Viasat offers MDD cybersecurity solution for US and FVEY naval forces

4 October 2018 (Last Updated October 4th, 2018 12:34)

Viasat has launched its integrated Mobile Dynamic Defense (MDD) cybersecurity software for the US and international Five Eyes (FVEY) naval forces.

Viasat has launched its integrated Mobile Dynamic Defense (MDD) cybersecurity software for the US and international Five Eyes (FVEY) naval forces.

FVEY is an intelligence alliance formed by Australia, Canada, New Zealand, the UK, and  US.

Designed for use at sea, Viasat’s MDD cybersecurity software is capable of securely capturing and disseminating sensitive information to onshore counterparts, in addition to safeguarding countries against rapidly emerging cyber threats during a maritime mission.

Viasat Government Systems president Ken Peterman said: “Hackers are increasingly looking to compromise mobile devices as a way to gain access to classified government and military data.

“Naval personnel now have the ability to provision and configure devices as a mission changes, which can help secure highly sensitive mission information and defend against emerging cyber threats.”

“By providing Viasat’s MDD software, naval personnel now have the ability to provision and configure devices as a mission changes, which can help secure highly sensitive mission information and defend against emerging cyber threats, even at sea.”

The new system enables the Viasat MDD platform to ensure that sensitive data hosted on the end-user device (EUD) is continually checked and safeguarded against cyber threats, even under circumstances when the EUD is disconnected from the military operations centre.

MDD software serves as a primary component of the company’s comprehensive cybersecurity platform, which analyses and evaluates terabits of information across commercial and government networks on a daily basis in order to protect nations against some of the world’s most sophisticated cyber threats.

The company offers secure, high-speed and resilient satellite communication-enabled services through its Hybrid Adaptive Network concept for a wide range of US and FVEY military operations.