About
What is OneSKY?
The OneSKY Australia Program is the most complex transformation of air traffic management in Australian aviation history. It’s a partnership between Airservices and the Department of Defence, replacing existing air traffic management systems with an advanced integrated system known as the Civil Military Air Traffic Management System (CMATS). OneSKY was established to deliver more efficient air services, support future air traffic growth and enhance national security. The program will deliver more than $1.2 billion of economic benefits to Australian airspace users over 20 years.


Key milestones
CMATS Deployment
2022: Release Zero
Defence legacy system replacement commences and support system established. This initial release includes mission systems deployed at defence sites in East Sale, Amberley, Tindal and Pearce. Support System equipment will also be deployed at Amberley and at an Airservices facility in Melbourne.
2023: Release One
Defence and Airservices legacy systems replacement commences. The next major release includes deployment of mission and support system equipment at the remaining sites of Melbourne, Brisbane, Darwin, Townsville, Williamtown, Nowra, Perth and Sydney. Release Zero sites will also be upgraded to Release One systems.
2024: Release Two
Full capability deployment commences. The final release will see all Australian sites upgraded to support the full capability being delivered under OneSKY, establishing a harmonised air traffic management system for all Australian airspace users.

Shaping the industry
Next generation technology
Airservices is delivering five advanced technology initiatives under the OneSKY Program, harmonising Australia’s civil and military air traffic management into one seamless system that’s built to enhance the safety, efficiency and capacity of the Australian air traffic network.
Purpose built
World-class infrastructure
OneSKY is delivering purpose-built Airservices buildings to house and support CMATS and its associated operations room as Airservices transitions to the new system.
As the existing system must be maintained until CMATS is operational, establishing an alternate facility with independent systems ensures a seamless transition for airspace users without interruption to services.



Initiatives
Enabling the benefits
Airservices is optimising the capabilities delivered through OneSKY into practical solutions for Australian airspace users. These capabilities include business continuity, shared use airspace, improved productivity, trajectory based operations and route optimisation.


The numbers
What we are delivering
The critical infrastructure required to accommodate future growth in air traffic and enable airspace users to leverage environmental, capacity, efficiency and capability benefits.
The economic benefit to airspace users over 20 years
The area in square kilometres that the new system will cover

The number of Airservices and Defence sites to use OneSKY technology
The number of high-tech jobs supported
Latest News
Trending
Discover the latest Airservices news, updates and announcements to stay in-the-know when it comes to the innovative work we’re doing for our community. We’ve curated some recent news articles so you can get to know us and our impact a little better.
Cutting red tape for Drone Operators
Action is being taken to reduce the red tape burden on remotely piloted aircraft operators. The Civil Aviation Safety Authority and Airservices Australia are working to streamline approval processes for commercial drone operators around civil controlled aerodromes. A new digital, automated process for some remotely piloted aircraft operations near controlled aerodromes will be trialled, reducing […]
Airservices Australia and Skykraft Sign Memorandum of Understanding
Airservices Australia and Skykraft Pty Limited have launched a new collaboration to share information and technical expertise as part of the development of Skykraft’s commercial space-based Air Traffic Management service. Skykraft is planning to conduct a Proof of Concept to explore and demonstrate the feasibility of space-based surveillance and communication technologies and its application in […]