WEST LAFAYETTE, Ind. — Drones and other unmanned machines can save human lives on the battlefield, but adversaries could hack into their artificial intelligence software.
Purdue University will be leading research in partnership with Princeton University on ways to protect the software of these autonomous systems by making their machine learning algorithms more secure. These algorithms are what the machines rely on to make decisions and adapt on the battlefield.
The project, part of the Army Research Laboratory (ARL) Army Artificial Intelligence Institute (A2I2), is backed by up to $3.7 million for five years. The A2I2 program is a new, multi-faceted research initiative that aims to build up a research infrastructure within ARL to study artificial intelligence. This infrastructure includes cooperative agreements with Purdue and other leading
For the Australian collaboration technology company Dekko, having clients that work in many of the most sensitive and secure fields of law enforcement and the judicial system has meant being secure by design is a guiding principle.
According to Dekko’s chief executive officer, Jacqui Nelson, this has provided her company with the opportunity to build browser-based communications and collaboration tools that feature military-grade security and deliver an exceptional user experience in order to address her client’s specific needs.
“Employing the technology that we do in the web browser allows these organisations to be able to engage with our technology very easily and ensure that sharing takes place securely and with a really comprehensive audit trail,” Nelson said.
This approach is exemplified by DekkoVault, which incorporates a document sharing, storage, management system and messaging features to facilitate collaboration and productivity that are all contained within a highly secure web-based repository.