PZC · Aerospace & Deep-Tech Engineering
Space Systems Intelligence
From telemetry to a defensible understanding of physical state.
Telemetry can reveal a change without establishing its cause. PZC frames the harder question: which physical explanations can the available measurements distinguish, and what remains unresolved?
Engineering questions
Detect change
Anomaly detection and change detection ask whether observed behaviour differs from a stated baseline. Data quality, operating conditions and uncertainty define the limits of that comparison.
Separate explanations
Fault isolation and identification require a stronger evidential basis than detecting an anomaly. We examine measurement architecture, model assumptions and competing physical explanations before drawing conclusions.
Estimate physical state
State estimation and sensor fusion connect observations to a model of the system. Geometry, observability and uncertainty determine which parts of that state can be meaningfully constrained.
Focus areas
Telemetry intelligence · Spacecraft health monitoring · Physics-informed diagnostics · Sensor fusion · Uncertainty-aware monitoring
Scope & evidence
Capability framework and R&D focus. Specific scope, data requirements and validation status are established for each engagement.