Ceros Financial Services

Tatch Inc. is a New York-based company that specializes in sleep diagnostics through its innovative wireless sleep monitoring patch. Established in 2017, Tatch's device offers a comprehensive analysis of various sleep-related parameters, including respiratory effort, oxygen levels, heart rate, body position, movement, and snoring. By integrating advances in flexible electronics, machine learning, and wearable technology, the company aims to enhance the accuracy and comfort of sleep medicine, allowing individuals to diagnose disorders such as sleep apnea, restless leg syndrome, and insomnia in their own homes. The patch's state-of-the-art technology empowers healthcare providers and patients to gain a deeper understanding of sleep quality, ultimately improving health outcomes related to chronic sleep disorders.

Cordio Medical LTD. is an innovative healthcare company based in Or Yehuda, Israel, founded in 2013. It specializes in developing a mobile application that leverages advanced speech processing technology to monitor patients with congestive heart failure. The platform enables near real-time monitoring and early detection of health deterioration through the analysis of patients' voice recordings. By transcribing patients' free speech into actionable insights, Cordio Medical assists healthcare providers in identifying and mitigating worsening conditions, ultimately aiming to prevent unnecessary hospitalizations and promote patient well-being. The company's approach integrates machine learning capabilities tailored to individual patients, enhancing the effectiveness of remote health monitoring and support.

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.