Sunhope Capital

Sonic Incytes is a medical device start-up company developing quantitative ultrasound for point-of-care diagnostic and procedure guidance. our mission to enable routine assessment and management of liver health, with diagnostic accuracy you can count on.

FluidAI Medical is a medical platform company at the forefront of revolutionizing global patient care, leveraging the transformative power of artificial intelligence in post-operative recovery.

Genecis is an early-stage organic waste processing startup that uses biotechnology to convert waste into biodegradable plastics and other high-value materials. It converts organic waste into PHA (Polyhydroxyalkanoate), a biodegradable, compostable, and non-toxic polymer that can be tuned to replace a wide variety of traditional plastics. PHA can be used for single-use plastics, clothing and textiles, automotive interiors, medical tools and products, and food contact applications.

With a smart, adaptive and automated form of data processing and preparation, alea opens the way for future-proof, digitally supported everyday care. As an initial component of the AssistMe care platform, alea enables a contemporary, efficient care data culture for future intersectoral, networked processes and digitally supported teamwork. In the end, the aim is to effectively support care in times of a shortage of skilled workers through more self-determined content transparency - with complete personal autonomy and freedom of action and less redundancy & stress. Elderly Care will struggle in the next 10 years due to an increasing ageing population, fewer caregivers, more workload, stress, and manual documentation. All of that is a problem for the well-being of those in need of care. Furthermore, the incontinence management means large time and material expenses for caregivers. With the joint system, both companies can equip over 80 % of care recipients in care homes. An initial scientific study proved that the system could save 23 % of adult diapers and time while changing them. Together with significantly fewer leakages, the caregiver can reinvest the time gained in even higher quality care work. This ultimately has the potential to benefit care recipients in terms of quality of sleep and life. Digital functions for optimized care processes With a very new smart sensor strip, we made leading quality adult diaper brands compatible with the digital possibilities of intelligent care technology of alea. The system reveals where care needs exist, but are not immediately visible, e.g. the urine status in the adult diaper which previously was not known until manually checked. The system transforms this initially hidden care and health data and converts it into digital, structured, immediately understandable real-time information for elderly care and its relevant stakeholders. All functionalities are based on the device alea sensor clip on smart Diaper products, which can be attached and changed in seconds. With just one quick click, caregivers turn the smart diaper into a ready-to-use digital care assistance system. With an optimal sensor position in the centre of the adult diaper and without direct skin contact. The alea hardware can generate highly valid information and make it available to care staff in real time through the mobile and web apps. The care-relevant information of alea includes the amount of urine, movements in the care bed for effective pressure ulcer prevention, fall detection and zone management. How caregivers, care homes & care recipients benefit Over 80 % of care home residents suffer from incontinence. This is a major challenge for everyone involved. The smart system solves issues for all care related audiences: Care recipients benefit from less time in full incontinence pads, but also benefit from fewer manual visual checks during bedtimes. In addition, there is a higher level of safety and prevention. By reducing time-consuming routine and visual checks on an as-needed basis. Caregivers can invest the time gained in other important or relevant care tasks. In this way, they can increase their self-determination in their work and thus their job satisfaction. Thanks to the significant savings in materials and costs, care home operators gain more planning security and can focus their business value creation even better on direct care for people in need of care. In this way, care homes can position themselves as more attractive employers for care staff because they have state-of-the-art digital equipment. With the Care. For the Care. The solution was developed and tested together with the care practice. With the IoT and future-proof platform approach, caregivers will benefit from additional functions in an established and accepted product setting. The system can be connected to various care documentation systems via open interfaces. The aim of the solution is not only to reduce the workload for all those involved in care. Care homes can also optimize teamwork and automate routine processes to support caregivers in the interests of people-centric care in the face of an increasing shortage of skilled staff. With the market entry, care homes can obtain information and order from us or one of our partners. While they order smart Diapers from our partners in the unit price context they are used to, alea Digital System comes as a software-as-a-service model. Without any additional initial costs, they can use all functions via personally provided hardware and software for each care recipient – for the most cost-efficient and needs-orientated use.

Autonomous vehicles are poised to deliver transformational benefits to drivers and society, but their sensor systems remain critically vulnerable to common environmental stresses such as stone impact and buildup of bug splatter, dirt, rain, snow, etc. At Alchemy, we aim to improve and preserve human lives by empowering vehicle safety systems to reliably function in all climates and road conditions. We are sustainably and responsibly developing and commercializing nanocoatings to protect these systems from critical damage and loss of vision.

QuantWave was established to pursue the growing demands of intelligent sensing platform for industrial IoT applications. Our novel sensing system integrates microfluidics, high-frequency microwave and machine learning technologies to provide online monitoring and predictive data analysis. QuantWave aims to improve the quality of industrial manufacturing processes and finished products, minimize the capital and operational costs as well as to provide optimal decision-making tools by developing a real-time, AI-powered, multi-parameter intelligent sensing system.