All verified mentions of this organization in source documents.
Viasat received a Low Rate Initial Production order of 1,000 National Security Agency-certified Mini Crypto devices from the U.S. Air Force.
Viasat’s Mini Crypto device is based on the company’s PSIAM cryptographic technology, which provides accredited cryptography for various applications.
Viasat’s Mini Crypto will provide substantial operational cost savings through certificate-based Tactical Key Management.
First deliveries of Viasat’s Mini Crypto devices are expected during the third quarter of Viasat’s fiscal year.
Viasat’s Mini Crypto devices are designed for embedment on U.S. Department of Defense small form factor systems.
The initial LRIP order represents a critical transition point for Viasat’s embeddable security technology.
Viasat CEO Mark Dankberg supports using a medium-Earth-orbit fleet to complement Viasat’s existing geosynchronous satellites.
Viasat's revised 20-satellite MEO constellation would retain global coverage while reducing the risk of signal interference with other non-geosynchronous constellations by 17 percent.
Viasat modified its medium-Earth-orbit constellation design on 2018-11-02 to consist of 20 telecommunications satellites instead of 24.
The $250,000 Viasat gift will support the Center for Design-Driven Transformation’s efforts to assist companies in using leading-edge design tools and perspectives.
Viasat Inc. provided a $250,000 gift to the Design Lab at the University of California San Diego.
Viasat will receive research and education on implementing human-centered design practices into its business processes, organizational structure, and employee engagement.
Bentley partnered with global communications company Viasat to deliver the Bentley Advanced Connectivity in-car WiFi system.
Viasat has managed 14 million WiFi hotspots and has operated a managed hotspot network in nearly 30 countries.
Viasat has not specified the order in which it will use the three contracted launches for the ViaSat-3 fleet.
Viasat intends to select a manufacturer for the third ViaSat-3 satellite 2018.
Viasat plans to launch a large telecom satellite on a SpaceX Falcon Heavy rocket between 2020 and 2022.
The ViaSat-3 satellites ordered to date use electric propulsion, which reduces the amount of mass taken up by fuel but typically requires several months of orbit raising to reach final destination once separated from the launcher.
Boeing is building the first two ViaSat-3 satellites, one to cover North and South America and the other to cover Europe, the Middle East, and Africa.
Viasat’s Falcon Heavy mission calls for a near direct-injection into geostationary orbit, carrying the satellite closer than usual to approximately 36,0 m above the Earth.