strategic partners, and industry leaders actively looking for new technologies.
Applications are still open to present at Europe USA ‘26.
DeepPulseNeuro is developing an endovascular neural interface to record intracranial electrical activity from the brain through the cerebral venous system. Starting with drug-resistant epilepsy, the technology is designed to enable less invasive access to deep-brain electrophysiology and broaden the clinical applications and patient populations that can benefit from intracranial neural monitoring.
Dova is a precision health technology company that is building the AI infrastructure for how gastrointestinal (GI) health is measured, monitored, and managed. We develop AI-powered, image-based solutions that empower clinicians and researchers with actionable insights to advance GI care, as well as provide standardized, quantitative disease intelligence across clinical research and future clinical care.
Our multimodal intelligence platform includes DovaVision UC, designed to support granular assessment of ulcerative colitis at scale, and DovaSound, designed to support rapid, standardized intestinal ultrasound image capture and assessment.
ElectraDx has developed the first lab-accurate, ultra-low-cost community ad home based diagnostic platform using proprietary intelligent electronic strip technology. Our device delivers results from a simple fingerstick in under10 minutes, connects securely to healthcare systems, and supports a broad test menu covering over 70% of common lab tests. With an initial focus on cardiac markers, we are shifting diagnostics from hospitals into every home to enable earlier intervention and better health outcomes.
FORESEE MedTech is a deep-tech spin-off awardee of the European Innovation Council (EIC) Transition grant (2.5 M€), that is developing an intravascular multiparametric sensing platform for remote monitoring of chronic conditions, starting with heart failure. FORESEE’s solution aims to support earlier interventions, reduce hospitalizations, empower patients and improve long-term outcomes in this cardiovascular condition. Thanks to the ability to measure multiple parameters from a single intravascular device, FORESEE will improve patient management by addressing the fact that in heart failure "one size does not fit all
Gilbert has built an enabling drug-delivery platform for the development of next-generation inhaled drug-device combinations, with pharma and CDMO partners as the commercial pathway. Gilbert's breakthrough scalable delivery platform offers the precision and adaptability modern inhaled therapies require - and the simplicity patients demand.
MDA is building a best-in-class surgical reference database and translating the expertise of leading surgeons into advanced, AI-powered intra-operative decision-support solutions. Backed by €4 million in seed capital, MDA has successfully validated its business model over the past 24 months. To unlock the full potential of its approach and secure long-term market leadership, MDA is now seeking further growth capital.
Moximed is a commercial-stage medical device company offering the MISHA Knee System, an FDA-authorized Implantable Shock Absorber designed to treat medial knee osteoarthritis. The device is placed on the inner side of the knee during an outpatient procedure to absorb the impact of walking, reducing joint force by 30%. Differentiated by its joint-preserving design that does not require cutting bone, Moximed bridges the gap between conservative therapies and total knee replacement, offering active patients superior pain relief and mobility.
Samay’s Sylvee is the first wearable to match CT performance, the gold standard, for early COPD detection, identifying small airway disease up to 5 years before spirometry can detect any changes. Validated in 450+ patients (AUC 0.93) and protected by 18 patents across 20+ countries, Samay is already generating revenue with a top European respiratory pharma, a world-leading sleep company, and a top US academic medical center, while preparing for a late 2027 launch across 1,500 clinics through Latam’s third-largest payer and investor.
The critical bottleneck of healthcare AI and drug development was access to data; Segmed spent seven years solving that problem starting with medical imaging, resulting in the leading multimodal clinical data network, with 31M+ patients, 150M+ imaging exams, and a foundation already validated by 50+ FDA customers clearances. The next decade belongs not to those who move data, but to those who generate intelligence from it, which is why Segmed is extending from data delivery to AI-driven insight delivery across imaging, clinical notes, pathology, and beyond. This transition expands our addressable opportunity from real-world imaging data for AI-development to multi-modal real-world evidence for drug development and medical AI.
SmartValves is developing next-generation technology for heart valves by adding a “brain” to what is currently a passive implant. Our platform is designed to enable active EGM sensing and on-demand pacing, with the potential to meaningfully impact both patient care and the healthcare system.
Our initial focus is the TAVR market, where these capabilities may support:
Systematic, Safe next-day discharge, helping patients return to normal activity sooner while supporting hospitals in optimizing capacity.
Meaningful reduction in permanent pacemaker implantation, through proactive monitoring and mitigation of conduction disturbances associated with TAVR.
Beyond TAVR, we believe the SmartValves platform can extend to tricuspid and other structural heart therapies, significantly broadening its clinical and commercial potential.
At the same time, continuous EGM acquisition creates a unique data layer that, combined with AI-driven analytics, may enable earlier detection and prediction of clinically meaningful events, expanding SmartValves from a therapeutic device into a connected patient-management platform.
SpotLab.ai builds mobile, efficient and sovereign AI to upgrade millions of existing microscopes into intelligent tools for diagnosis and clinical research. Its technology helps clinicians detect subtle patterns in microscopy images using equipment they already have, expanding access to the best healthcare for everyone, everywhere: from blood cancers to neglected tropical diseases.
Vergent’s lead compound, abenacianine for injection (VGT-309), is a next generation tumor-targeted fluorescent imaging agent for cancer surgery designed to provide real-time, intraoperative visual and molecular feedback on tumor location and help surgeons ensure all tumor tissue is removed during minimally invasive surgery (MIS) procedures. Abenacianine is designed to be an ideal targeted imaging agent and is compatible across NIR enabled surgical visualization platforms, works across all solid tumor types, and has a differentiated mechanism of action that allows for a wide dosing window to seamlessly fit into surgery workflows.
Vivifi Medical is pioneering the first non-surgical, non-urethral device for treating BPH that targets the hormonal root cause rather than simply managing symptoms. By redirecting testosterone-rich blood away from the prostate, our approach results in true regression without implants, urethral instrumentation, or compromise to sexual function.
Xeltis is a commercial-stage medtech company developing transformative implants that enable the natural creation of living and long-lasting vessels to address the limitations of current treatment options for the millions of patients requiring hemodialysis vascular access or cardiovascular replacements every year. The Company’s proprietary Restorex® platform utilizes an advanced polymer implant which is transformed into the patient’s own tissue before gradually being absorbed and leaving new, living vessels in place that support long-term clinical outcomes. Its most advanced product aXessTM, an implantable blood vessel for hemodialysis vascular access, has received CE Mark approval and is now being commercially deployed across Europe. Xeltis aims to improve patient outcomes by enabling the creation of living vessels to reduce the need for repeat interventions and address significant unmet needs in vascular access. The Company’s groundbreaking technology also has high potential to be applied to other major vascular and cardiovascular diseases.
DeepPulseNeuro is developing an endovascular neural interface to record intracranial electrical activity from the brain through the cerebral venous system. Starting with drug-resistant epilepsy, the technology is designed to enable less invasive access to deep-brain electrophysiology and broaden the clinical applications and patient populations that can benefit from intracranial neural monitoring.
Dova is a precision health technology company that is building the AI infrastructure for how gastrointestinal (GI) health is measured, monitored, and managed. We develop AI-powered, image-based solutions that empower clinicians and researchers with actionable insights to advance GI care, as well as provide standardized, quantitative disease intelligence across clinical research and future clinical care.
Our multimodal intelligence platform includes DovaVision UC, designed to support granular assessment of ulcerative colitis at scale, and DovaSound, designed to support rapid, standardized intestinal ultrasound image capture and assessment.
ElectraDx has developed the first lab-accurate, ultra-low-cost community ad home based diagnostic platform using proprietary intelligent electronic strip technology. Our device delivers results from a simple fingerstick in under10 minutes, connects securely to healthcare systems, and supports a broad test menu covering over 70% of common lab tests. With an initial focus on cardiac markers, we are shifting diagnostics from hospitals into every home to enable earlier intervention and better health outcomes.
FORESEE MedTech is a deep-tech spin-off awardee of the European Innovation Council (EIC) Transition grant (2.5 M€), that is developing an intravascular multiparametric sensing platform for remote monitoring of chronic conditions, starting with heart failure. FORESEE’s solution aims to support earlier interventions, reduce hospitalizations, empower patients and improve long-term outcomes in this cardiovascular condition. Thanks to the ability to measure multiple parameters from a single intravascular device, FORESEE will improve patient management by addressing the fact that in heart failure "one size does not fit all
Gilbert has built an enabling drug-delivery platform for the development of next-generation inhaled drug-device combinations, with pharma and CDMO partners as the commercial pathway. Gilbert's breakthrough scalable delivery platform offers the precision and adaptability modern inhaled therapies require - and the simplicity patients demand.
MDA is building a best-in-class surgical reference database and translating the expertise of leading surgeons into advanced, AI-powered intra-operative decision-support solutions. Backed by €4 million in seed capital, MDA has successfully validated its business model over the past 24 months. To unlock the full potential of its approach and secure long-term market leadership, MDA is now seeking further growth capital.
Moximed is a commercial-stage medical device company offering the MISHA Knee System, an FDA-authorized Implantable Shock Absorber designed to treat medial knee osteoarthritis. The device is placed on the inner side of the knee during an outpatient procedure to absorb the impact of walking, reducing joint force by 30%. Differentiated by its joint-preserving design that does not require cutting bone, Moximed bridges the gap between conservative therapies and total knee replacement, offering active patients superior pain relief and mobility.
Samay’s Sylvee is the first wearable to match CT performance, the gold standard, for early COPD detection, identifying small airway disease up to 5 years before spirometry can detect any changes. Validated in 450+ patients (AUC 0.93) and protected by 18 patents across 20+ countries, Samay is already generating revenue with a top European respiratory pharma, a world-leading sleep company, and a top US academic medical center, while preparing for a late 2027 launch across 1,500 clinics through Latam’s third-largest payer and investor.
The critical bottleneck of healthcare AI and drug development was access to data; Segmed spent seven years solving that problem starting with medical imaging, resulting in the leading multimodal clinical data network, with 31M+ patients, 150M+ imaging exams, and a foundation already validated by 50+ FDA customers clearances. The next decade belongs not to those who move data, but to those who generate intelligence from it, which is why Segmed is extending from data delivery to AI-driven insight delivery across imaging, clinical notes, pathology, and beyond. This transition expands our addressable opportunity from real-world imaging data for AI-development to multi-modal real-world evidence for drug development and medical AI.
SmartValves is developing next-generation technology for heart valves by adding a “brain” to what is currently a passive implant. Our platform is designed to enable active EGM sensing and on-demand pacing, with the potential to meaningfully impact both patient care and the healthcare system.
Our initial focus is the TAVR market, where these capabilities may support:
Systematic, Safe next-day discharge, helping patients return to normal activity sooner while supporting hospitals in optimizing capacity.
Meaningful reduction in permanent pacemaker implantation, through proactive monitoring and mitigation of conduction disturbances associated with TAVR.
Beyond TAVR, we believe the SmartValves platform can extend to tricuspid and other structural heart therapies, significantly broadening its clinical and commercial potential.
At the same time, continuous EGM acquisition creates a unique data layer that, combined with AI-driven analytics, may enable earlier detection and prediction of clinically meaningful events, expanding SmartValves from a therapeutic device into a connected patient-management platform.
SpotLab.ai builds mobile, efficient and sovereign AI to upgrade millions of existing microscopes into intelligent tools for diagnosis and clinical research. Its technology helps clinicians detect subtle patterns in microscopy images using equipment they already have, expanding access to the best healthcare for everyone, everywhere: from blood cancers to neglected tropical diseases.
Vergent’s lead compound, abenacianine for injection (VGT-309), is a next generation tumor-targeted fluorescent imaging agent for cancer surgery designed to provide real-time, intraoperative visual and molecular feedback on tumor location and help surgeons ensure all tumor tissue is removed during minimally invasive surgery (MIS) procedures. Abenacianine is designed to be an ideal targeted imaging agent and is compatible across NIR enabled surgical visualization platforms, works across all solid tumor types, and has a differentiated mechanism of action that allows for a wide dosing window to seamlessly fit into surgery workflows.
Vivifi Medical is pioneering the first non-surgical, non-urethral device for treating BPH that targets the hormonal root cause rather than simply managing symptoms. By redirecting testosterone-rich blood away from the prostate, our approach results in true regression without implants, urethral instrumentation, or compromise to sexual function.
Xeltis is a commercial-stage medtech company developing transformative implants that enable the natural creation of living and long-lasting vessels to address the limitations of current treatment options for the millions of patients requiring hemodialysis vascular access or cardiovascular replacements every year. The Company’s proprietary Restorex® platform utilizes an advanced polymer implant which is transformed into the patient’s own tissue before gradually being absorbed and leaving new, living vessels in place that support long-term clinical outcomes. Its most advanced product aXessTM, an implantable blood vessel for hemodialysis vascular access, has received CE Mark approval and is now being commercially deployed across Europe. Xeltis aims to improve patient outcomes by enabling the creation of living vessels to reduce the need for repeat interventions and address significant unmet needs in vascular access. The Company’s groundbreaking technology also has high potential to be applied to other major vascular and cardiovascular diseases.