| Name | Title | Contact Details |
|---|
Annapolis Wireless Internet is a Annapolis, MD-based company in the Telecommunications sector.
Social Mobile® is a mobility solutions provider focused on providing services critical to organizations looking to deploy and/or bring to market innovative mobile products. We design, engineer, and manufacture turnkey solutions that enable our clients to bring smart devices to market quickly and efficiently, while also taking the burden of deploying and supporting these devices off their plate. We are a key Google Mobile Services (GMS) partner, offering new and innovative ways to leverage the Android operating system that have enabled us to pioneer new products and solutions that many have never seen or considered possible. We recognize the power and flexibility of the Android OS, supercharge it by creating solutions dedicated to the unique and challenging environments in which our clients operate, and offer the option to use our proprietary mobile device management system. Through our work as an OEM, managed service provider, and consultancy, we have become the industry`s best aggregator of resources, helping clients control their own destiny for over a decade. Our strength lies in our ability to leverage our partnerships throughout the mobility ecosystem to offer a true end-to-end solution, from concept all the way through to deployment. We have a global presence, with operations in the U.S., the U.K., Hong Kong, and Shenzhen, and have successfully deployed over 11 million smart devices across Europe, USA, Canada, Africa, and Latin America. Founded in 2011, Social Mobile has quickly become the industry leader in custom products, servicing a wide range of industries from healthcare and retail, to government and non-profits.
Excelacom is a Reston, VA-based company in the Telecommunications sector.
Airo Wireless is a Atlanta, GA-based company in the Telecommunications sector.
Rivada Networks is a leading designer, integrator and operator of wireless, interoperable public safety communications networks. We provide advanced communications solutions to the public safety community at local, state and federal levels. Rivada Networks` technologies enable public safety agencies to retain absolute control over their own dedicated broadband networks, while enabling the generation of valuable revenues from unused capacity, when available. Following the events of 9/11 and Hurricane Katrina, Congress allocated dedicated radio spectrum in the 700 Mhz band, to US public safety. The legislation allows for non-priority access to the spectrum for competitive commercial users. Rivada`s core technology, Dynamic Spectrum Arbitrage Tiered Priority Access (DSATPA) works out to the very edge of the network, allowing public safety absolute priority access with instant (millisecond) pre-emption in the event of an emergency situation – thus guaranteeing first responders access to the highest quality bandwidth capacity at the moment they need it most. Meanwhile, in the extended periods of time when the public safety broadband network has significant extra bandwidth to spare, DSATPA allows that capacity to be dynamically auctioned in a fully competitive `on demand` process to competing commercial entities – providing more choice and availability to industry and consumers while generating essential revenue for the public safety mission. DSATPA is a game changer for the way in which spectrum is consumed, maximising the efficiency of the radio spectrum bandwidth resource and unlocking the potential for more extensive high capacity broadband networks. Rivada has served public safety for a decade, helping to meet their unique and critical communications challenges. Our work has been recognised for helping to save lives during times of severe crisis, such as Hurricane Katrina and multiple other emergencies and disasters. Our commitment to helping the men and women who stand on the front lines of emergency situations is absolute, and our dedicated team of innovators work tirelessly to bring their unparalleled expertise to the task.