| Name | Title | Contact Details |
|---|---|---|
Christopher Steffen |
Vice President of Research - Information Security | Profile |
Christopher Steffen |
Research Director - Information Security | Profile |
Maximum ASP is a Louisville, KY-based company in the Computers and Electronics sector.
C Watkins and Associates is a Sterling, VA-based company in the Computers and Electronics sector.
Ideanomics is a global company focused on the convergence of financial services and industries experiencing technological disruption. Our Mobile Energy Global (MEG) division is a service provider that facilitates the adoption of electric vehicles by commercial fleet operators through offering vehicle procurement, finance and leasing, and energy management solutions under our innovative sales to financing to charging (S2F2C) business model. Ideanomics Capital is focused on disruptive fintech solutions for the financial services industry. Together, MEG and Ideanomics Capital provide our global customers and partners with leading technologies and services designed to improve transparency, efficiency, and accountability, and our shareholders with the opportunity to participate in high-potential, growth industries. The company is headquartered in New York, NY, with offices in Beijing, Hangzhou, and Qingdao, and operations in the U.S., China, Ukraine, and Malaysia.
Cadre Computer Resources is a Cincinnati, OH-based company in the Computers and Electronics sector.
As the provider of unbreakable quantum-safe encryption, Quantum Xchange gives commercial enterprises and government agencies the ultimate defense to keep high-value data safe–today, tomorrow and long into the future. Offering the first quantum key distribution network in the United States, Quantum Xchange enables organizations to send unhackable data over long distances using the laws of quantum physics. Leveraging the proven secure Quantum Key Distribution (QKD) method and its own proprietary Trusted Node technology, Quantum Xchange`s future-proof, data-transmission infrastructure addresses the shortcomings inherent with modern-day encryption. These include the ability for keys to be intercepted, corrupted or exposed during transmission, plus the imminent threat of quantum computers breaking current encryption keys.