A sub-system payload of TEMPO, the compact optical atomic clock developed by QuantX Labs, is now in orbit following its 30 March launch aboard the SpaceX Transporter-16 mission with French space mobility company Exotrail’s Spacevan002. It is one of the most advanced Australian-built quantum technologies ever deployed in space.
The milestone pre-empted a defining two-week stretch for Australia’s quantum sector. World Quantum Day was marked on 14 April. The Albanese Government released the 2026 National Defence Strategy and Integrated Investment Program on 16 April, committing $425 billion over the decade with undersea warfare and resilient multi-orbit satellite communications ranked as the first and seventh priorities of the Integrated Investment Program. From Tuesday, more than 1,000 delegates will gather at the Adelaide Convention Centre for the Quantum Australia Conference 2026, themed Quantum for Impact.
TEMPO delivers up to ten times the performance of current GNSS-based timing systems. In space, that translates to more resilient communications, more accurate navigation and harder-to-disrupt synchronisation between satellites and ground systems – capabilities that matter when GPS is jammed, spoofed or unavailable.
The technologies built by QuantX Labs and developed in partnership with The Institute for Photonics and Advanced Sensing (IPAS) at Adelaide University, map directly onto two of the Government’s seven stated investment priorities.
The Integrated Investment Program commits $9-$12 billion to enhanced space capabilities, with a rescoped focus on a resilient, multi-orbit Australian Defence Satellite Communications capability. Precision atomic clocks are foundational to keeping satellite constellations synchronised and communications secure under electronic attack and frequency combs are significant future technology for space communications. TEMPO’s presence in orbit is a working demonstration of that capability built in Australia.
QuantX Labs is also developing SENTIO, an extremely sensitive quantum magnetometer capable of detecting objects underwater and underground.
The Integrated Investment Program lists an enhanced undersea warfare capability as its first priority, supported by a sovereign fleet of conventionally-armed, nuclear-powered submarines. Quantum magnetometry is one of the most promising emerging technologies that can detect submerged targets in GPS-denied environments without relying on traditional acoustic signatures.
Both sit inside a product suite that also includes CRYO clock, which has been developed for readiness into the $1.2 billion AIR2025 Phase 6 upgrade of the Jindalee Operational Radar Network (JORN).