Isotropic Systems CEO and leadership

John Finney leads O3b's global sales and marketing efforts, along with the product development strategy. Prior to joining O3b Networks, John served as Regional Managing Director for Ciena Corp, where he was responsible , for Northern Europe, Russia and the Middle East. Before this, John held a number of International Vice President positions from 2004 to 2007 with Alcatel-Lucent, including responsibility for the Vodafone business unit. He later served as Vice President of International Accounts for the Northern Europe region. From 1999 to 2004, John served as a founding member of Huawei Technologies' European team. During this time, he secured major contracts across Europe, the Middle East and Africa as the company's Vice President of Mobile Solutions for the EMEA region. Early in his career, John worked for the UK Foreign & Commonwealth Office and T-Mobile UK.

Jeremiah Turpin conducted extensive research and completed his PhD at The Pennsylvania State University, where he focused on cutting-edge topics in electromagnetics, including transformation optics, metamaterials, and their application to high-efficiency, manufacturable antennas with capabilities not achievable using conventional methods.

Scott Sprague is a Chief Commercial Officer at Isotropic Systems and is based in Fort Morgan, Colorado. He has experience at Kpnqwest NV and has worked as Chief Commercial Officer at Satellogic, Principal at Global Network Initiative, and Various positions at AT&T. Scott works or has worked at Infonet and works or has worked as General Manager, Global Business Development at OneWeb. He attended Glenbard East High School between 1970 and 1974, Northwestern University, and Illinois State University between 1974 and 1978.

Dan DiFonzo DiFonzo is a CTO at Isotropic Systems and is based in London, Greater London, United Kingdom.

I have spent most of my career growing start-up companies in a variety of different ways including bootstrap funding via leveraged government and commercial R&D, venture capital, strategic, and public market capital investment. I enjoy fueling and driving the growth curve in companies to achieve the goals set. I have been fortunate in my career to experience taking a company public as well as selling a company at multiples of revenue.

Having been primarily involved in technology companies, I know that unique intellectual property matched with a talented and dedicated workforce heading toward a common goal will yield results. The most enjoyment I have in leading companies is when you achieve peak team performance with everyone working in lockstep helping each other achieve more than you ever imagined.

My technical background is in Electrical Engineering and have worked in several markets and technologies including satellite communications and sensors, 5G communications, optical communications and sensors, RF and millimeter wave wireless communications and sensors, biotechnology and materials.

John Finney leads O3b's global sales and marketing efforts, along with the product development strategy. Prior to joining O3b Networks, John served as Regional Managing Director for Ciena Corp, where he was responsible , for Northern Europe, Russia and the Middle East. Before this, John held a number of International Vice President positions from 2004 to 2007 with Alcatel-Lucent, including responsibility for the Vodafone business unit. He later served as Vice President of International Accounts for the Northern Europe region. From 1999 to 2004, John served as a founding member of Huawei Technologies' European team. During this time, he secured major contracts across Europe, the Middle East and Africa as the company's Vice President of Mobile Solutions for the EMEA region. Early in his career, John worked for the UK Foreign & Commonwealth Office and T-Mobile UK.

Jeremiah Turpin conducted extensive research and completed his PhD at The Pennsylvania State University, where he focused on cutting-edge topics in electromagnetics, including transformation optics, metamaterials, and their application to high-efficiency, manufacturable antennas with capabilities not achievable using conventional methods.