Sentient demonstrates AI-powered ViDAR sensor for Australia
Missions ViDAR can conduct include wide-area reconnaissance and surveillance overwatch. (Photo: Sentient)
During the test ViDAR was focusing on using advanced deep learning and computer vision technology to efficiently detect, locate, and track small targets in complex environments.
Sentient Vision Systems has completed a demonstration of detections with its AI-enabled ViDAR sensor solution for the Australian Defence Force (ADF).
The mission objectives focused on technology to provide effective methods to detect, locate and track small objectives, Sentient said.
The company claimed that its ViDAR system has a superior deep-learning and computer-vision solution that provided faster processing and more accurate detections, enabling commanders to detect and see critical elements for immediate situational awareness.
Related Articles
Sentient debuts maritime ViDAR in Australia
Shield AI, Sentient Vision collaborate on AI-enabled wide-area imagery
Missions ViDAR can conduct include wide-area reconnaissance and surveillance overwatch.
The system is platform-agnostic, interoperable with other mission systems and requires minimal logistics and training support.
Sentient executive and chief technology officer Callum McGregor said: ‘The capability sets demonstrated not only met, and in many cases exceeded the mission objectives, but also importantly provided a road map for US and allied forces deployment of advanced, low-signature sensor solutions with onboard processing.’
The next phase of the programme will include the development of deep-learning analytics to recognise a wider range of targets for real-time intelligence.
More from Land Warfare
-
![Networked advantage: keeping unmanned systems in the loop with battlefield radio technology]()
Networked advantage: keeping unmanned systems in the loop with battlefield radio technology
Unmanned systems are powerful intelligence, surveillance and reconnaissance (ISR) assets and communication tools, but are often isolated from wider networks, limiting their potential. Industry is now tackling this challenge, empowering UxVs to act as integrated nodes across domains.
-
![Eurosatory 2026: What has become of the Main Ground Combat System?]()
Eurosatory 2026: What has become of the Main Ground Combat System?
The Main Ground Combat System has had a troubled life. With repeated delays and competition on the horizon, the programme may be approaching the end of the road.
-
![Eurosatory 2026: France seeks strategic autonomy with Long-Range Ground Strike system]()
Eurosatory 2026: France seeks strategic autonomy with Long-Range Ground Strike system
As countries across Europe strive to acquire new multiple-launch rocket systems (MLRS) off the shelf, France has opted to develop its own to ensure it maintains domestic capability.
-
![“A staggering rate of change”: how experience combating IEDs is being applied to the C-UAS arena]()
“A staggering rate of change”: how experience combating IEDs is being applied to the C-UAS arena
The scale of the current escalation in drone attacks is fuelling demand for C-UAS technology that must address a rapidly evolving and expanding threat. Against this background, important lessons can be learned from the battle against IEDs, with networked responses and dispersed capabilities essential to deliver enduring protection.
-
![Eurosatory 2026: has the time finally come for Oshkosh’s hybrid electric JLTV?]()
Eurosatory 2026: has the time finally come for Oshkosh’s hybrid electric JLTV?
Oshkosh Defense’s hybrid electric Joint Light Tactical Vehicle offers the standard benefits of this type in scenarios such as silent watch and silent running as well as providing power for recharging systems. The company is arguing its 115kW power opens other roles too, particularly counter-drone.
-
![Lockheed Martin plans a major expansion in Canada following the HIMARS acquisition]()
Lockheed Martin plans a major expansion in Canada following the HIMARS acquisition
The HIMARS acquisition could deliver launchers within 18 months while driving new investments in Canadian manufacturing, technology and defence supply chains.
