In today's global threat landscape, ensuring the continuum between defence and security services is of vital strategic importance. Staying abreast of the latest developments also calls for greater agility than ever before, and that requirement influences your choice of communications technologies.
Innovative solutions like secure 4G communications unleash the collaborative potential of your units on the ground and are crucial to the success of your operational missions.
For homeland security operations such as protecting critical infrastructure (military bases, etc.), securing large events or organising an emergency response after a natural disaster, secure private 4G networks offer a number of major benefits.
They improve tactical situation awareness and information sharing, guarantee the interoperability that organisations need to coordinate their operations, and offer the same kind of user experience as a smartphone. They support any number of operational applications and can connect in secure mode to other users, like government agencies, via external networks.
Cybersecure by design, Thales's 4G solutions can be integrated if necessary with a Security Operation Centre (SOC).
Military 4G solutions deployed in overseas theatres improve operational superiority in constrained environments. They are an efficient way for the forces in the field to raise the operational tempo and cooperate more effectively.
4G networks are a logical extension to high-throughput satcom and LOS communication systems, providing quick and secure access to broadband wireless services or mobile command applications within and between command posts deployed in the theatre.
Thales's 4G solutions are designed to be complementary and fully interoperable with our combat net radios (PR4G, SYNAPS) to guarantee that information flows smoothly between all the different levels in the chain of command.
Military 4G solutions from Thales have been proven in combat and are fully hardened to withstand the toughest climates and terrain conditions, and to guarantee reliable operation in power-constrained and/or dense electromagnetic environments.