Real-Time Conflict OSINT & Threat Monitor
An air-gapped threat intelligence terminal engineered for defense researchers, conflict monitors, and investigative journalists. Track breaking frontline incidents, cross-reference thermal satellite passes (NASA FIRMS) and unfiltered military transponders (ADS-B), query our 40+ OSINT weaponry directory, and compile Berkeley Protocol compliant field SITREPs in private browser memory.
🎯 Global Flashpoint Vector Radar & Sensor HUD
CLICK ANY POINT TO LOCK COORDINATES & FILTER FEED📡 Live Incident Wire & Forensic Intelligence Stream
16 DISPATCHES SHOWN🧰 Vetted OSINT Arsenal & Weaponry Matrix
A categorized taxonomy of 40+ proven open-source intelligence tools for defense researchers, fact-checkers, and security analysts.
📋 Tactical Incident Clearance Docket & SITREP Generator
Audit field incidents against the 7-step Berkeley Protocol criteria, calculate an auditable Clearance Score (0–100%), and export a stamped intelligence bulletin.
7-STEP EVIDENCE CLEARANCE CHECKLIST
📐 Military Coordinate & Strike Radius Calculator
DECIMAL DEGREES ↔ DMS ↔ DISTANCE MATRIXConflict OSINT & Threat Verification FAQ
What is an open-source conflict and threat monitor?
An open-source conflict monitor aggregates publicly verifiable streams of intelligence—including commercial Earth observation satellite passes (NASA FIRMS, Sentinel-2, Planet), crowdsourced ADS-B aircraft telemetry, maritime AIS signals, and eyewitness media. By triangulating these independent sensors, defense analysts, journalists, and human rights researchers can confirm or disprove warzone claims in real time without reliance on state propaganda.
How do investigators distinguish combat artillery damage from forest fires on NASA FIRMS?
While agricultural burns and wildfires typically spread continuously along wind corridors, combat artillery barrages and missile strikes create distinctive linear or clustered thermal anomalies directly aligned with military trench networks, ammunition depots, or airfields. Furthermore, military analysts cross-reference FIRMS thermal detections with high-resolution Sentinel-2 SWIR bands (Bands 11 and 12) to identify characteristic high-heat burn scars and impact craters.
What is GPS spoofing and how is it detected in maritime and aviation OSINT?
GPS spoofing occurs when electronic warfare (EW) transmitters broadcast false satellite navigation signals to divert drones, mislead precision-guided munitions, or confuse commercial vessels. In OSINT, analysts detect spoofing when aircraft transponders suddenly report impossible supersonic groundspeeds or circular "crop circle" flight patterns over known military bases (such as the Black Sea coast or eastern Mediterranean), or when commercial ships' AIS transponders report their position as an inland airport runway.
How does the 7-Step Evidence Clearance Protocol align with the Berkeley Protocol?
The Berkeley Protocol on Digital Open Source Investigations sets international standards for using online open-source information in human rights litigation and war crimes documentation. Dawat's 7-step checklist enforces the core Berkeley requirements: establishing chain of custody (cryptographic hashes), proving temporal anchors (solar shadows and METAR logs), demonstrating geospatial ground truth (satellite matching), and verifying pixel authenticity (ELA grid testing) before editorial clearance.