Adesso Ventures

Hanko GmbH, established in 2018 and located in Kiel, Germany, specializes in passwordless authentication security software. The company offers a range of products, including Hanko authentication, which features a FIDO-based infrastructure and an authenticator device management API. Additionally, it provides an authenticator application that enables authentication through fingerprint or facial recognition, and a FIDO server designed for on-premise deployments. Hanko also delivers a passwordless Identity-as-a-Service (IDaaS) solution, aimed at enhancing user experience while mitigating risks associated with fraud, phishing, and credential reuse.

Nia Health is a medical software developer focused on supporting individuals with chronic skin conditions, particularly atopic dermatitis. Its primary product, the Nia eczema app, delivers personalized, clinically validated information aimed at alleviating the burden and stigma associated with these conditions. The platform is designed to empower parents of children with eczema by providing them with effective treatment options and enhancing their confidence in managing the disease. By addressing inefficiencies in the healthcare system, Nia Health's solutions aim to lower costs while improving access to necessary medical resources for patients.

eCovery GmbH, founded in 2019 and based in Leipzig, Germany, specializes in developing a digital healthcare platform that enhances the rehabilitation process for patients. The company's medically based training application enables users to perform sensor-assisted therapy exercises at home. It offers a range of services, including training videos, detailed medical information on diseases and healing processes, and tools for documentation and research. Additionally, the platform facilitates communication between patients and experts in orthopedics, rehabilitation, and physiotherapy. By integrating innovative sensor technology with a digital application and medical expertise, eCovery aims to ensure safe and effective recovery for its users.