AstraSense · Research Hub

Planetary Intelligence
Research

Architecture, methodology, and scientific foundations behind the AstraSense intelligence platform.

Featured PublicationVersion 1.0 · April 2026

AstraSense Whitepaper

Planetary Intelligence: A System for Detecting, Explaining, and Acting on Change

A comprehensive technical document covering the five-layer intelligence architecture, multi-signal validation methodology, spatial risk modelling, and the scientific foundations of cross-domain planetary analysis.

System Architecture

Five Intelligence Layers

The AstraSense platform is structured as a sequential intelligence pipeline — each layer transforming raw data into progressively higher-order insight.

01

Detection Layer

Multi-signal identification of change using vegetation indices, thermal anomalies, temporal persistence, and statistical deviation across planetary surfaces.

Vegetation IndexThermal AnomalyTemporal AnalysisStatistical Deviation
02

Interpretation Layer

Transforms raw signals into structured meaning — risk classification, confidence scoring, signal agreement, and counter-signal detection.

Risk ScoringConfidenceSignal AgreementExplainability
03

Spatial Intelligence

Continuous risk surface modelling across geographic regions using grid-based sampling, spatial interpolation, and contour detection.

Risk SurfaceSpatial InterpolationContour DetectionHeatmap
04

Decision Layer

Temporal and behavioural context — urgency classification, signal stability tracking, consistency analysis, and time-to-confidence estimation.

UrgencySignal StabilityTemporal ReasoningDecision Logic
05

Action Layer

Closes the loop from observation to action. Outputs clear, consistent recommendations: Investigate · Monitor · Ignore.

RecommendationsAction OutputDecision SentencePriority Regions

Full architecture documentation available in the technical whitepaper

Preliminary Validation

Performance Indicators

Prototype evaluation metrics from internal benchmarking. All figures represent experimental results and are subject to revision as the system matures.

Signal Agreement Rate

Prototype Evaluation

High

Multi-signal consensus across independent indicators in prototype evaluation.

Based on internal benchmark. Not independently validated.

Detection Latency

Experimental Module

Low

Time from region selection to full intelligence output in experimental module testing.

Measured under controlled conditions. Production latency may vary.

Spatial Coverage

Internal Benchmark

Global

Earth observation via multiple satellite sources. Mars coverage via archival mission datasets.

Coverage dependent on satellite data availability and temporal resolution.

Research Areas

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