Secure military communications
Assured command-and-control links that adapt with the threat, terrestrial, satellite and resilient when the terrestrial network drops, owned outright with no access conditions attached.
Communications are attacked first, because everything else depends on them. Jam the link and the sensor is blind, the order does not arrive and the picture goes dark at the worst possible moment. Securing them means links a nation controls outright, that adapt to interference in the field rather than in the next procurement cycle, and that keep working where terrestrial networks cannot reach or have already been knocked down.
The Secure Radio Manufacturer's software-defined radios are built on a hybrid SDR architecture that changes mode and band in the field, so a crew answers jamming by reconfiguring rather than by waiting for new hardware. The Satellite Programme Partner's communication satellites carry the reach terrestrial links cannot, LEO smallsat constellations with encryption under national key management and spectrum filings the nation holds itself, so no foreign operator can throttle, surveil or switch the link off. The Cybersecurity Group's off-grid architectures keep command-and-control assured when connectivity is intermittent or deliberately denied, protecting isolated and disconnected operation. Together they form a C2 backbone the nation owns, with no coalition access conditions attached. For the commander, that reads as orders that still get through when the enemy is trying hardest to stop them, and a network no distant partner can quietly listen to or cut.
Capabilities in this application
Secure military communications: questions
Which Unstrat capabilities support secure military communications?
Unstrat brings together Software-defined Radios, Communication satellites and Off-grid cybersecurity. The Secure Radio Manufacturer's software-defined radios are built on a hybrid SDR architecture that changes mode and band in the field, so a crew answers jamming by reconfiguring rather than by waiting for new hardware. The Satellite Programme Partner's communication satellites carry the reach terrestrial links cannot, LEO smallsat constellations with encryption under national key management and spectrum filings the nation holds itself, so no foreign operator can throttle, surveil or switch the link off. The Cybersecurity Group's off-grid architectures keep command-and-control assured when connectivity is intermittent or deliberately denied, protecting isolated and disconnected operation. Together they form a C2 backbone the nation owns, with no coalition access conditions attached. For the commander, that reads as orders that still get through when the enemy is trying hardest to stop them, and a network no distant partner can quietly listen to or cut.
What does secure military communications involve?
Communications are attacked first, because everything else depends on them. Jam the link and the sensor is blind, the order does not arrive and the picture goes dark at the worst possible moment. Securing them means links a nation controls outright, that adapt to interference in the field rather than in the next procurement cycle, and that keep working where terrestrial networks cannot reach or have already been knocked down. Assured command-and-control links that adapt with the threat, terrestrial, satellite and resilient when the terrestrial network drops, owned outright with no access conditions attached.
Can secure military communications be delivered as one mission programme, free of major-power conditions?
Yes. The secure military communications bundle (Software-defined Radios, Communication satellites and Off-grid cybersecurity) is delivered as a single mission programme rather than several foreign primes integrated in-house, with one accountable team from first briefing through delivery and in-region sustainment. Every member is sourced from an independent, non-aligned manufacturer, so the mission carries no major-power disclosure rules or political ramifications.