutions for various applications, including workpiece handling, fitting, assembling, screwing, palletizing, stacking, packaging, and workpiece testing. These systems enable manufacturers to enhance operational efficiency while reducing time and costs associated with production tasks.

ToolSense GmbH, founded in 2017 and based in Vienna, Austria, specializes in developing an industrial Internet of Things platform tailored for construction and facility management. The platform enables manufacturers of construction tools to integrate modules that collect, analyze, and compress sensor data locally. By networking construction machines and capturing data during their operation, ToolSense allows manufacturers to monitor machine performance effectively. The company offers comprehensive solutions encompassing hardware, firmware, analytics, IoT cloud services, and mobile front-end applications for cost-critical construction and cleaning machines. ToolSense's Asset Operations Platform digitizes processes and automates workflows, helping asset-intensive companies enhance efficiency, productivity, and sustainability while facilitating cost savings and improved compliance.

LiveEO GmbH, founded in 2017 and headquartered in Berlin, Germany, specializes in real-time earth observation technology that utilizes satellite imagery to enhance infrastructure monitoring across various sectors, including railways, electricity, and pipelines. The company offers insights-as-a-service, allowing clients to monitor their assets effectively while managing risks associated with ground movement, vegetation, and deforestation. By leveraging artificial intelligence and Earth observation data, LiveEO provides both short-term analyses and long-duration observations, enabling improved operational efficiency and safety. Their innovative solutions help industries optimize asset management practices, reduce operational costs, and ensure the sustainability of critical infrastructure.

LynxCare, Inc. is an AI-powered data platform founded in 2015 and based in San Francisco, California. The company specializes in collecting and analyzing both structured and unstructured data from various sources to deliver actionable insights for medical professionals in hospitals and clinics. LynxCare's platform aggregates clinical data and patient-reported outcomes, providing custom tools that enhance clinical efficiency and improve the quality of care. By enabling healthcare practitioners to mine their legacy data and access real-time information, LynxCare aims to improve healthcare outcomes and tailor patient care effectively.

Tvarit Solutions Private Limited specializes in providing data science and artificial intelligence software solutions tailored for manufacturing production companies. The company focuses on optimizing processes and minimizing waste, particularly in metal factories, by utilizing a unique hybrid model that integrates AI with physics and chemistry-based simulations. This approach significantly reduces false alarms and equips clients with actionable insights derived from their data, facilitating smarter decision-making. Tvarit is committed to driving sustainable and zero-waste manufacturing practices, contributing to more efficient and environmentally friendly production processes.

Ninox Software GmbH, based in Berlin, Germany, specializes in developing no-code business applications that empower teams to automate backoffice workflows without requiring programming expertise. The platform offers a variety of templates for functions such as customer relationship management, invoicing, project planning, and data synchronization, enabling over 2,800 companies across diverse industries to digitize their business processes efficiently. Ninox distinguishes itself in the rapidly growing market for no- and low-code application platforms by providing an intuitive onboarding experience akin to modern productivity apps while maintaining the flexibility of application creation. This approach facilitates broader adoption of its tools, allowing users to build fully-functional databases and improve productivity significantly.

Soter Analytics PTY LTD focuses on preventing musculoskeletal injuries in industrial workplaces through its innovative Soter Spine system, which combines wearable sensors and advanced analytics. The company provides devices that continuously monitor human movement, capturing health and locational data to identify at-risk movements and alert workers accordingly. By partnering with large industrial organizations, Soter integrates additional sensors, such as those for temperature and heart rate, to enhance safety and productivity. The company also offers an application that tracks long-term impacts and provides actionable recommendations for injury prevention. Founded in 2015 and based in Perth, Australia, Soter Analytics aims to set a new standard in workplace safety and ergonomics by leveraging AI-powered insights to foster a culture of safety and efficiency among workers.

Cybus GmbH, founded in 2015 and based in Hamburg, Germany, specializes in developing software solutions that facilitate seamless data flow for industrial enterprises. The company's primary product, Connectware, serves as a centralized and scalable data hub, designed to collect, process, and distribute industrial data across multiple factory sites. This middleware supports production-critical operations by integrating technology across production, IT, and business functions while maintaining high security standards and data sovereignty. Cybus also offers the Cybus Connectbox, a plug-and-play solution, and additional services such as the CONNECTIVITY REPORT 4.0 and 4.0 DEMONSTRATOR, which provide system architecture proposals and enable direct interaction with prototypes. With its focus on data integration and standardization, Cybus caters to global enterprises in sectors like automotive, metal processing, and machinery, helping them implement data-driven value-added services such as quality management and predictive maintenance.

Headmade Materials GmbH, established in 2019 and located in Würzburg, Germany, specializes in developing materials and processes for metal 3D printing, particularly through its binder-based ColdMetalFusion technology. The company provides a range of services, including part design, production, and process consulting for additive manufacturing. It offers both standard and customized feedstocks, alongside application support to facilitate additive-compatible design and reliable production processes. Headmade Materials aims to enhance output and simplify post-processing in powder metallurgy, enabling clients to manufacture advanced printed metal parts cost-effectively for serial production.

HQS Quantum Simulations GmbH is a Karlsruhe, Germany-based company founded in 2017 that specializes in developing quantum algorithms to predict molecular properties. Its technology targets sectors such as performance materials, specialty chemicals, and pharmaceuticals, addressing the challenges associated with product development in these industries. The traditional process of designing products based on functional molecules involves numerous time-consuming and costly steps, making efficient simulations crucial for reducing time-to-market and research and development costs. While conventional simulations have limitations, the company aims to leverage the capabilities of quantum computing to enhance predictive accuracy and efficiency in chemical and pharmaceutical research. Through this innovative approach, HQS Quantum Simulations seeks to improve the understanding of chemical and physical interactions, thereby facilitating faster development cycles for its clients.

Equal1 is a developer of advanced quantum computing technology aimed at making quantum computers more accessible and cost-effective within a three-year timeframe. The company utilizes a silicon semiconductor process to create a scalable quantum computing solution that employs nanometer-scale quantum dots to form qubits. Their innovation includes an integrated quantum processing unit (QPU), which operates at 3 kelvin and incorporates over 10 million transistors, marking a significant advancement in the field. Additionally, Equal1's technology leverages complementary metal-oxide-semiconductor (CMOS) advancements to enhance processing capacity and enable high-speed control and detection of quantum states, thus facilitating greater access to quantum computing capabilities.

Fruitcore Robotics specializes in the design and development of robotic systems aimed at automating industrial processes. By integrating intelligent software with advanced mechatronics, the company offers optimized robotic solutions for various applications, including workpiece handling, fitting, assembling, screwing, palletizing, stacking, packaging, and workpiece testing. These systems enable manufacturers to enhance operational efficiency while reducing time and costs associated with production tasks.

DessIA is a developer of augmented engineering software that leverages artificial intelligence to streamline product development. The company's platform assists engineers and architects by automating tasks in the early stages of design, generating numerous architectural options, and identifying optimal configurations that align with sustainability and profitability goals. By addressing complex engineering challenges, DessIA enables automotive and mechanical engineers to enhance their efficiency and explore innovative solutions, ultimately reducing lead times and increasing profit margins.

LiveEO GmbH, founded in 2017 and headquartered in Berlin, Germany, specializes in real-time earth observation technology that utilizes satellite imagery to enhance infrastructure monitoring across various sectors, including railways, electricity, and pipelines. The company offers insights-as-a-service, allowing clients to monitor their assets effectively while managing risks associated with ground movement, vegetation, and deforestation. By leveraging artificial intelligence and Earth observation data, LiveEO provides both short-term analyses and long-duration observations, enabling improved operational efficiency and safety. Their innovative solutions help industries optimize asset management practices, reduce operational costs, and ensure the sustainability of critical infrastructure.

Visplore is a developer of visual analysis software that simplifies the exploration and preparation of large datasets, particularly time-series data. The company's software provides an intuitive platform that allows users to interactively gain insights from extensive sensor data. By streamlining the process of data analysis, Visplore enables clients to easily identify correlations, patterns, and trends, significantly reducing the time required for data exploration. This user-friendly approach to visual analytics makes it easier for organizations to harness the power of their data for informed decision-making.

Threedy GmbH, founded in 2020 and based in Darmstadt, Germany, specializes in providing the instant3Dhub platform, which supports high-performance visual computing for various industries, including automotive, aerospace, and energy. This cloud-native platform facilitates the visualization of large data sets and enables the development of responsive and interactive 3D applications. Key features of instant3Dhub include a 3D streaming architecture, integrated 3D Spaces for contextual sharing, and a unified application programming interface that connects business data and sensors. By leveraging 3D data models, Threedy aims to drive digital innovation in products, services, and business processes, ultimately simplifying operations and reducing costs for its clients.

Innatera is an innovative developer of ultra-low power neuromorphic processors designed to enhance the efficiency of sensor data processing. Established in 2018 as a spin-off from the Delft University of Technology, the company focuses on creating processors that replicate the brain's mechanisms for sensory perception. Utilizing a novel continuous-time analog-mixed signal processing architecture, Innatera's chips can process sensor data up to 100 times faster while consuming up to 500 times less energy compared to traditional processors. This technology enables businesses to access and analyze sensor data more effectively, positioning Innatera as a leader in the field of energy-efficient computing solutions.

Sensolus NV specializes in the design and development of GPS trackers for non-powered assets, providing comprehensive tracking solutions directly from the cloud. Established in 2013 and based in Ghent, Belgium, the company offers a range of low-power, context-aware sensing technologies, including its STICKNTRACK product line. Sensolus combines hardware GPS trackers with a fully integrated cloud application, enabling users to manage and monitor their assets with ease. The company serves various industries, including manufacturing, waste management, cargo transport, logistics, and automotive, focusing on delivering real-time information and maintenance-free asset tracking solutions.

Semalytix GmbH, founded in 2015 and headquartered in Bielefeld, Germany, specializes in developing an artificial intelligence-driven platform designed to extract and summarize trends in the perception of high-cost therapies, particularly in oncology, immunology, and metabolism. The company's flagship tool, Pharos, serves as a real-world evidence generation solution that ingests data from various sources such as CRM systems, social media, job advertisements, and clinical studies. By processing information from patient forums and online discussions, Semalytix organizes this data to provide the pharmaceutical industry with valuable insights. This enables the medical community to make informed decisions that can improve treatment outcomes and enhance the understanding of patient experiences with medications.

DyeMansion GmbH, based in Munich, Germany, specializes in post-processing and coloring of 3D-printed laser sintered parts. Founded in 2013, the company has established itself as a leader in additive manufacturing finishing systems, offering high-volume solutions that facilitate an efficient 'Print-to-Product' workflow. DyeMansion's technology is trusted by over four hundred customers, including prominent manufacturers across various sectors such as eyewear, automotive, retail, medical, and sports equipment. The company collaborates with major industrial powder-bed 3D printing systems, including EOS, HP, 3D Systems, and Prodways, enabling the transformation of raw 3D-printed parts into high-value products with precision coloring and finishing tailored to specific requirements. This capability allows manufacturers to produce a wide range of items, from luxury sunglasses to critical automotive components.

ToolSense GmbH, founded in 2017 and based in Vienna, Austria, specializes in developing an industrial Internet of Things platform tailored for construction and facility management. The platform enables manufacturers of construction tools to integrate modules that collect, analyze, and compress sensor data locally. By networking construction machines and capturing data during their operation, ToolSense allows manufacturers to monitor machine performance effectively. The company offers comprehensive solutions encompassing hardware, firmware, analytics, IoT cloud services, and mobile front-end applications for cost-critical construction and cleaning machines. ToolSense's Asset Operations Platform digitizes processes and automates workflows, helping asset-intensive companies enhance efficiency, productivity, and sustainability while facilitating cost savings and improved compliance.

Headmade Materials GmbH, established in 2019 and located in Würzburg, Germany, specializes in developing materials and processes for metal 3D printing, particularly through its binder-based ColdMetalFusion technology. The company provides a range of services, including part design, production, and process consulting for additive manufacturing. It offers both standard and customized feedstocks, alongside application support to facilitate additive-compatible design and reliable production processes. Headmade Materials aims to enhance output and simplify post-processing in powder metallurgy, enabling clients to manufacture advanced printed metal parts cost-effectively for serial production.

LynxCare, Inc. is an AI-powered data platform founded in 2015 and based in San Francisco, California. The company specializes in collecting and analyzing both structured and unstructured data from various sources to deliver actionable insights for medical professionals in hospitals and clinics. LynxCare's platform aggregates clinical data and patient-reported outcomes, providing custom tools that enhance clinical efficiency and improve the quality of care. By enabling healthcare practitioners to mine their legacy data and access real-time information, LynxCare aims to improve healthcare outcomes and tailor patient care effectively.

Ninox Software GmbH, based in Berlin, Germany, specializes in developing no-code business applications that empower teams to automate backoffice workflows without requiring programming expertise. The platform offers a variety of templates for functions such as customer relationship management, invoicing, project planning, and data synchronization, enabling over 2,800 companies across diverse industries to digitize their business processes efficiently. Ninox distinguishes itself in the rapidly growing market for no- and low-code application platforms by providing an intuitive onboarding experience akin to modern productivity apps while maintaining the flexibility of application creation. This approach facilitates broader adoption of its tools, allowing users to build fully-functional databases and improve productivity significantly.

HQS Quantum Simulations GmbH is a Karlsruhe, Germany-based company founded in 2017 that specializes in developing quantum algorithms to predict molecular properties. Its technology targets sectors such as performance materials, specialty chemicals, and pharmaceuticals, addressing the challenges associated with product development in these industries. The traditional process of designing products based on functional molecules involves numerous time-consuming and costly steps, making efficient simulations crucial for reducing time-to-market and research and development costs. While conventional simulations have limitations, the company aims to leverage the capabilities of quantum computing to enhance predictive accuracy and efficiency in chemical and pharmaceutical research. Through this innovative approach, HQS Quantum Simulations seeks to improve the understanding of chemical and physical interactions, thereby facilitating faster development cycles for its clients.

RetinAI Medical AG, founded in 2016 and headquartered in Bern, Switzerland, focuses on developing innovative software tools for the collection, organization, and analysis of eye health data. The company offers products such as OmniViewer, which enables researchers to annotate and structure both 2D and 3D datasets for machine learning and statistical analyses, and Discovery, designed for clinical and pharmaceutical research. RetinAI aims to optimize and simplify workflows in clinics and research environments, enhancing healthcare delivery by leveraging advanced machine learning for automatic image and data analysis. Its proprietary technology significantly improves image quality and facilitates the automatic analysis of medical data for hospitals, private practitioners, pharmaceutical companies, and device manufacturers, achieving performance levels comparable to human analysis.

Synfioo GmbH, founded in 2015 and headquartered in Potsdam, Germany, specializes in developing a software platform that enhances logistics and transportation planning through real-time monitoring. The platform utilizes big data and artificial intelligence to predict arrival times and assess the impact of external factors such as weather conditions, traffic congestion, customs delays, and other disruptions. By providing immediate alerts about setbacks like strikes or security checks, Synfioo enables transportation planners to react swiftly, thereby facilitating smoother supply chain operations and improving overall logistics efficiency.

Cybus GmbH, founded in 2015 and based in Hamburg, Germany, specializes in developing software solutions that facilitate seamless data flow for industrial enterprises. The company's primary product, Connectware, serves as a centralized and scalable data hub, designed to collect, process, and distribute industrial data across multiple factory sites. This middleware supports production-critical operations by integrating technology across production, IT, and business functions while maintaining high security standards and data sovereignty. Cybus also offers the Cybus Connectbox, a plug-and-play solution, and additional services such as the CONNECTIVITY REPORT 4.0 and 4.0 DEMONSTRATOR, which provide system architecture proposals and enable direct interaction with prototypes. With its focus on data integration and standardization, Cybus caters to global enterprises in sectors like automotive, metal processing, and machinery, helping them implement data-driven value-added services such as quality management and predictive maintenance.

DyeMansion GmbH, based in Munich, Germany, specializes in post-processing and coloring of 3D-printed laser sintered parts. Founded in 2013, the company has established itself as a leader in additive manufacturing finishing systems, offering high-volume solutions that facilitate an efficient 'Print-to-Product' workflow. DyeMansion's technology is trusted by over four hundred customers, including prominent manufacturers across various sectors such as eyewear, automotive, retail, medical, and sports equipment. The company collaborates with major industrial powder-bed 3D printing systems, including EOS, HP, 3D Systems, and Prodways, enabling the transformation of raw 3D-printed parts into high-value products with precision coloring and finishing tailored to specific requirements. This capability allows manufacturers to produce a wide range of items, from luxury sunglasses to critical automotive components.