QuantX Labs Launches World-First Optical Atomic Clock Technology into Orbit
QuantX Labs has successfully launched its optical frequency comb into orbit, marking a major milestone in the development of the company’s TEMPO.Space optical atomic clock
QuantX Labs are at the forefront of quantum technology innovation, developing and delivering precision solutions that transform communication, navigation, computing, and defence systems.
Focussed on translating groundbreaking science into widely accessible products that deliver security, resilience and performance to our hyper-connected world.
Our state-of-the-art production and testing facility in Adelaide, South Australia delivers unique industrial capabilities that currently support Australia’s Defence and Space programs.
At QuantX, we focus on solving the problems that matter most to our customers, turning complex challenges into measurable outcomes. Our approach targets critical gaps in today’s operating environments. Rather than delivering technology in isolation, we apply advanced capabilities directly to the real-world challenges our customers face, ensuring every solution is practical, deployable, and delivers clear value.
Addressing the need for resilient positioning and timing, superior situational awareness, and next-generation sensing precision. Whether operating in contested, degraded, or data-rich environments, QuantX enables organizations to maintain reliability, gain deeper insight, and operate with confidence. By aligning cutting-edge innovation with mission-critical problems, we help our customers stay ahead of uncertainty and complexity.
QuantX Labs has successfully launched its optical frequency comb into orbit, marking a major milestone in the development of the company’s TEMPO.Space optical atomic clock

4 February 2026 – Defence Trailblazer, in partnership with QuantX Labs and Adelaide University, is excited to announce the successful completion of a collaborative research
QuantX Labs to Launch Pioneering Optical Atomic Clock Technology into Space QuantX Labs, a world-leader in precision timing and quantum sensor technologies, is gearing up

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In the gravity research group at the University of Western Australia (UWA).

Solely on an improved liquid helium cooled version of the CSO
John also built two liquid helium cooled CSOs at NMIJ, AIST Tsukuba Japan as a collaboration with UWA.
One also was built by John in NICT Tokyo, Japan with components supplied by UWA research group
The invention of Chow Wang, engineer at CryoMech Ltd (USA) and Prof John Hartnett.
This was further refined at UWA where two more cryocooled CSOs were built and remain at UWA.

Prof Andre Luiten and Prof John Hartnett moved from the UWA to UoA.
One of those three CSOs was shipped to KRISS in Korea as part of an ARC Linkage grant. The other two remain in the UoA lab.

To commercialise the technology known as the Sapphire Clock.
IP transferred from The University of Adelaide.
Phase zero negotiations to build the Sapphire Clock for the JORN Phase 6 upgrade.
Awarded for Safeguarding Australia for the World’s most precise clock.
University of Sydney took delivery of the first CSO from the Cryoclock team.

Confirmation was received that Cryoclock has a reserved tenancy at Lot Fourteen for the assembly of the Sapphire Clock.
Innovation Award for Autonomous and Unmanned Systems and ISR and Best Small to Medium Enterprise in Defence Innovation
The Hon Steven Marshall, Premier of South Australia, formally launched the company’s new facilities.

Signifying the broader scope of products in development.
RICO through Army Headquarters fund a demonstration of an array of quantum magnetometers identifying covert subterranean activity.
QuantX receives $1M from SmartSat CRC to deliver an engineering model of their optical atomic clock
Australian Space Agency funds QuantX Labs space clock development a further $3.7M through their Moon to Mars Initiative

Formally launched a collaborative workspace named, RavensNest. Also signifying a doubling of the company tenancy at Lot Fourteen.