Institut intelligence et données (IID) de l'Université Laval’s Post

'If the only constant in life is change, the systems used to protect lives must be built to adapt to an unpredictable future. Defense systems with open architectures, like Enduring Shield, are game changers in terms of agility and flexibility.' #openarchitecture

Swapping new components in for others is usually more about software than hardware. A good solution that underpins standards that are meant for Modularity is precisely what RTI enables. Come to this virtual MOSA event to learn how. #thisisdds #mosa #datacentric

Detecting and protecting against threats in the complex undersea defence environment is one of the challenges facing us today. We’ve been at the Undersea Defence Technology event this week, showcasing how we’re working on next generation technology solutions designed to reduce the physical and cognitive demands of users, while enhancing safety and performance. James Loudon, from our Future Capabilities Team, spoke at the event about how we are seeking to address the challenges around undersea defence threats, and how nature’s own swarm intelligence patterns have given us insight into developing systems that can enhance undersea connectivity and can control single or entire fleets of vehicles in a defence environment. #SwarmTechnology #Swarmcore #UDT #Innovation

Check out the latest white paper from Mercury: The Need for Direct RF in an Evolving Defense Environment

Threats to aircraft, vehicles, and ships rely on the electromagnetic spectrum for targeting and guidance, and many produce electromagnetic energy during operation. Detecting and countering threats requires the full use of the electromagnetic spectrum, from RF to EO/IR and laser energy for improved geolocation and threat identification to appropriately employ and tailor countermeasure response.

Threats to aircraft, vehicles, and ships rely on the electromagnetic spectrum for targeting and guidance, and many produce electromagnetic energy during operation. Detecting and countering threats requires the full use of the electromagnetic spectrum, from RF to EO/IR and laser energy for improved geolocation and threat identification to appropriately employ and tailor countermeasure response.

Threats to aircraft, vehicles, and ships rely on the electromagnetic spectrum for targeting and guidance, and many produce electromagnetic energy during operation. Detecting and countering threats requires the full use of the electromagnetic spectrum, from RF to EO/IR and laser energy for improved geolocation and threat identification to appropriately employ and tailor countermeasure response.

Threats to aircraft, vehicles, and ships rely on the electromagnetic spectrum for targeting and guidance, and many produce electromagnetic energy during operation. Detecting and countering threats requires the full use of the electromagnetic spectrum, from RF to EO/IR and laser energy for improved geolocation and threat identification to appropriately employ and tailor countermeasure response.

Threats to aircraft, vehicles, and ships rely on the electromagnetic spectrum for targeting and guidance, and many produce electromagnetic energy during operation. Detecting and countering threats requires the full use of the electromagnetic spectrum, from RF to EO/IR and laser energy for improved geolocation and threat identification to appropriately employ and tailor countermeasure response.