CORDIS - Forschungsergebnisse der EU

New approach to Wearable devices wireless performance testing

Periodic Reporting for period 1 - WearMark (New approach to Wearable devices wireless performance testing)

Berichtszeitraum: 2016-03-01 bis 2016-08-31

The objective of the feasibility study was to determine the business and technical feasibility of the Verkotan’s new OTA wireless performance testing method and environment, providing vital input to the final product development. In order to do so, three tasks were set. First of all, a comprehensive business plan was developed to ensure successful commercialisation of the innovation project results. Secondly, an independent specialist patent attorney was subcontracted to carry out „freedom-to-operate“-study on OTA test environments. Thirdly, technical feasibility assessment of the OTA test environment on Healthcare & Medical and Industrial Smart Clothing wearables categories was carried out.

The project provided clear indication about a strong market need for such OTA testing services for wearables in several applications. The market study results were used for drafting a detailed business plan for Verkotan. The freedom-to-operate study demonstrated that Verkotan has all the necessary rights for commercial exploitation of project results. Finally, the technical feasibility study provided proof that the testing methods developed by Verkotan match the technological needs of wearables developers.
The SMEI Phase 1 feasibility study has proven the economic and technical feasibility of Verkotan’s new OTA wireless performance testing method and environment. Different business segments where our wireless performance test services could be used were closely examined by Verkotan’s marketing team.

Testing the GPS tracking accuracy of wearable devices has currently been the focus of Verkotan’s development activities, and the results in this area are closest to commercially usable solution. Also, cooperation with potential clients interested in GPS performance testing is ongoing (e.g. Polar Electro) and successful implementation in the segment can be used as a reference case for future sales in other segments.
The study indicated that positioning capabilities are extremely important for healthcare devices, connected cars, smart clothing and UWB services. Still, the most relevant market segments for the next new test methods are wearable healthcare devices and connected cars, since wireless performance is one of the key indicators in their successful development process.
The feasibility assessment confirmed that Verkotan’s OTA testing method and chamber for wearables has clear technical advantages over the competing solutions of the market. The market is very fragmented and there is no standard. Given the advantages of Verkotan’s solution, there is a good opportunity to set the new method as the de facto standard on the market.