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Skykraft has unveiled the list of partners it will collaborate with on its government-backed plan to create an alternative to GPS.
The Canberra-based firm, which hopes to launch a space-based air traffic control system, will collaborate with institutions such as RMIT, Curtin, and UNSW on the positioning, navigation and timing (PNT) system.
It comes after the federal government announced last year that the project would be one of three to share an $18 million grant intended to foster collaboration between the Australian and Indian space sectors.
“The global reliance on GPS makes entire regions vulnerable to losing positioning, navigation and timing data if the system fails,” RMIT Professor Suelynn Choy said.
“Australia and India have some very specific challenges and opportunities – particularly our large land mass, vast borders and primary industries relying on positioning, navigation and timing data – GPS may not be the right technology for all of these needs.
“These satellites are easier and less expensive to launch, and they allow for more flexibility by being deployed where coverage is needed most, providing a back-up to other global navigation satellite systems.”
RMIT said its researchers are leading the world in the development of microcomb technology, which would make the system possible.
Microcombs are based on photonic microchips, which can be rapidly adapted to any application that uses light, including PNT capabilities.
“This portability opens up opportunities for more accessible and deployable satellite networks,” said Arnan Mitchell, a distinguished professor at RMIT.
“This project presents an exciting opportunity for forming closer ties between Australia and India, where we collaborate to develop our microcombs technology and find innovative solutions for global positioning, navigation and timing challenges.”
The grant is through the Australian Space Agency’s International Space Investment India Projects, which supports strategic space projects that build valuable commercial links with the Indian Space Research Organisation and the broader Indian space sector.
It’s the latest in a series of collaborations with India, which has become one of Australia’s biggest partners in space.
In November, for example, Australia formalised its agreement with India to help recover the crew and capsule from the country’s first crewed space mission.
The deal to support Gaganyaan will also mean the crew module could potentially land in the Southern Ocean when it finally blasts off in 2026, while Australian satellites will also be on board.
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