Aerospace & Defense
When reality is contested, incomplete, and moving.
Quasar provides the data infrastructure for aerospace and defense systems where sensors disagree, clocks drift, identities change, and decisions still have to be made at machine speed.
The Challenge: The Scale
Aerospace and defense systems rarely observe reality directly.
Radar, RF, EO/IR, telemetry, navigation, intelligence, and platform sensors each capture part of the picture. They operate at different rates, from different positions, with different clocks, levels of precision, and sources of error.
The hard problem is not collecting another stream. It is determining which observations belong to the same object or event, in what order they occurred, and how the picture changes as new evidence arrives.
Ordinary data systems flatten that complexity. They force events into one timestamp, one identity, or one accepted value. That may work for reporting. It does not work for track correlation, sensor fusion, event reconstruction, distributed clock coherence, or operations in degraded and adversarial environments.
In these systems, ambiguity is part of the data. The infrastructure must preserve it rather than erase it.
Why Quasar
Quasar is built for systems that must reconstruct reality from partial, conflicting, and rapidly changing observations.
It ingests heterogeneous sensor streams at high volume, preserves their original timing and precision, and keeps the history required to revisit events as tracks, calibrations, and interpretations evolve.
Quasar brings together
High-rate and mixed-frequency sensor data
Precise and high-resolution timestamps
Multiple observations and revisions of the same event
Deep history for replay and reconstruction
Lossless numerical compression at ingestion speed
Analytical queries while live data continues to arrive
Together, these capabilities preserve the full chain from raw observation to operational picture. Quasar gives aerospace and defense teams the infrastructure to correlate tracks, reconstruct events, and revise conclusions as new evidence arrives—without sacrificing precision, speed, scale, or correctness.
Results at Scale
Time resolution without compromise
Quasar supports native high-resolution timestamps for systems where event ordering, clock drift, and synchronization determine the result.
Mixed sensor rates in one system
Slow-changing platform state, high-rate waveforms, detections, tracks, and derived observations can remain together without forcing everything into one sampling model.
Lossless compression at multi-GiB/s
Delta4C adapts to changing numerical data and preserves values bit for bit while maintaining throughput compatible with live ingestion.
History that remains reconstructable
Quasar retains raw observations, corrected values, and evolving interpretations so teams can replay what the system knew, when it knew it, and how the operational picture changed.