Intelligence

Defensie-intelligentiesoftware

Artikelen over defensie-intelligence: datafusie, SIGINT-platforms, OSINT, patroon-van-leven-analyse, multi-source intelligentie-integratie.

16 artikelen in dit onderwerp, afkomstig uit data-integration en sigint-rf.

AIS ADS-B military integration
AIS and ADS-B: Maritime and Air Tracks in the COP
AIS tracks ships; ADS-B tracks aircraft. Integrating both into a military COP requires normalization, deduplication, and spoofing detection. Here's the technical approach.
May 11, 2026 7 min read
defense data integration
5 Data Integration Challenges in Defense Systems (and How to Solve Them)
Integrating data across military systems is hard. Legacy formats, classification levels, network segmentation — five real challenges and practical solutions.
May 11, 2026 8 min read
event sourcing defense software
Event Sourcing in Defense Systems: Immutable Audit Trails for Military Data
Defense systems must record every decision and data change for post-operation analysis. Event sourcing creates an immutable log that satisfies both operational and legal requirements.
May 11, 2026 6 min read
JDL data fusion model
JDL Data Fusion Model: Levels 0–5 Explained for Defense Software Teams
The JDL model structures data fusion into five levels — from raw sensor data to process refinement. Here's how each level applies to real defense software.
May 11, 2026 8 min read
message queue defense data pipeline
Message Queue Architecture for High-Throughput Defense Data Pipelines
Defense systems ingest sensor feeds, track updates, and intelligence reports at rates that synchronous architectures cannot sustain. Message queues decouple producers from consumers and enable real-time data pipelines.
May 11, 2026 7 min read
pattern of life analysis military
Pattern-of-Life Analysis in Military Intelligence Systems
Pattern-of-life analysis detects behavioral anomalies in multi-source data streams. Here's how it's implemented in defense intelligence platforms.
May 11, 2026 6 min read
PostGIS defense geospatial database
PostGIS and Geospatial Databases for Defense Applications
PostGIS extends PostgreSQL with geospatial functions — and it's the backbone of many defense mapping systems. Here's how to use it for military data storage and queries.
May 11, 2026 6 min read
cyber threat intelligence Telegram monitoring
Telegram OSINT for Defense Cyber Threat Intelligence
Telegram has become a primary communication channel for threat actors, hacktivist groups, and military units. Systematic monitoring of Telegram channels produces actionable cyber threat intelligence for defense organizations.
May 11, 2026 5 min read
direction finding network defense
Direction Finding Networks: Architecture for RF Emitter Geolocation
A direction-finding network uses multiple synchronized receivers to geolocate radio emitters. Here's how DF network software is architected and how accuracy tradeoffs work.
May 11, 2026 7 min read
ELINT COMINT fusion intelligence
ELINT and COMINT Fusion: Combining Electronic and Communications Intelligence
ELINT captures radar and weapon system emissions. COMINT intercepts voice and data communications. Fused together, they produce a coherent picture of adversary capability and intent that neither discipline achieves alone.
May 11, 2026 6 min read
RF geolocation defense TDOA AOA
RF Geolocation in Defense: TDOA, AOA, Hybrid Positioning
Locating RF emitters without GPS cooperation requires passive geolocation techniques. TDOA, AOA, and FDOA each exploit different signal properties to estimate emitter position from multiple collection points.
May 11, 2026 6 min read
software-defined radio defense
Software-Defined Radio Platforms for Defense: Hardware and Software Stack
SDR replaces fixed-function radio hardware with programmable software. Here's an overview of SDR platforms used in defense SIGINT and how the software stack is structured.
May 11, 2026 7 min read
signal classification machine learning
Signal Classification with Machine Learning for SIGINT
Classifying radio signals — whether military, commercial, or unknown — is a core SIGINT task. Here's how ML models are trained and deployed for automated signal classification.
May 11, 2026 8 min read
spectrum monitoring military
Spectrum Monitoring: Detecting Unauthorized Emitters
Unauthorized radio transmitters in a military AO can indicate enemy activity or compromise. Here's how spectrum monitoring software detects, classifies, and alerts on anomalous emissions.
May 11, 2026 7 min read
military data fusion
Military Data Fusion: How Multi-Source Intelligence Becomes One Picture
Data fusion aggregates SIGINT, IMINT, HUMINT, and sensor feeds into a unified operational view. This is how it's built in practice.
May 6, 2026 7 min read
SIGINT platform software
SIGINT Platform Components: What Goes Into a Signal Intelligence System
A SIGINT platform captures, processes, and analyzes RF signals. Here are the core software components: collection, processing, correlation, and visualization.
May 6, 2026 8 min read

Artikelen getagd "Defensie-intelligentiesoftware" zijn geschreven door Corvus Intelligence-engineers die defensiesoftware bouwen voor NAVO en overheidsorganisaties. Over het team →

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Veelgestelde vragen

Wat is defensie-intelligentiesoftware?

Defensie-intelligentiesoftware neemt multi-source data in — SIGINT, IMINT, HUMINT, OSINT, sensorfeeds — en zet die om in een gefuseerd, bevraagbaar beeld voor analisten en commandanten. Kerncomponenten zijn verzamelingsadapters, een datafusielaag (typisch afgestemd op het JDL-model), een geospatiale opslag zoals PostGIS en visualisatie op een Gemeenschappelijk Operationeel Beeld.

Wat is multi-source intelligentiedatafusie?

Datafusie combineert heterogene invoer — radartracks, RF-onderscheppingen, satellietbeeldmateriaal, rapporten — in een coherent operationeel beeld. Het JDL Data Fusion Model formaliseert dit in zes niveaus (0 tot en met 5), van bronvoorverwerking en objectverfijning tot situatie-, impact- en procesverfijning.

Wat is het verschil tussen ELINT, COMINT en SIGINT?

SIGINT is de overkoepelende term voor alle signalintelligentie; ELINT bestrijkt niet-communicatieemissies zoals radar- en wapensysteemignalen; COMINT bestrijkt onderschepte spraak- en datacommunicatie. Het fuseren van ELINT met COMINT produceert een volledigere beeld van de capaciteit en intentie van de tegenstander dan elk van beide disciplines afzonderlijk.

Hoe werkt RF-geolokatie zonder GPS-medewerking?

Passieve RF-geolokatie schat de positie van een zender van meerdere gesynchroniseerde ontvangers met behulp van technieken zoals TDOA (tijdsverschil van aankomst), AOA (hoek van aankomst) en FDOA (frequentieverschil van aankomst). Richtingbepalingsnetwerken combineren typisch twee of meer van deze methoden om de zenderlocatie te begrenzen met beheersbare foutellipsen.

Wat is patroon-van-leven-analyse in militaire intelligence?

Patroon-van-leven-analyse bouwt een gedragsbasislijn voor entiteiten — voertuigen, eenheden, individuen — van multi-source trackingdata, en markeert dan anomalieën tegen die basislijn. Het vertrouwt gewoonlijk op event-sourced bewegingsgeschiedenissen, geospatiale verblijfanalyse en ML-gebaseerde anomaliedetectie boven op het gefuseerde intelligentiebeeld.