7 – 9th November 2023 International Convention Centre (14 Darling Drive, Sydney, NSW 2000, Australia) Join AOS at the upcoming Indo Pacific 2023 exhibition at the Sydney Convention Centre https://www.indopacificexpo.com.au/ as we showcase our latest developments in Artificial Intelligence technology and how we enable humans and machines to collaborate closer than ever. AOS’s novel multi-agent AI framework […]
Melbourne-based Agent Oriented Software’s AI technology forms a vital part of Northrop Grumman Australia’s submission to AIR6500. Their innovative software provides the intelligent decision-making support needed for NGA’s Joint Air Battle Management System.
Intelligence preparation of the battlefield is an established process, and battlespace aspect design is a key tool for evaluating potential threats and then determining the optimal deployment of defensive systems.
AOS Group and Asension are working to combine their capabilities to produce an autonomous land electronic warfare capability: Hercules EW™.
AOS was invited to display its autonomous Kelpie® vehicles at the recent launch of the new National Transport Research Organisation (NTRO).
Parallax Labs is a truly distributed environment that can easily be scaled through the cloud to incorporate new locations in Australia and overseas.
The development of a mobile person-following robot is an interesting application area that combines multiple autonomous agents that need to be goal-directed without losing the ability to react to the target’s movements. This capability is particularly challenging for robotic systems, and so requires careful design to obtain an effective decomposition of functions into agents.
Air Traffic Management (ATM) systems are examples of complex, dynamic systems. The current ATM climate, with current large scale redevelopments, provides a system that would benefit from an understanding of the relationships and interdependencies which it comprises.
AOS supplies agent technology for building and integrating commercial-grade multi-agent systems, built on a sound logical foundation.
Autonomous systems differ from automatic ones in that they make rational decisions based on knowledge of the current situation. An autonomous system evaluates the courses of action that could be taken in light of current circumstances.