EO/IIR measurement validation
Compare EO/IIR measurements against synthetic maritime perception references, uncertainty bands, and event annotations.
VALIDATION INFRASTRUCTURE / EO/IIR MEASUREMENT QUALITY
Validation infrastructure for maritime perception.
Synthetic validation infrastructure for EO/IIR maritime perception.
Simulation, telemetry replay, fusion-policy analysis, and visual reporting for EO/IIR seeker-like perception and GNC measurement-quality evaluation.
Replay Console
Synthetic session A-17
Confidence
0.82
Dropout
4.1%
Disagreement
1.7 deg
Demo
Black Sea-like synthetic observation demo
A 120-second synthetic maritime observation scenario showing EO/IIR degradation, dropout, channel disagreement, maritime environment effects, fusion-policy behavior, and report generation.
Primary artifact
Shows how confidence, validity, and measurement gaps evolve over the 120-second synthetic observation scenario.
Channel comparison
Compares EO/IIR channel estimates with fused measurements to surface channel disagreement and dropout periods.
Environment sweep
Summarizes repeatable maritime-like environment effects across visibility, clutter, and observation conditions.
Policy analysis
Highlights how fusion-policy behavior changes as channel confidence, validity, and disagreement shift.
Session evidence
Shows synchronized synthetic annotations that connect frame-level evidence to telemetry replay and reports.
Different maritime-like observation conditions degrade EO and IIR channels differently. The platform quantifies how confidence, validity, fusion acceptance, and measurement gaps change across synthetic environments.
Problem
Maritime perception needs repeatable evidence.
EO/IIR maritime perception degrades under visibility shifts, sea clutter, intermittent dropout, channel disagreement, and confidence uncertainty. Validation work needs controlled variation, traceable measurements, and reviewable artifacts that technical and business stakeholders can read.
Visibility loss
Sea clutter
Channel dropout
Confidence uncertainty
Platform
Capabilities for measurement quality evaluation.
Fusion-policy analysis
Evaluate confidence-weighted fusion policies under dropout, disagreement, clutter, and visibility shifts.
Maritime environment sweeps
Run repeatable scenario grids across sea state, haze, glint, range, and observation geometry.
Telemetry replay and reports
Use telemetry replay with synchronized plots, frame previews, annotations, and executive summaries.
MATLAB-friendly export
Emit clean tables and artifacts that fit technical analysis workflows without custom ingestion work.
Synthetic session pipeline
Move from manifest to annotations, measurements, fusion, comparison, replay, and report packages.
Pipeline
From session manifest to partner-ready report.
01
Session Manifest
02
Annotations
03
Measurements
04
EO/IIR Fusion
05
Policy Comparison
06
Replay
07
Reports
Use cases
Built for teams that need credible synthetic evidence.
EO/IIR payload teams
GNC/test teams
Maritime autonomy R&D
Defense-tech prototyping teams
Roadmap
A staged path from visual demo to generalized validation core.
01
Visual synthetic demo
02
Maritime environment sweeps
03
Black Sea-like synthetic observation demo
04
Surrogate EO/IIR data workflow
05
Generic 3D/6DOF validation core
Scope
Synthetic, benign, and non-operational.
Synthetic, benign, and non-operational. The platform is limited to simulation, telemetry replay, fusion-policy analysis, measurement quality review, and visual reporting for controlled validation workflows.
ONE-PAGER
A concise technical brief for partners and investors.
The one-pager summarizes the validation infrastructure, synthetic maritime perception workflow, demo artifacts, roadmap, and scope boundaries in a format suitable for technical diligence and partner conversations.
A
Problem
Maritime EO/IIR perception degrades under visibility shifts, sea clutter, channel dropout, and confidence uncertainty. Validation work needs controlled variation, traceable measurements, and reviewable artifacts.
B
Platform
The platform provides synthetic validation, telemetry replay, EO/IIR fusion-policy analysis, maritime environment sweeps, MATLAB-friendly export, and visual reporting.
C
What the demo proves
- Synthetic session-to-report pipeline
- EO/IIR measurement-quality analysis
- Fusion-policy comparison
- Maritime environment sweep
- Dashboard and report generation
D
Current status
- Working technical repo
- One-command demo
- Visual dashboard
- Black Sea-like synthetic observation package
- Python/C++/MATLAB-oriented workflow
E
Near-term roadmap
- Public-facing demo package
- Surrogate EO/IIR data workflow
- Maritime measurement degradation experiments
- Generic 3D/6DOF validation core later
F
Boundaries
Synthetic, benign, and non-operational. No launch/deployment behavior, arming logic, terminal attack logic, warhead/fuze logic, operational targeting, or real-world weapon-performance optimization.
Share the brief with technical partners, investors, and review teams that need a compact overview of the validation workflow.
Request the one-pagerContact