Peter Nicholas Biddle (born December 22, 1966) is a technology evangelist from the United States. His primary fields of interest while employed at major technology companies such as Intel and Microsoft were content distribution, secure computing, and encryption. Since his departure from Intel, he has co-founded and led several industrial design companies.
In 1998, Biddle publicly demonstrated real-time consumer digital video recorder functionality using an inexpensive MPEG2 hardware encoder, at the WinHEC conference during a speech by Bill Gates.[8] Biddle was the author[9] of the diagram on page 13[10] in the SDMI specification, which enabled the playback of unknown or unlicensed content on SDMI-compliant players, and was a vocal proponent within SDMI for the external validation of digital watermarking.[11]
On August 8, 2007, London-based company Trampoline Systems, a company exploring what they called The Enterprise 2.0 space[12] announced Biddle would be moving to London to join them as Vice President of Development after leaving Microsoft.[13] While at Trampoline, Biddle ran all product development and engineering efforts.
In 2008, Biddle joined Intel Corporation as a director of the Google program office. During his tenure at Intel, he also served in other positions, including evangelist and General Manager of Intel's AppUp digital storefront, which was shuttered in 2014[14] after four years' operation, Director of the Intel Atom Developer Program,[citation needed] described as "...a framework for developers to create and sell software applications for netbooks with support for handhelds and smart phones available in the future",[15] and General Manager of Intel's Cloud Services Platform.[16]
For more than 3 years[20] during Biddle's tenure at Intel, he hosted the podcast "MashUp Radio",[21][22] an online publication sponsored by Intel.
Industrial Design Career
In 2014, Biddle founded TradLabs, a company that designed new hardware intended to make outdoor sports safer and more accessible.[23]
Biddle became CIO of Modica Microindustries in 2019. Modica builds interconnected systems for micromanufacturing and houses their systems in re-purposed and re-built metal shipping containers. In 2021, Modica was accepted into the STANLEY + Techstars accelerator program focused on AI in advanced manufacturing.[24] The company billed itself as "building a self healing and self organizing factory-as-a-service platform for deployment anywhere on earth and (eventually) in space."[25]