DocumentCode :
115083
Title :
Marketing testbeds for high tech innovation: The case of taurob robotics
Author :
Biegl, Matthias ; Hasenauer, Rainer ; Silberbauer, Lukas ; Filo, Peter ; Orgonas, Jozef ; Paholkova, Barbora ; Weber, Charles
Author_Institution :
Taurob GmbH, Vienna, Austria
fYear :
2014
fDate :
27-31 July 2014
Firstpage :
1145
Lastpage :
1168
Abstract :
This paper describes how Taurob GmbH (LLC), a startup firm in robotics from Vienna, Austria, commercialized its flagship product platform, the Taurob Tracker, using the marketing testbed (MTB) approach. Taurob developed a highly versatile robotics platform, the Tracker, for use in highly hazardous environments. The design is very modularized; it can be customized to nearly any environment, but one design does not fit all environments. To make the Tracker profitable, Taurob has to characterize many potential market segments before their respective market windows open. The Hi-Tech Center, a multinational university-industry partnership in Vienna, Austria, performed a market analysis for the Taurob Tracker using the MTB approach. As a result of this analysis, the Taurob Tracker has entered or is considering entry into at least five markets-urban fire departments, railway fire departments, mining companies, petrochemical plants & nuclear power plants-in a timely manner. The Hi-Tech Center has applied the MTB approach to more than a dozen additional products in as many industries. Key lessons learned include, 1) Cross-functionality is essential; 2) MTB is ideally suited to overcome semantic communication barriers between users/customers and suppliers/innovators; and 3) behind every bottleneck lies a new market opportunity.
Keywords :
industrial robots; innovation management; marketing; Austria; MTB; Taurob GmbH; Taurob robotics; Taurob tracker; Vienna; cross-functionality; flagship product platform; hi-tech center; high tech innovation; market opportunity; market windows; marketing testbed approach; mining companies; multinational university-industry partnership; nuclear power plants; petrochemical plants; potential market segments; railway fire departments; semantic communication barriers; urban fire departments; versatile robotics platform; Economics; Educational institutions; Explosives; Fires; Robots; Sensors;
fLanguage :
English
Publisher :
ieee
Conference_Titel :
Management of Engineering & Technology (PICMET), 2014 Portland International Conference on
Conference_Location :
Kanazawa
Type :
conf
Filename :
6921010
Link To Document :
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