Ceros Financial Services

Wesper, formerly known as Tatch Inc., is a company that specializes in the development of a wireless sleep diagnostic patch designed to enhance sleep medicine. Incorporated in 2017 and based in New York, the company utilizes advanced flexible electronics, machine learning, and wearable technology to provide comprehensive sleep analysis in a comfortable setting. The patch monitors various physiological parameters, including respiratory effort, oxygen levels, heart rate, body position, movement, and snoring. This technology allows for the diagnosis of sleep disorders such as sleep apnea, restless leg syndrome, and insomnia, enabling both patients and healthcare providers to gain valuable insights into sleep quality and health.

Cordio Medical LTD. is a company based in Or Yehuda, Israel, founded in 2013, that specializes in developing a mobile application aimed at monitoring patients with congestive heart failure. The application utilizes advanced speech processing technology to analyze a patient's voice, allowing for near real-time monitoring and early detection of health deterioration. By transcribing patients' speech, the platform assists healthcare providers in identifying potential issues, enabling them to intervene before conditions worsen and prevent unnecessary hospitalizations. This innovative approach emphasizes patient well-being and aims to facilitate care management while allowing patients to remain at home.

Memic Innovative Surgery develops and delivers robotic surgical solutions designed to enable otherwise infeasible surgical procedures. Its first offering facilitates a variety of robotic gynecological procedures via a vaginal approach, expanding the feasibility of vaginal surgery to the vast majority of cases. Its robotic technology consists of miniature and humanoid-shaped articulated arms that mimic human dexterity while surpassing human flexibility. The robotic arms are controllable via various proprietary control consoles to maintain natural control of the arms, allowing surgeons to operate precisely in tight anatomical spaces with decreased risk to nearby organs and tissue.