The announcement was made at CSIRO's D61+ LIVE event in Sydney, and will allow Penten access to Data61's artificial intelligence research expertise, with the aim to focus on extending Penten's "world-leading work on applying AI to turn the tables on cyber attackers, using deception technology like ‘cyber traps’ and ‘decoys’, part of an emerging category of cyber security defence".
“This is a significant announcement for the Australian cyber research community,” Rachael Falk, CSCRC chief executive, said.
“The collaboration brings together one of Australia’s most innovative companies with our national science agency to collaborate on solving challenging problems in our field. The CSCRC continues to focus on industry-led research, bringing the best scientific and engineering minds together to create tomorrow’s commercial opportunities.
“Strong cyber security is critical for our economy and for Australia’s prosperity. The CSCRC’s primary focus is collaboration with academia, industry and government to deliver industry-driven cyber security outcomes. We want our research and work to have an impact benefiting Australia both now and well into the future. We are excited by the opportunities this collaboration presents.”
As part of the arrangement, Penten, Data61 and CSCRC are looking to fill two Post-Doctoral Research Fellowship positions and are offering five PhD scholarships of up to $50,000 per annum to work on applying AI and machine learning to create deceptive and plausible computer systems and data.
“Unlike what you see on CSI, it is hard to detect intrusions and data theft. Not because traditional systems are incapable, but because criminals and people with malicious intent are always looking for new ways to hide their actions in the noise of everyday computer activity," Penten CEO Matthew Wilson said.
"Even when we do find something, traditional tools don’t often tell us ‘who’ or ‘why’.
“We have been exploring how to fight back against these attackers by interspersing decoy computers and data amongst real assets. Because they don’t have any real value, the decoys act as digital tripwires. We discover the attackers and learn more about them by capturing their actions, observing what they choose to interact with and placing homing beacons in the decoys.
“Cyber traps work best if the content is realistic, enticing and does not interfere with legitimate users. Making these cyber traps by hand and optimising for these requirements is very time consuming for cyber defenders. Our solutions use artificial intelligence to learn the patterns of activity and content from surrounding computers and data. We then use this information to create realistic and believable mimics. This means we can deliver suitable content extremely efficiently, tailored to a customer environment and with minimal effort on the part of the defender."
Dr Surya Nepal, senior principal research scientist at CSIRO’s Data61 and security automation and orchestration team leader at CSCRC, said the partnership could help Australia create new technologies that can reach global scale.
"As cyber threats increase in volume and sophistication, AI and machine learning offer an opportunity to assist overwhelmed human defenders and speed up decision making and response. It also allows us to deliver more agile defences in a way that we were not able to before," Dr Nepal said.
"Cyber security is a critically important area of research, and Data61 is looking to partner with industry to do similar work that builds a competitive advantage for Australian companies."
This research partnership creates more than seven full-time research positions across the country, with options to extend the work in future years or grow the research team.