Filiz Sarah Gärtner

Meet our CODE_n CONTEST Finalists 2016: Ginmon from Germany

gm_logoCODE_n CONTEST Finalist Ginmon allows customers to invest money in a globally diversified portfolio based on proven scientific methods. Customers gain access to high returns while enjoying the low risk associated with broad investments in over 10,000 companies in 47 countries. The FinTech startup provides a transparent, all-inclusive solution that enables customers to understand their investments and give them the feeling their finances are in safe hands. How? That’s what CEO and founder Lars Reiner, told us in this interview.

What is Ginmon all about? How did you come up with the idea?

Lars: Ginmon is all about providing a modern and efficient personal wealth management. While working for one of biggest commercial banks in Germany I realized that proven scientific concepts were often not offered to customers. Those concepts are taught around the globe and proven many times. Banks do not offer products based on those concepts because they are very low margin and not as profitable as traditional products. Therefore to really profit from professional wealth management one has to study investment theory and do it himself or pay horrendous sums to personal wealth managers. Additionally it seemed to me that large companies could not or did not want to react and adapt to the possibilities digitalization provided. As a technology and innovation loving person I had a concrete idea about how customers could benefit from digitalization, but the established financial industry did not provide me with the right setting to implement those ideas. Finally the request of many friends and family members who were looking for a solution to build wealth efficiently triggered my decision to start Ginmon. To put it in a nutshell: I wanted to implement the ideas I had for digital wealth management, provide an investment concept which was up date only restricted to professionals and last but not least enable my friends and family members to build up wealth efficiently.

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Filiz Sarah Gärtner

Meet our CODE_n CONTEST Finalists 2016: SpinDiag from Germany

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SpinDiag enables fully automated, PCR-based screening for drug-resistant pathogens in less than 30 minutes. The system consists of a disposable lab-on-a-disk and a portable device. Hospitals can screen quickly and reliably during patient admission and isolate and treat risk patients. This significantly reduces the risk of infection to other patients and cuts hospital costs. In this interview, Mark Keller, Co-Founder of SpinDiag, tells us more about the vision for his startup and the challenges their facing in this very specific sector:

What is SpinDiag all about? How did you come up with the idea?

Mark: Hospitals have a big and increasing problem with antibiotic-resistant bacteria that are brought in by patients and that can infect other patients. Our SpinDiag one system enables the detection of these antibiotic-resistant bacteria directly from common swab samples. Therefore, when patients are admitted to a hospital they can be tested quickly and non-invasively. This allows doctors to decide right away if a patient needs to be treated in isolation to protect others from getting infected. This idea actually came to us when we were talking to clinicians and became aware that the best way to prevent an infection is to know about it directly at the hospital gate.

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“Digital Disruption“ – that’s the motto of this year’s CODE_n CONTEST. What makes your solution innovative, what makes it disruptive?

Mark: Our SpinDiag one system will be the first to cover all relevant antibiotic resistances while providing this diagnostic result in a fast and affordable manner. For the first time, this will allow hospitals to consistently screen any risk patient (or even every patient) at his or her admission. Because all in all, our system will save money both for hospitals and the health care system in general, will protect staff and patients and will allow targeted treatment of infected patients, we believe that it will disruptively change our way how we fight antibiotic resistances in the near future. More…

Filiz Sarah Gärtner

Meet our CODE_n CONTEST Finalists 2016: NIMD from Israel

nimd_logoNIMD (noninvasive medical devices) is a medical device startup focused on the treatment of cancer currently at the R&D stage. Its revolutionary technology is based on microwave and nanotechnologies. The device of our CODE_n CONTEST finalist can heat and kill cancer tumors at low microwave powers and at high precision without causing damage to the surrounding tissue. Needless to say, the team around NIMD belongs to our HealthTech cluster and aims at finding a solution to cancer and improving people’s quality of life. We talked to Founder and CEO Anan Copty to learn more about his startup:

What is NonInvasive Medical Devices all about? How did you come up with the idea?

Anan: NIMD is a medical device startup developing cancer treatment devices at the pre-clinical stage. It utilizes microwave and nano technologies to selectively and noninvasively, heat and kill cancer tumors with no damage to the surrounding tissue. The device will also noninvasively detect early stage tumors. NIMD believes it has the ultimate device for cancer thermal treatment.

NIMD‘s team consists of a diverse, passionate and innovative group of scientists and engineers. It has finished its proof of concept stage, with IP generated, animal studies performed, and the company is currently raising its Series A round. We are targeting the European market, and then, the American and Asian markets.

After seeing so many close people die or suffer from cancer, a huge research was started to figure out what can be done. Both founders were working at Intel Corporation before the creation of the company. They decided to quit their jobs and start NIMD in January, 2015. It was a big risk to leave a stable job as both founders have families to take care of. But, both founders feel that is was the best decision they made and carried through with the project. Today, NIMD is making big progress. In less than one year with funding, NIMD built its team, built is laboratory, took the concept into a working prototype, tested the device on biological phantoms mimicking the body, and started performing animal studies. More…

Filiz Sarah Gärtner

Meet our CODE_n CONTEST Finalists 2016: FaunaPhotonics from Denmark

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Our CODE_n Finalists FaunaPhotonics is planning to work in partnership with the crop science industry to offer seamless data integration between in-field sensors and the leading digital farming software platforms. This will enable crop science players to make advancements in data analytics. In this interview, CEO Frederik Taarnhøj lets us know how exactly this works and what it could mean for the agricultural market (- let’s just say right here – it could mean quite a lot)!

What is FaunaPhotonics all about? How did you come up with the idea?

Frederik: FaunaPhotonics is specialized in developing and providing laser devices in a new and exciting field. Our technology can perform real time spatial mapping of flying insects. For this we use a LIDAR, an instrument that emits a broad laser beam and detects the reflected light from insects, giving information about the size, behaviour or even color of the biological object. Accurate knowledge about the presence of pest insects in agriculture or disease vectors such as malaria mosquitoes is a key component in developing new and more sustainable strategies. Thus, we aim to quantify nature to ensure sustainable crop utilization and to improve tools for disease control and biodiversity for the benefit of mankind. We are working with partners in agriculture, malaria control and environmental monitoring to bring our new technique to market. The laser technology making this possible was invented by a creative researcher at Lund University in Sweden. FaunaPhotonics, which is based in Denmark is working hard to activate application of the LIDAR technology in high impact fields with very skilled employees joining our journey.
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Filiz Sarah Gärtner

Meet our CODE_n CONTEST Finalists 2016: NovioSense from the Netherlands

noviosense_logoNovioSense, CODE_n CONTEST Finalist in the HealthTech cluster, is a medical sensor company that develops cellphone-powered sensor devices for glucose monitoring in diabetics. Their first product is a non-invasive, wireless, cellphone-powered sensor that measures glucose levels in tears. CEO Dr. Christopher Wilson, has run us through his vision for the young Dutch company – which is quite amazing. Read for yourself!

What is noviosense all about? How did you come up with the idea?

Christopher: NovioSense is all about changing the status quo in diabetes monitoring. We are going to bring a non-invasive glucose monitor with the accuracy of minimally invasive devices at a price point that is accessible to all diabetics. The idea first came from two of my shareholders – they wanted to make a device that measures glucose in tears for type 1 diabetics. Type 1 diabetics are still part of the plan but over the past five years since founding the company and starting to raise the capital, we realised that this solution could be a whole lot more than a niche device. Providing the patient with the ability to take the equivalent of infinite finger pricks without pain and at a price point that is accessible to all opens the door to a market ten times larger than the original concept. Aside from the market size, it is something that all stakeholders want. We talked to doctors who told us that if we can be as accurate and reliable as the current devices but encourage patients to test more and take a more proactive role in the control of their disease. More…

Filiz Sarah Gärtner

Meet our CODE_n CONTEST Finalists 2016: otego from Germany

otego_logoCODE_n CONTEST finalist otego is poised to be the first manufacturer of low-cost thermoelectric generators (TEGs) that are suitable for mass use. By avoiding batteries in IoT devices, otego TEGs are a sustainable solution for harvesting energy using wireless sensors and actuators. Frederick Lessmann (Business Development), has answered all our questions about his startup that was selected for the photonics cluster:

What is otego all about? How did you come up with the idea?

Frederick: otego develops innovative thermoelectric generators (TEGs) that transform heat sources into sources of electricity – maintenance-free and by utilizing even small differences in temperature. With otego-TEGs many Internet of Things devices will gain a new power source that makes them independent from batteries.

“Digital Disruption“ – that’s the motto of this year’s CODE_n CONTEST. What makes your solution innovative, what makes it disruptive?

Frederick: Ambient heat is almost everywhere. But so far we don’t really know how to utilize these small differences in temperature. What solar cells are for transforming light into electrical power our generators will be the equivalent for the transformation of heat. In other words, thanks to our generators heat sources will turn into power sources all of the sudden. I think this is pretty disruptive. And most importantly our generators will cost less than alternatives like cables or batteries which hopefully will make them a true innovation in the market. More…

Filiz Sarah Gärtner

Meet our CODE_n CONTEST Finalists 2016: WearHealth from Germany

wearhealth_logoThe wearables market is set to grow exponentially and has the potential to transform how healthcare services are provided. Wearable devices will soon generate large volumes of medical grade data, but without analysis and insight from health experts, they won’t reach their full potential. That is why our CODE_n CONTEST finalist WearHealth is on a mission to enable personalized mobile preventive health care by bringing together medical wearable technology, artificial intelligence, and health experts. Co-founder and CEO Esteban Bayro Kaiser tells us how this can be achieved:

What is WearHealth all about? How did you come up with the idea?

Esteban: WearHealth is the AI-driven platform that learns from health experts and data from wearables to empower Personal Health Assistance.

We are a research spin-off from the Institute for Artificial Intelligence at the University Bremen and have years of experience in dealing with data from wearables and machine learning. Due to the increasing shortage in global health workforce and avoidable healthcare costs that are attributed to non-adherence, there is a high demand for new solutions in the area of mobile health. At WearHealth we are building a context-aware personal health assistant (PHA) that is able to learn from health experts and data from wearables.

The first version of the PHA is able to recognize gestures such as pill-intake, eating and smoking with the help of commercially available wearables to support patients with medication adherence. We are working together with our customers the re- and health insurances and pharmaceutical industry to bring this solution to the market. More…

Filiz Sarah Gärtner

Meet our CODE_n CONTEST Finalists 2016: Toposens from Germany

toposens_logoToposens, one of our CODE_n CONTEST finalists of the Connected Mobility cluser, builds innovative 3D sensor technology and is developing a completely new method of localizing 3D positions through ultrasound and radar for the precise 3D detection of objects in real time. The Toposens sensor system generates new ways of providing non-optical vision for technical objects, such as robots, autonomous vehicles, or IoT systems. The founding team consists of the two engineers Alexander Rudoy and Rinaldo Persichini and Tobias Bahnemann, who we’ve talked to in this interview.

What is Toposens all about? How did you come up with the idea?

Toposens builds innovative 3D sensors, which can perceive their surroundings via ultrasound in real time. Basically, we transfer the ability of a bat to see in the dark to technical devices. It is small, low power, robust and precise, available for a competitive price and protects privacy. The sensor can be used for gesture control, collision avoidance and to track people.

During his mechatronics studies, Alexander Rudoy wanted to build a toy robot fish that swims around in an aquarium, powered by electromagnetic fields. For this purpose, he needed a 3D sensor to locate the fish underwater. There was no suitable sensor available on the market due to technological issues or because they were too expensive. Therefore, Alex started developing the algorithm for the 3D ultrasound sensor over the course of the following three years by himself. In 2014, he got together with Rinaldo Persichini and Tobias Bahnemann and they started Toposens.

“Digital Disruption“ – that’s the motto of this year’s CODE_n CONTEST. What makes your solution innovative, what makes it disruptive?

Toposens did not improve existing technology – we developed a novel technology from scratch that is superior to the existing ones in many important aspects. Even though ultrasound has been used for a long time, our algorithm allows us to be the first one to receive 3D “images” from a single ultrasound sensor system.

The specifications of ultrasound technology make it possible for the first time to build a 3D sensor system which is mobile, low power, robust and reasonably priced. More…