QuantX Labs has successfully deployed an optical frequency comb into Earth orbit, serving as a critical subsystem for its TEMPO.Space optical atomic clock project. The specialized payload was launched via an Exotrail spacevan™ orbital transfer vehicle during a SpaceX mission, conducted under the Australian-led KAIROS program1. This orbital demonstration aims to rigorously validate the frequency comb's operational integrity, specifically its mechanical stability, thermal resilience, and overall environmental performance in the harsh conditions of space. Optical frequency combs are instrumental for precisely translating highly stable optical frequencies into microwave signals, a fundamental capability for developing next-generation atomic clocks with unprecedented accuracy. Proving this technology's robust functionality in an operational space environment marks a pivotal step towards realizing applications such as ultra-precise global positioning, significantly enhancing secure quantum communication networks, and enabling advanced fundamental scientific research. The successful deployment and validation of this orbital timing infrastructure are crucial as emerging quantum technologies continue to redefine assumptions about computation and cryptography, demanding ever more precise and reliable timekeeping.