Autonomous systems
Explore timing continuity for unmanned platforms operating with intermittent satellite access.
Resilient Timing • Software Innovation
Timing resilience when satellite signals are unavailable.
Meadow Technologies LLC is developing QDIndex, a software-based approach to estimating and correcting local timing drift using platform motion inputs during GNSS disruption.
Explore QDIndex →Featured Technology
QDIndex
QDIndex investigates the relationship between platform motion and accumulated timing drift. Its prototype processes motion data and a local monotonic clock to produce timing-correction estimates without relying on a continuous GNSS timing signal.
Our next priority is independent evaluation against an authoritative timing reference under controlled GNSS-denied conditions.
QDIndex is an experimental technology. Performance claims require independent validation under representative operating conditions.
Areas of Interest
Potential applications
Resilient PNT
Investigate software timing correction as a potential complement to existing position, navigation, and timing systems.
Research pilots
Collaborate on repeatable tests comparing QDIndex outputs with trusted timing measurements.
Research & Education
Making timing concepts visible
Future educational features will include CCFV—the Cyclonic Conical Frustum Vortex—an animated character intended to illustrate the proposed compacity, vortex-spin, and temporal-progression relationships in SC theory.
Animations and research publications will be added as they are prepared.
Collaboration
Explore a technical evaluation
Meadow Technologies LLC welcomes inquiries about research collaborations, pilot testing, and independent timing-performance evaluation.
Contact information will be added here before public launch.