ACE Incubator

Lalaland BV develops artificial intelligence and machine learning based software, which offers artificial human models for e-Commerce apparel webshops. The company was founded in 2019 and is based in Amsterdam, the Netherlands.

Dyme B.V. is a company based in Amsterdam, Netherlands, established in 2018. It specializes in developing a mobile application designed to help users manage their subscriptions effectively. The Dyme app consolidates all subscriptions in one interface, allowing users to easily manage, cancel, or switch their subscriptions as needed. This service aims to simplify the often cumbersome task of tracking and maintaining various subscription services, enhancing user convenience and control over their finances.

CargoLedger make the supply chain paperless, provide immutable data and will provide instant settlement and payment.

Scitodate B.V., founded in 2017 and based in Amsterdam, specializes in artificial intelligence and big data solutions tailored for the scientific industry. The company offers a recommendation platform that allows researchers to stay updated with minimal effort by providing daily curated articles based on their interests. By analyzing users' publications, Scitodate creates personalized research profiles and delivers tailored content directly to researchers. Additionally, the platform supports manufacturers of lab equipment and scientific products by delivering actionable market insights for marketing, sales, and product management. Scitodate's technology is adaptable and can address various needs within the scientific community, including peer reviewer selection, personalized searches, and analytics on research productivity and influence, thereby facilitating connections between researchers and potential clients or talent.

Macrobian Biotech focuses on developing innovative healthcare treatments for disorders that impact the midbrain dopamine system. The company engages in both fundamental and clinical research within the neuroscience field, utilizing advanced technologies in genetics and transcriptomics. Through extensive gene function research, Macrobian Biotech aims to create clinical trial-ready compounds that address neurological and neuropsychiatric diseases, providing healthcare practitioners with effective treatment options.

Aiir Innovations B.V. develops and offers software solutions to optimize industrial processes using artificial intelligence and computer vision techniques. Its maintenance consists of a visual inspection, which requires high-concentration during the entire inspection. The company’s software analyses video footage and images to assist team throughout the work, which furthers allows team to save time and quality. Aiir Innovations B.V. was founded in 2016 and is based in Amsterdam, the Netherlands.

NBT Analytics specializes in providing statistical biomedical analysis services focused on electroencephalography (EEG) for clinical trials. The company offers detailed insights into how drugs affect the brain by utilizing a comprehensive range of EEG biomarkers and identifying drug-specific indices. By investigating biomarkers from both temporal and spatial domains, NBT Analytics delivers in-depth analysis of the effects of interventions on brain activity. This approach supports researchers in the development of personalized medicine and enhances the drug development process.

Omnigen strives to bring DNA-technology to the individual consumer.

Hep-Art Medical Devices B.V. is a spin-off from the Academic Medical Center in Amsterdam, focused on developing innovative solutions for acute liver failure (ALF) patients. The company's primary product, the AMC-BAL, is a bio-artificial liver system designed to support patients during liver recovery or until a donor liver becomes available. This extracorporeal device functions by treating the patient's plasma and temporarily replacing essential liver functions. Central to the AMC-BAL is a bioreactor that contains embedded liver cells, specifically porcine hepatocytes. Initial clinical trials have demonstrated the safety of this system in ALF patients, marking a significant advancement in the treatment options available for those with acute liver conditions.

Panoptes Heritage specializes in bridging the gap between cultural heritage and 3D technology. The company offers a range of services that include 3D scanning, reconstructions, and visualizations, aimed at enhancing the conservation, documentation, and presentation of heritage. Their team consists of heritage professionals who are skilled in utilizing advanced techniques to document and research various aspects of cultural heritage, thereby ensuring that valuable historical information is preserved and effectively communicated.

Digi.Bio is a company based in Amsterdam, Netherlands, that develops a microfluidic platform aimed at automating liquid handling processes in the healthcare industry. Established in 2017, the firm specializes in digital microfluidics and electrowetting technology, which allows for the precise manipulation of droplets at a microscale. By utilizing artificial intelligence, Digi.Bio's software streamlines multistep liquid handling applications, thereby replacing traditional pipetting methods in laboratories. This innovative approach enhances the efficiency of synthetic biology research and supports medical and pharmaceutical companies in automating their workflows, ultimately facilitating the scaling of bioengineering processes.

Enpicom is a bioinformatics software engineering company that specializes in providing innovative solutions for scientists in biopharma and academic research. The company develops products aimed at enhancing the discovery and development of novel immunotherapies and vaccines. Enpicom's flagship offering is the ImmunoGenomiX (IGX) Platform, which facilitates the management, storage, analysis, visualization, and comparison of immune repertoire sequencing data from T and B cell receptors. By utilizing a combination of biological expertise, bioinformatics method development, and software engineering, Enpicom's technology-agnostic and code-free software simplifies the complexities associated with immune repertoire analysis. This enables researchers to concentrate on their scientific inquiries and advancements in antibody discovery, ultimately contributing to improved human health.

Haermonics is a clinical stage medtech company focused on developing innovative therapies aimed at preventing complications associated with post-operative cardiac surgery. The company prioritizes addressing significant medical challenges through a disciplined and creative approach, ensuring thorough testing of its solutions. By striving to enhance the safety and efficacy of open-heart surgeries, Haermonics seeks to improve patient outcomes in this critical area of healthcare.

InCatT B.V., which stands for Innovative Catalyst Technologies, is a spin-off company of the homogeneous catalysis group of Prof. Dr. Joost Reek at the University of Amsterdam who has introduced new supramolecular strategies in transition metal catalysis.

Confocal.nl B.V., based in Amsterdam, the Netherlands, specializes in the development of advanced confocal microscopes aimed at enhancing microscopy imaging. The company focuses on creating user-friendly, plug-and-play systems, including its innovative Re-scan Confocal Microscope (RCM), which boasts improved resolution and sensitivity compared to conventional models. Confocal.nl's microscopes are designed to be highly customizable, catering to the specific needs of laboratories while remaining affordable. Their modular design allows for integration with existing wide-field fluorescence microscopes, making it accessible even for researchers with limited microscopy experience. The company emphasizes an open-architecture approach, ensuring that its systems are platform- and software-independent, thereby fostering innovation within the microscopy industry.

Nico.lab offers algorithms for analysis of neuromuscular images. NICo-Lab is a spin-off company from the departments of Radiology and Biomedical Engineering and Physics of the Academic Medical Centre (AMC) in Amsterdam. They have developed a toolbox that consists of tailored algorithms to analyse and quantify different aspects of neurovascular medical images of patients that suffered from acute strokes. The toolbox can be applied in two ways; 1) as a service to clinical trials to support management, analysis and quantification of images therein and 2) as a decision support system for clinicians (neuro-radiologists, neuro-surgeons and neurologists) that treat acute stroke patients.

illi Engineering is a company that specializes in the design and development of technical products. They design innovative and leading solutions based on your idea or wish. They have very extensive technical expertise in the field of sensor and fabrication technology.

LUMICKS B.V. is a company that specializes in developing advanced equipment for dynamic single-molecule and cell avidity analysis, facilitating research in biology and cancer at the molecular and cellular levels. Founded in 2014 and headquartered in Amsterdam, with an additional office in Cambridge, Massachusetts, LUMICKS offers innovative technologies such as correlative optical tweezers-fluorescence microscopy systems and the C-Trap, which integrates optical tweezers with advanced imaging techniques. The company’s Acoustic Force Spectroscopy (AFS) enables the study of mechanical properties in biological systems, while its u-Flux microfluidics system allows for single-molecule experiments in controlled laminar flow environments. By enabling live measurements and imaging of molecular interactions, LUMICKS provides valuable insights into the fundamental causes of diseases, including cancer, and supports drug optimization efforts.

Metrica, was born from the desire to provide clubs with the necessary tools to transform raw data into an actionable output. At Metrica they strongly believe that the only way to get the best out of a data set, is by working side by side with managers and coaches in order to develop tailor made analysis that fit to the unique needs of a team.

Scyfer B.V., established in 2013 and based in Amsterdam, specializes in developing artificial intelligence software tailored for various industries, including manufacturing, healthcare, and finance. The company focuses on applying machine learning solutions to enhance equipment inspection through computer vision, facilitate early disease detection, and improve revenue prediction. As a spin-off from the University of Amsterdam, Scyfer bridges the gap between academic research and practical technology, aiming to create intelligent software that drives significant business impact. As of August 2017, Scyfer operates as a subsidiary of Qualcomm Technologies, Inc.

904Labs e-commerce search is the first and only commercially available self-learning search engine. Building on the latest advances in artificial intelligence and machine learning, we provide your customers with the best search experience. And we do so while minimizing maintenance on your side! Your customers know which results are relevant. Why not use this knowledge? Our search solution combines many algorithms to give the best results. We know how to combine them by learning directly from your customers. Our self-learning search engine adapts to your customers in real time! Are you manually optimizing your current search engine? Adding synonyms to products so that they’ll match your visitors’ queries? Boosting the title field a bit more? Manually maintaining search is expensive! Our solution is free of maintenance, which means you can save time and money. Is that even possible, self-learning search, you might wonder. Our solutions are based on findings from years of scientific research in Artificial Intelligence. The 904Labs team is specialized in understanding science and turning it into great products from which you can benefit!

Organize the school organization with TRIPS.

Quantis are guide top organizations to define, shape and implement intelligent environmental sustainability solutions. They deliver resilient strategies, robust metrics, useful tools, and credible communications. In a nutshell, they’re the creative geeks. Their clients trust us to take the latest science and make it actionable. They are Quantis: sustainability’s scientists, experts, strategists, innovators and visionaries.

Plantics aims to tackle the global environmental problems of plastic pollution with innovative and cost-saving bio-plastic solutions that have a high impact through commercial success.

3DUniversum specializes in developing low-cost software solutions for real-time 3D mobile scanning and recognition. The company's platform leverages advanced technologies such as deep learning, computer vision, and machine learning to offer tailored solutions for various sectors, including healthcare, media, and entertainment. By focusing on applications in healthcare, industrial inspection, and retail, 3DUniversum enables clients to enhance product sizing, detect defects, and facilitate communication with individuals who are difficult to reach.

CTcue is an AI-powered platform designed to streamline the process of matching patients with clinical trials by utilizing both structured and unstructured patient data. The platform features intuitive search fields that allow healthcare professionals to identify eligible patients using simple language, eliminating the need for complex query design or data expertise. CTcue's matching algorithm continuously searches for matches as patient data is updated, providing alerts to medical teams during consultations to enhance trial inclusion awareness. This capability ensures that no potential patient-trial match is overlooked, significantly reducing the time and effort required for patient recruitment. Additionally, when patients express interest in participating in trials, clinicians can quickly access relevant overviews, thereby improving the efficiency of the trial enrollment process.

Innoseis specializes in advanced sensor technology aimed at enhancing the responsible and efficient use of energy resources. The company has developed an ultra-lightweight wireless seismic sensor network that significantly lowers deployment costs. This innovative technology incorporates high-performance laboratory-scale vibration isolation systems, which facilitate accelerated research and development. By enabling geographical research businesses to detect gravitational movements, Innoseis contributes to reducing land seismic acquisition costs, thereby streamlining operations in the energy sector.