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ADVANCED FUNCTIONAL PROTOTYPE

SYSTEMS STUDIO INFRASTRUCTURE

Signals Platform

A modular multi-sensor observation, evidence-management and correlation platform designed for structured review of aerial, astronomical and environmental observations.

VIEW CURRENT CAPABILITIES PLATFORM ARCHITECTURE REQUEST CONSULTATION
Signals Platform modular camera and operator interface
Multi-monitor camera, evidence and investigation workflow
Persistent sessions Observation events and media remain associated with a traceable session record.
Original evidence Original media remains immutable while processed variants are stored separately.
SHA-256 integrity Evidence, manifests and reports can be verified using cryptographic hashes.
Multi-source correlation Aircraft, satellite, astronomy and weather results are consolidated for operator review.
OPERATOR ARCHITECTURE

Designed for a three-monitor workspace

Separate operator surfaces allow live control, evidence review and correlation analysis to remain visible without compressing every tool into one dashboard.

01

Live Optical Operator

Camera-source viewing, telescope controls, capture, recording and persistent observation management.

02

Unified Evidence Media

Original and processed media, provenance, processing jobs, comparison, blink, overlay and synchronized zoom.

03

Evidence & Analysis

Correlation adapters, observation context, integrity review and unified PDF or JSON reporting.

CURRENTLY IMPLEMENTED

Functional platform capabilities

Observation Sessions

  • Persistent observation identifiers
  • Event timeline and current state
  • Still-image and video evidence
  • Recoverable operator workspaces

Evidence Integrity

  • Immutable original media
  • SHA-256 media verification
  • Session evidence packages
  • Processing and provenance manifests

Media Processing

  • Hardware-independent job queue
  • Pillow CPU reference processing
  • Original-to-processed lineage
  • Side-by-side, blink and overlay review

Correlation Analysis

  • Aircraft correlation adapter
  • Satellite orbital propagation
  • Astrometry.net plate solving
  • Weather and environmental context

Unified Reporting

  • Consolidated correlation status
  • Evidence and source limitations
  • JSON report export
  • Professional PDF report generation

Operator Export

  • Evidence-package ZIP export
  • Media download and verification
  • Local-drive save workflows
  • Structured evidence metadata
CAMERA & SENSOR INTEGRATION

Built to connect observation hardware

Signals Platform is intended to operate as the software, evidence and analysis layer for camera systems, telescopes, PTZ devices, mobile sensors and future AI edge nodes.

Camera and sensor sources Telescope, DSLR, mono NIR, PTZ, mobile and network cameras
→
Signals Platform Capture, control, evidence, correlation and reporting
→
Operator determination Structured review with documented limitations
Explore compatible Camera Systems →
EVIDENCE POLICY

Correlation is not automatic identification

A correlation match indicates geometric, temporal or contextual compatibility with a candidate source. A non-match applies only to the datasets, time windows, catalogue coverage and uncertainty settings available to the adapter.

Signals Platform does not by itself determine that an observation is anomalous, extraterrestrial or non-human. Final interpretation remains an operator and investigative responsibility.

DEVELOPMENT ROADMAP

Prepared for advanced AI and optical hardware

CURRENT

Evidence foundation

Persistent sessions, media integrity, correlation, reports, processing jobs and comparison tools.

NEXT

OpenCV processing

Motion detection, frame extraction, object detection, stabilization and annotated media variants.

HARDWARE VALIDATION

Jetson and RTX nodes

Edge inference, TensorRT acceleration, real-time tracking and multi-camera target handoff.

TECHNICAL DOCUMENTATION

Jetson AI Telescope Node

Technical architecture for the telescope-mounted NVIDIA Jetson edge node, including dual-NIR camera integration, OpenCV object detection, target tracking, calibrated mount correction, image enhancement, evidence provenance, processing-node registration, power, storage and the proposed development sequence.

  • Jetson Orin NX 16 GB recommended architecture
  • Wide-field NIR object detection and tracking
  • Cooled telescope NIR imaging integration
  • OpenCV, CUDA, TensorRT and GStreamer stack
  • Evidence-preserving image enhancement
  • AZ-EQ6 tracking and safety-control workflow
  • Signals Platform node registration
PDF
Systems Studio Jetson AI Telescope Node Technical concept and implementation foundation OPEN TECHNICAL PDF DOWNLOAD PDF
PRODUCT STATUS

Advanced functional prototype

Commercial deployment will follow hardware integration, optical calibration, field validation and operational testing.

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