Next-Generation Optical Atomic Clock for Critical Applications

Compact, rugged, and deployable for defense, space, and commercial missions. Tiqker offers active hydrogen maser short-term precision in a compact form-factor package that occupies the same rack space as cesium-beam frequency references.

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High-Precision Optical Atomic Frequency Reference

10,000× higher atomic transition frequency than microwave clocks for superior precision and environmental stability.
Hydrogen Maser-like short-term performance in a smaller, lighter, and more power-efficient package.
Cs-beam-like holdover up to 7 days.
3U, 19-inch rack-mounted form factor.

Infleqtion is bringing this transformational technology out of the laboratory and into the world.

Key Advantages of Tiqker

Deployable
Active Hydrogen Maser performance in a rugged, transportable form factor.

Phased Array / Multi-Static Synchronization
Improved beam accuracy and directionality for over-the-horizon tracking, directional eavesdropping, and low probability of intercept data links.

Drone Defense
Low phase noise oscillator for next-generation radar detection, tracking, and fire control.

Assured PNT
On-board timescales for GPS-denied and GNSS-denial environments (crewed and UUV submarine).

Enhanced Space Operations
High bandwidth, multichannel connectivity (even without GPS) for better tracking and geolocation.

Autonomy
Synchronization and coordination across platforms and swarms.

AI-Ready Precision Timing and Resource Optimization

Precision Timing & Synchronization
Ensures AI workloads are processed with minimal latency and all data is consistently and accurately timestamped—critical for AI model coordination and real-time inference.

Efficient Resource Utilization
Optimizes resource allocation across compute clusters, helping data centers handle dynamic AI demands more efficiently while reducing risks of system overload.

Future‑Proofing for AI Growth
As AI scales, Tiqker serves as the foundational timekeeping technology, enhancing infrastructure efficiency and reliability to meet rising demand.

Proven in Field and Lab

Demonstrated Hydrogen Maser frequency stability at 1 second and holdover outperforming Cesium Beam clocks past 1 day.
10× smaller than hydrogen masers, with ruggedization proven in PNTAX23 field trials, flight trials, and shock/vibration testing.
Outperforms 5071, RAFS, CSAC, and similar compact technologies over short-to-mid timescales.
Supports ~10 ps synchronization between disparate sites using White Rabbit timing.