Clinical Innovation Platform Members
HOP TECH is a Quebec-based digital health start-up specializing in the development of clinical decision support tools based on data from multiple sources, including their wearable, a multi-sensor connected watch that supports patients with type 2-diabetes, cardiovascular diseases, post-surgical rehabilitation and COVID-19.
Founded by Marc-Antoine Pelletier, CEO and Mrs. Diane Groleau, COO, the company is currently deploying several breakthrough studies of clinical validation for their technology to monitor patients and hospital staff in the COVID setting as well as Type2-Diabetes and Cardiovascular patients to identify digital biomarkers of the diseases. At the CLIP, HOP TECH has develop personalised digital solutions for post-surgical tracking of patients’ rehabilitation (i.e. pain management physical activity programs).
Website: https://hoptech.ca
Divocco AI is a Montreal-based start-up company bringing artificial intelligence to the operating room to better treat patients. Through close collaboration with anesthesiologists and surgeons, the company is developing numerous intelligent medical devices at varying stages of development, all of which are creating a synergistic collaboration between physicians and their products.
Information: Divoccoai.com, LinkedIn.
DivoccoAI’s ambition is to innovate point-of-care anesthesia by equipping health care professionals with state of the art automated technologies for operating rooms, isolated community centers and hostile conditions with limited resources.
Juno Technologies is a medtech company, developing a discreet, wearable device for a quick & lasting relief from menstrual pain.
Juno’s mission is to revolutionize the field of menstrual pain through scientific innovation.
Juno was crafted in partnership with gynecologists, for women by women. Our cutting-edge, connected device fits into every woman’s lifestyle.
Our mission is to improve gynecological care by reducing pain during procedures like IUD insertions. Current tools, such as the Pozzi Clamp, are outdated and cause discomfort. MiniGyn offers an innovative, atraumatic stabilization mechanism that ensures a secure grip while minimizing pain, making reproductive health care more accessible and comfortable for women.
ENTobot is a Quebec-based start-up advancing the field of ENT surgery with cutting-edge soft robotics, tailored for the precision and complexity of ear, nose, and throat care. By merging state-of-the-art technology with surgical expertise, ENTobot strives to set a new benchmark for minimally invasive procedures.
Scopia Surgical helps surgeons perform MIS procedures under scope guidance. We’re building the future of digital surgery with the first AI-driven surgical navigation system for laparoscopic surgery. Scopia Surgical provides real-time intelligence to improve visualization, navigation, diagnosis, and intervention.
We’re revolutionizing the operating room with our patented real-time AI and computer vision technology. Scopia Surgical Navigation is a co-pilot for the human body, guiding surgeons with unprecedented accuracy and confidence.
PL Signals is a start-up based in Quebec that is dedicated to developing anti-fibrotic drugs for the treatment of lung and skin fibrosis. Lung fibrosis is a serious chronic and progressive disease with limited treatment options. TGF-beta is a potent pro-fibrotic factor, and its excessive action plays a central role in lung fibrosis. We have developed a novel anti-fibrotic biologic that traps TGF-beta with high specificity and efficiently reduces lung fibrosis in preclinical models and in vitro in patients’ fibrotic cells.
They are also focused on creating anti-cancer drugs that inhibit oncogenic signaling pathways.
With CLIP support, PL Signals will identify partners for a joint venture focused on developing drug formulations for nasal or topical delivery.
iKinesia brings together a multidisciplinary team of engineers, data scientists, and clinicians to build the infrastructure behind precision medicine. From intelligent data systems to research-driven AI models
Built for Clinical Excellence, Empowering clinical teams with precision, simplicity, and speed, built to adapt,
designed to deliver.
Ora Medical was founded in July 2020 by Sarah Lambert and Louis St-Pierre.
Their mission is to improve access to rehabilitation services for all people with limited mobility.
To achieve this goal, Ora Medical develops innovative walking assistance tools and remote rehabilitation solutions.
Levity is designed to provide unparalleled support while encouraging independence and development. With its innovative design, it offers your child the freedom to improve their gait and mobility every step of the way. Discover how Levity can make a difference.
Ora Medical | Data-Driven Physical Rehabilitation | Montreal
Qalam proposes an innovative handheld medical device that uses spectroscopy to provide real-time feedback for intraoperative margin assessment of residual cancer cells. The real-time marginal cancer detection will help reduce surgery time, risk of recurrence and disability due to over-cutting of clean bone. The technology will guide surgeons to precisely detect and remove what is needed for cancer-free margins.
OsteobotiX is developing advanced robotic technology for orthopedic fracture surgery that eliminates the need for X-rays. The goal is to make procedures not only safer and more efficient but also remarkably precise. The OsteobotiX team includes orthopedic trauma surgeons and expert, experienced roboticists who identify clinical needs and develop solutions from scratch.
PhantasiAI delivers adaptive, AI-orchestrated neurostimulation and movement training for rehabilitation, performance, and recovery — anywhere it’s needed.
At PhantasiAI, we believe that everyone deserves the ability to move, grow, and thrive — whether recovering from injury, improving performance, or overcoming physical challenges. Rooted in pediatric rehabilitation, we continue to expand our impact by developing adaptive, AI-driven neurostimulation technology for people of all ages, abilities, and professions.
Our goal is simple: to unlock human potential through intelligent movement innovation.
AI Neurostimulation for Personalized Rehabilitation | PhantasiAI | PhantasiAI
Early diagnosis made easy. Beeta Biomed is forging a new path in medical diagnostics with its revolutionary QolorEX technology.
QolorEX is our revolutionary multi-disease molecular diagnostic device. It combines the accuracy and reliability of PCR technology with the affordability, speed, and convenience of rapid antigen tests.
Capcyte is a McGill spin-off that originated from the Stem Cell Bioprocessing Hoesli Lab in 2022. With our team of chemical engineers and our patented surface modification technology, Capcyte has one core mission: pushing the boundaries of cardiovascular care. Originally designed to address the lack of hemocompatibility of cardiovascular implants, our technology has the potential for broad implications in many other fields, including therapeutic cell culture.
Capcyte Biotherapeutics – Bridging the Gap Between Cells and Surfaces
Hepius Medical focuses on developing medical devices in the healthcare sector. The company’s main offering includes smart cardiac catheter technology designed to aid surgeons in performing ablation therapy for cardiac arrhythmia patients. It was founded in 2020 and is based in Montreal, Quebec.
Our patented technologies allow us to make scalable surface engineered nanofiber membranes. Our company sell or process nonwoven membranes or develop formulations through contract manufacturing for different organizations.
We’re proud to offer products that contribute to both individual well-being and environmental responsibility.
We provide end-to-end production and R&D services tailored to meet your unique needs. From the initial concept and prototyping stages to large-scale manufacturing, our expertise ensures seamless collaboration.
Plasmagear | PFAS-Free Nanofiber Production and R&D Services
PAin+ is an AI powered journaling tool that transforms subjective pain experiences into actionable clinical insights, bridging the gap between chronic pain patients and healthcare providers. This cloud-based platform seeks to revolutionize pain management and patient-clinician communication.
TissueTinker is bringing advanced 3D cell culture to your lab using our automated bioprinting system. With our engineered tissue-specific bioinks and ready-to-print designs, you can construct hundreds of living tissue samples at just the push of a button.
Our tissue-specific bioinks capture the physical and chemical properties of the tumor microenvironment, allowing models to replicate the intercellular and cell-matrix interactions that drive cancer growth and metastasis, giving you the insights you need to optimize your leads.
Lumenix is a leading provider of hardware, software, sensors, and artificial intelligence currently serving and trusted by thousands of clients across healthcare, commercial, residential, industrial and retail sectors in North America. Lumenix is committed to its vision of providing continuous value creation and enhanced safety for its partners and clients through the application of proprietary artificial intelligence, robotics engineering, interconnectivity, and clean technologies.
Revolutionizing Medical Education, Diagnosis, and Treatment Planning with Mixed-Reality Technology.
We’re on a mission to reshape the future of healthcare through innovation, cutting-edge technology, and a relentless commitment to improving patient outcomes. Our cloud-based platform leverages mixed-reality technology to transform medical education, diagnosis, and treatment planning, offering a level of precision and immersion never before seen in the healthcare industry.
3D diagnostic ultrasound for vascular disease made simple and accessible.
Leverage AI to transform your carotid ultrasound workflow and address the limitations of 2D imaging to revolutionize stroke risk assessment. Join the future of diagnostics today.
Portable Diagnostic Tools for Shellfish Toxins. Advancing food safety and protecting health by making shellfish toxin detection faster, easier, and more reliable for everyone
Let’s work together to put lab-quality diagnostics into the hands of professionals everywhere, empowering them to make critical decisions in the field and on-site.
