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Alexander Straub

3X Founder | Poet | Angel investor | Eco-Warrior |

Alexander Straub is a distinguished individual known for his unique insights and his dedication to building successful companies.

He holds a DPhil in Engineering from the University of Oxford, an Engineering degree from Stanford University, a Master of Engineering from Cornell University, and a Dipl. Ing. in Engineering from Technische Universit\u00e4t Darmstadt.

With an extensive and versatile background, Alexander has been involved in various organizations in different capacities, including as Executive Chairman at Telet, Founder at Material Machines, and Investor and Advisor at Probably Genetic and Arctoris.

He has also served as Gesch\u00e4ftsf\u00fchrer at Material Machines GmbH, Founder and CEO at Straub Ventures, CEO & Chairman and Co-Founder at Empora Group GmbH, and in various other key roles at companies like Truphone, SNAPME LTD, and Lazard.

Alexander Straub's professional journey reflects a deep involvement in entrepreneurship, investment, and advisory roles across a wide range of industries and organizations.

Highlights

Jun 13 · linkedin

Glad to see my sister Professor Caroline Straub, PhD making real inroad and noise concerning progress on 4 Day Week, this is long overdue discussion.

Finally some real Research on 4 Day work week !

Jun 11 · linkedin

Spectrum Sandbox DSIT Department for Science, Innovation and Technology shows the huge benefit of Innovation and open Systems & open Interconnect enabled between telecom players inside of the ecosystem of private and public 5G operators like Telet

Share spectrum regimes need to be harmonised across all of the EU, all European countries and regulator like Bundesnetzagentur can learn from Ofcom

With James Body Peter Gradwell and Simon Rockman at the event and DSIT Laura Mejuto Iglesias

What’s is in the context of telecommunications, a “Spectrum Sandbox” refers to a controlled environment where different entities, such as telecom companies, researchers, and developers, can experiment with wireless communication technologies and spectrum usage without causing interference to existing services.

Key characteristics of a Spectrum Sandbox include:

1.	Testing and Innovation: It allows for the testing of new wireless technologies, communication protocols, and spectrum management techniques.
2.	Regulatory Flexibility: Regulators may provide special permissions or temporary licenses to use specific frequency bands within the sandbox, which might otherwise be restricted.
3.	Interference Protection: Measures are taken to ensure that experiments do not interfere with commercial or critical communication services operating outside the sandbox.
4.	Collaboration: It often facilitates collaboration between different stakeholders, including academia, industry, and regulatory bodies.
5.	Real-World Conditions: While it is a controlled environment, it aims to simulate real-world conditions as closely as possible to provide meaningful insights and data.

Overall, a Spectrum Sandbox is a valuable tool for fostering innovation and ensuring that new wireless technologies can be developed and tested safely and effectively before they are deployed on a wider scale.

Alexander Straub
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Location

London, England, United Kingdom