Defensietechnologieblog
Alle Artikelen
Elk artikel gepubliceerd op het Corvus Intelligence Blog — chronologisch, alle onderwerpen. 12 artikelen over C2, SIGINT, Edge AI, cybersecurity, interoperabiliteit, cloud, logistiek en meer.
Defense Software
Defense Intelligence Software: C2, SIGINT, Edge AI, and Data Fusion Explained
Modern defense intelligence platforms integrate C2, signal intelligence, edge AI, and multi-source data fusion. Here is how these components interlock and what to consider when building or procuring them.
C2 Systems
What Is a C2 System? Command and Control Software Explained
A command and control (C2) system integrates sensors, communications, and decision tools into one operational picture. Here's how it works in practice.
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.
SIGINT & RF
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.
Edge AI
Edge AI in Military Systems: Real Use Cases and Technical Requirements
Edge AI processes data at the sensor — not in the cloud. Here are the military use cases where edge inference delivers decisive advantage over cloud-dependent systems.
Interoperability
Delta Military Platform: Interoperability with C2 Systems
Delta is Ukraine's battlefield management system, combat-proven since 2022 and NATO-tested. Here is what integrating with Delta means for defense software developers — in public, non-NDA terms.
NATO Interoperability
NATO Interoperability Standards for Software: STANAG and APP Overview
Building NATO-compliant software means understanding STANAG agreements and APP standards. Here's a practical overview for defense software developers.
Defense Cybersecurity
Cyber Threat Intelligence Platforms for Defense
A CTI platform collects, processes, and distributes threat intelligence to security teams. Here's what a defense-grade CTI platform looks like architecturally.
Secure Cloud
GovCloud Architecture for Defense: Azure Government vs AWS GovCloud
Choosing a cloud platform for defense workloads means evaluating compliance, data residency, and support for classified workloads. Azure Gov vs AWS GovCloud compared.
Tactical Field Applications
ATAK Plugin Development: Extending Android Team Awareness Kit for Defense
ATAK is the standard tactical awareness app for ground forces. Here's how to develop custom plugins that integrate with ATAK's map, comms, and data layers.
Military Logistics
Last-Tactical-Mile Visibility in Defense Logistics
Supplies reach the brigade depot — but what happens next? Last-tactical-mile visibility tracks assets from depot to the operator's hands in contested environments.
Defense Software
How to Choose a Defense Software Development Vendor
Procurement criteria for defense software: security clearances, ISO certification, NATO experience, delivery track record. What to evaluate before signing.
Defense Market
Battle-Tested vs Lab-Tested: Operational Experience in Defence
Most defence tech has never been deployed in real operations. Ukraine changed this. Here's why battle-tested software is fundamentally different — and why it matters for procurement.
Training & Simulation
Military Training Simulation Software: Architecture and Key Components
Building training simulation for defence requires specific architecture: AI-driven OpFor, scenario scripting, after-action review, and AAR integration. Here's how it's done.
C2 Systems
C2 Dashboard Architecture: Key Design Decisions for Defense Systems
Building a command dashboard for defense? These are the core architecture decisions: data ingestion, map rendering, alert logic, and role-based access.
C2 Systems
Testing Mission-Critical C2 Systems: Strategies for Defense Software QA
C2 system testing goes from unit tests to field exercises. Performance benchmarks, chaos engineering for network loss, red team testing, and STANAG compliance verification.
C2 Systems
C4ISR Platform: Components and Architecture
C4ISR combines command, control, communications, computers, intelligence, surveillance, and reconnaissance. Here's what goes into building such a platform.
C2 Systems
Common Operational Picture (COP): How It's Built in Modern Defense Software
A Common Operational Picture fuses multi-domain data into one shared map layer. Here's how COP software is architected and what data sources it integrates.
C2 Systems
Cursor on Target (CoT): The XML Standard Behind Tactical Awareness Apps
CoT is the message format used by ATAK, WinTAK, and hundreds of tactical apps to share positions and events. Here's how to parse, generate, and route CoT messages.
C2 Systems
Role-Based Access Control in Defense C2 Systems: Design and Implementation
RBAC in military software goes beyond user roles. Classification levels, compartments, need-to-know rules, and JWT claim structures for defense C2 access control.
C2 Systems
Real-Time Map Rendering for Military C2: Cesium, Mapbox, Tiles
Rendering a live operational picture on a map with hundreds of moving tracks requires specific technology choices. Cesium vs Mapbox vs custom WebGL — compared for defense use.
Data Fusion & 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.
Data Fusion & 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.
Data Fusion & Integration
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.
Data Fusion & Integration
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.
Data Fusion & Integration
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.
Data Fusion & Integration
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.
Data Fusion & Integration
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.
SIGINT & RF Analytics
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.
SIGINT & RF Analytics
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.
SIGINT & RF Analytics
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.
SIGINT & RF Analytics
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.
SIGINT & RF Analytics
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.
SIGINT & RF Analytics
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.
SIGINT & RF Analytics
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.
Edge AI for Defense
AI-Assisted ISR: Automating Intelligence Data Triage at the Edge
ISR sensors generate far more data than analysts can process manually. AI-assisted triage at the edge filters, classifies, and prioritizes intelligence before it reaches the analyst.
Edge AI for Defense
Computer Vision for Defense: On-Device Object Detection and Tracking
Object detection and tracking on ruggedized field hardware — how computer vision models are optimized and deployed for real-time defense applications.
Edge AI for Defense
Edge AI Hardware for Defense: Jetson vs Hailo vs Movidius
Choosing the right edge AI accelerator for a defense system means balancing TOPS, power draw, operating temperature, and software ecosystem.
Edge AI for Defense
Federated Learning for Distributed Military Sensor Networks
Federated learning trains AI models across disconnected sensor nodes without centralizing raw data — critical for secure and bandwidth-constrained defense environments.
Edge AI for Defense
LLMs for Intelligence Triage: Using Language Models in Defense AI Systems
Large language models can summarize, classify, and prioritize intelligence reports at speed. Here's how they're deployed in defense contexts responsibly.
Edge AI for Defense
ONNX and TensorRT: Optimizing AI Models for Tactical Edge Deployment
Models trained in PyTorch or TensorFlow need optimization before running on edge hardware. Here's how ONNX export and TensorRT compilation work in a defense deployment pipeline.
Edge AI for Defense
Synthetic Data for Defense AI: Training Models Without Classified Datasets
Classified training data bottlenecks defense AI development. Synthetic data generation using game engines, GANs, and domain randomization enables high-quality model training without access to sensitive operational imagery.
Interoperability
ADatP-34 Data Structures: Working with NATO Message Catalogue
ADatP-34 (NATO Message Catalogue) defines the data structures used in C2 message exchange. Here's how to work with these structures in modern defense software.
Interoperability
Coalition Data Sharing: Technical and Policy Challenges
Sharing intelligence and operational data across coalition partners involves overlapping technical, policy, and classification challenges. This article maps the architecture of coalition data sharing and its real-world constraints.
Interoperability
CoMPD Standard: Building Common Military Picture Displays
CoMPD (Common Military Plan Display) defines NATO standards for rendering the common operational picture. Here's how to build CoMPD-compliant display software.
Interoperability
FMN Spiral 4: What the Latest NATO Federation Standard Requires
FMN Spiral 4 defines the current baseline for NATO coalition networking. This article covers its technical service requirements, data model mandates, cross-domain solution specifications, and what systems must implement to achieve federation compliance.
Interoperability
Link 16 and Tactical Data Links: Software Integration Guide
Link 16 is NATO's primary tactical data link for real-time track sharing. Here's how software systems integrate with Link 16 feeds and process J-series messages.
Interoperability
MIP4-IES: NATO Ground Force Interoperability Standard for Software Developers
MIP4-IES (Multilateral Interoperability Programme) is the NATO standard for ground force C2 data exchange. Practical guide for software teams implementing it.
Interoperability
STANAG 4559 Implementation Guide for Defense Software Developers
STANAG 4559 defines NATO standards for imagery intelligence distribution. This is a practical implementation guide for software developers integrating imagery feeds.
Defense Cybersecurity
Cyber Situational Awareness: Building a Real-Time Defense Dashboard
Cyber situational awareness gives commanders visibility into the digital battlespace. Here's how to build a real-time dashboard that surfaces the right signals.
Defense Cybersecurity
DevSecOps for Defense: Integrating Security into Every Sprint
Defense software must be secure by design, not bolted on at the end. Here's how to build a DevSecOps pipeline that satisfies defense security requirements without killing velocity.
Defense Cybersecurity
Digital Forensics in Military Cyber Incident Response
When a military network is compromised, forensic investigation must work within classification constraints. Here's how digital forensics differs in defense environments.
Defense Cybersecurity
Intrusion Detection for Military OT and ICS Systems
Military bases and weapon systems use operational technology (OT) that traditional IT security tools can't protect. Here's how to build intrusion detection for military OT.
Defense Cybersecurity
OSINT-Based Threat Monitoring for Defense Organizations
Open-source intelligence is a first line of warning for cyber threats. Here's how defense organizations build OSINT pipelines for real-time threat monitoring.
Defense Cybersecurity
Software Bill of Materials (SBOM) for Defense: What Procurement Now Requires
US and EU defense procurement increasingly requires an SBOM with every software delivery. Here's what an SBOM is, what formats to use, and how to generate one.
Defense Cybersecurity
SIEM and SOAR Integration for Military Networks: What Defense Teams Need
SIEM collects and correlates logs; SOAR automates response. Integrating both into a military network requires navigating classification, air-gaps, and latency.
Secure Cloud & Infrastructure
Air-Gapped Deployments for Defense Software: Challenges and Best Practices
Air-gapped systems are physically isolated from public networks. Deploying and maintaining software in these environments requires a different engineering approach.
Secure Cloud & Infrastructure
Kubernetes Hardening for Defense Workloads: CIS Benchmarks and NSA Guidelines
Running containerized workloads in defense requires hardening Kubernetes beyond defaults. Here's how to apply NSA/CISA Kubernetes hardening guidance in practice.
Secure Cloud & Infrastructure
Multi-Cloud Strategy for Defence: Avoiding Vendor Lock-In in Military Systems
Relying on a single cloud provider creates strategic risk for defence systems. Here's how multi-cloud architecture reduces dependency while maintaining security compliance.
Secure Cloud & Infrastructure
Post-Quantum Cryptography for Defense: CNSA 2.0 Guide
NSA's CNSA 2.0 mandates post-quantum algorithms for national security systems by 2030. Here's what defence software vendors need to know and implement now.
Secure Cloud & Infrastructure
Secrets Management in Defense CI/CD Pipelines: Vault, HSM, and Key Rotation
Certificates, API keys, and encryption keys must be managed securely in defense CI/CD without ever appearing in plaintext. Here's how secrets management works at scale.
Secure Cloud & Infrastructure
Sovereign Cloud for Defence: EU Alternatives to US Hyperscalers
Dependence on US cloud providers creates sovereignty risks for European defence organisations. Here's how EU sovereign cloud options compare for defence workloads.
Secure Cloud & Infrastructure
Zero-Trust Architecture for Military Networks: Principles and Implementation
Zero-trust assumes no implicit trust — every request is verified. Here's how zero-trust principles are applied in defense network and cloud architecture.
Tactical Field Applications
Encrypted Messaging for Military Field Use
Military field messaging must be end-to-end encrypted, work offline, sync when connectivity restores, and survive device seizure. Here's what the technical stack looks like.
Tactical Field Applications
MANET Software for Military Field Teams: Mobile Ad-Hoc Mesh Networking
When infrastructure is unavailable, MANET creates peer-to-peer connectivity between field devices. Here's how military MANET software works and how apps integrate with it.
Tactical Field Applications
MBTiles and PMTiles: Packaging Offline Maps for Tactical Applications
Offline maps in tactical apps must be packaged, versioned, and efficiently queried without internet. Here's how MBTiles and the newer PMTiles format work in practice.
Tactical Field Applications
Offline-First Mobile Apps for Military Field Operations
Field operations happen in connectivity-denied environments. Here's how to architect offline-first mobile apps that sync reliably when connectivity is restored.
Tactical Field Applications
UX Design for Military Field Applications: Gloved Operation, Sunlight, Stress
Designing for military operators means accounting for gloves, direct sunlight, cognitive load, and one-handed use. Here are the key UX principles for tactical apps.
Tactical Field Applications
Integrating Tactical Radios with Software: SINCGARS, Harris, and JREAP-C
Tactical radios carry voice and data — but getting software to interact with radio hardware requires bridging legacy protocols with modern APIs. Here's how it's done.
Defense Logistics
Ammunition Management Software: Technical Requirements and Design
Ammunition management software must handle lot tracking, basic load calculations, hazmat storage constraints, and real-time consumption reporting across combat operations.
Logistics & Supply Chain
Defense ERP Integration: GCSS-Army, LOGFAS, Field Apps
National defense ERPs manage strategic logistics — but field apps need to sync with them. Here's how to integrate with GCSS-Army, LOGFAS, and Ukrainian LOGІС systems.
Defense Logistics
Defense Supply Chain Software: Architecture for Military Logistics
Military supply chains face challenges no commercial system is designed for: contested communications, classified requirements, and the need to sustain combat power under adversarial pressure.
Defense Logistics
Fleet Management Software for Military Vehicles: Architecture and Requirements
Military fleet management software tracks vehicles, fuel, maintenance, and readiness across dispersed units. Here's the technical architecture that makes it work in contested environments.
Logistics & Supply Chain
Military Medical Logistics: MEDEVAC and Field Pharmacy
Military medical logistics is time-critical and life-dependent. Here's what purpose-built software for MEDEVAC coordination, blood tracking, and field pharmacy management looks like.
Defense Logistics
RFID and Barcode Asset Tracking for Military Equipment
Military asset tracking requires ruggedized RFID and barcode systems that work in harsh environments, integrate with logistics databases, and maintain accountability across supply echelons.
Defense Software
Agile in Defense Software Development: Real Challenges and Adaptations
Agile works well in commercial software — but defense adds layers: security reviews, air-gapped CI/CD, and formal verification requirements. Here's how to adapt.
Defense Software
ISO 27001 in Defense Software Development: What It Means in Practice
ISO 27001:2022 certification is increasingly required for defense software vendors. Here's what it means operationally and how it impacts the development process.
Defense Software
Mission-Critical Software Architecture for Defense
Mission-critical software must survive hardware failures, network outages, and edge cases. Here are the architecture patterns used in defense and high-stakes systems.
Defense Software
NATO AQAP 2110: Quality Assurance Requirements for Defense Software Vendors
AQAP 2110 is NATO's quality assurance standard for software development. Here's what it requires and how it impacts your development process.
Defense Software
Open Source Software in Defense: Policy, Security Risks, and Best Practices
Defense organizations increasingly use open-source components — but OSS introduces supply chain risks. Here's the current policy landscape and how to manage OSS in defense systems.
Defense Software
Security Clearances for Defense Software Teams: What Vendors Need to Know
Working with classified defense projects requires personnel security clearances. Here's how clearance requirements affect team composition, hiring, and project timelines.
Defense Software
Managing Technical Debt in Long-Lived Defense Systems
Defense systems often run for 20+ years. Managing technical debt in systems that outlive their original architects requires specific strategies. Here's the practical approach.
Training & Simulation
After-Action Review Software for Military Training: Technical Implementation
After-action review (AAR) systems record, replay, and analyze training exercises. Here's how to build AAR software that delivers actionable insights for military training.
Training & Simulation
AI OpFor Systems: Realistic Opposing Forces in Wargames
AI-driven OpFor simulates realistic enemy behaviour in military training and wargaming. Here's how to architect intelligent opposing force systems for defence training.
Training & Simulation
HLA and DIS Protocols for Distributed Military Simulation
HLA (High Level Architecture) and DIS (Distributed Interactive Simulation) are the NATO standards for linking simulation systems. Here's how to implement them.
Training & Simulation
Terrain Generation for Military Simulation: Satellite to 3D
Realistic terrain is foundational to effective military simulation. Here's how to generate accurate 3D terrain from satellite and LiDAR data for defense training systems.
Training & Simulation
VR for Military Training: Hardware, Software, Integration
VR enables immersive military training without physical range access. Here's how military VR training systems are built — from headset selection to scenario design.
Defense Market
AI in Defence: Market Landscape and Software Applications in 2025
AI adoption in defence is accelerating across ISR, C2, logistics, and cyber. Here's an overview of the current market, key applications, and vendor landscape.
Defense Market
Brave1 Defense Ecosystem: How Ukraine's Defense Tech Platform Works
Brave1 is Ukraine's defense tech ecosystem connecting software companies with the Ministry of Defence. Here's how it works for vendors seeking to supply the Armed Forces.
Defense Market
Defence Digital Transformation: Lessons from Ukraine's Battlefield Innovation
Ukraine has run the fastest and most intense defence tech deployment in modern history. Here are the lessons that defence organisations globally should apply.
Defense Market
Defense Software Procurement: From RFI to Contract in Practice
Defense procurement processes vary by country but follow common patterns. Here's a practical walkthrough of RFI → RFP → evaluation → contract for software vendors.
Defense Market
Defense Tech Market in Europe 2025: Size, Growth, and Software Opportunities
European defence spending hit historic highs in 2024–2025. Here's a data-driven overview of the defence tech market, software segments, and where growth is concentrated.
Defense Market
Dual-Use Technology: Civil and Military Software
Software that serves both commercial and defense customers unlocks larger markets and stronger investor interest. Here's how to design and position dual-use defense software.
Defense Market
EU Defense Tech Market: EDTIB, EDF, and Opportunities for Software Vendors
The European Defence Technological and Industrial Base (EDTIB) is expanding rapidly. Here's what it means for software vendors and how to access EU defence funding.
Defense Market
ITAR-Free Defence Software: Why EU Vendors Have a Competitive Advantage
US defence software vendors face ITAR restrictions that limit export and collaboration. EU-based alternatives offer the same technical capabilities without export control barriers.
Defense Market
JADC2: What European and Allied Vendors Need to Know
JADC2 (Joint All-Domain Command and Control) is the US DoD's $10B+ C2 modernisation initiative. Here's how European vendors can align with its architecture.
Defense Market
NATO's AI Strategy: What It Means for Defence Software Vendors in 2025
NATO adopted its AI strategy in 2021 and has been expanding it since. Here's what it requires from defence software vendors and where the opportunities are.
Defense Market
NATO DIANA Accelerator: How Deep Tech Companies Get Selected
NATO DIANA selects 150 deep tech companies per year for its accelerator program, offering funding, mentorship, and connections to NATO acquisition. Here's how selection works.
Defense Market
NATO Innovation Fund: What Defence Tech Startups Need to Know
The NATO Innovation Fund (NIF) is a €1B multi-sovereign VC fund investing in deep tech with defence relevance. Here's how it works and what it looks for in startups.
Defense Market
How to Become a NATO Software Subcontractor: A Practical Guide
Getting onto a NATO prime contractor's supply chain as a software vendor requires specific certifications, compliance, and positioning. Here's the practical path.
Veelgestelde vragen
Hoeveel artikelen heeft het Corvus Intelligence blog gepubliceerd?
Het blog heeft meer dan 75 artikelen gepubliceerd verdeeld over zes technische pijlers — command and control, datafusie, NATO-interoperabiliteit, AI in de defensie, cybersecurity en de defensiemarkt en aanbesteding. De bibliotheek groeit gestaag met regelmatig nieuwe artikelen in alle themacategorieën.
Welke onderwerpen komen in alle blogartikelen aan bod?
De artikelen beslaan de volledige defensiesoftwarestack: C2-systemen en operationele beelden, multi-brondatafusie, NATO-STANAGs en interoperabiliteitsnormen, edge AI voor de sensor-to-shooter-lus, defensiecybersecurity (CTI, SIEM/SOAR, zero-trust), tactische veldtoepassingen (ATAK, CoT) en defensieaanbesteding. Elk onderwerp wordt uitgewerkt van architectuur tot implementatie.
Hoe zijn artikelen georganiseerd in de weergave Alle Artikelen?
Artikelen kunnen worden gesorteerd op datum of alfabetisch op titel, en gefilterd op themacategorie via de zoek- en filterbesturingen. Elke artikelkaart toont het thema-label, de publicatiedatum en een korte samenvatting om lezers snel relevante inhoud te laten herkennen.
Hoe vaak publiceert Corvus Intelligence nieuwe artikelen?
Nieuwe artikelen worden doorlopend gepubliceerd naarmate engineeringwerk en onderzoek inhoud opleveren die het delen waard is. Het blog geeft prioriteit aan diepgang boven frequentie — elk artikel is bedoeld als een referentiekwaliteitsbron in plaats van een kort nieuwsbericht.
Zijn alle artikelen beschikbaar in meerdere talen?
Ja. De volledige artikelenbibliotheek is beschikbaar in het Engels, Oekraïens, Pools, Duits en Frans. Elke taalversie behoudt dezelfde technische diepgang en is vertaald door practitioners die vertrouwd zijn met defensietechnologieterminologie in de betreffende taal.
Wie zijn de auteurs van de Corvus Intelligence blogartikelen?
Artikelen worden geschreven door Corvus Intelligence-ingenieurs — hetzelfde team dat defensiesoftwareplatforms bouwt en beheert voor klanten. De ervaring van auteurs omvat C2-systeemontwikkeling, cybersecurityoperaties, implementatie van NATO-interoperabiliteit en GovCloud-infrastructuur in gerubriceerde omgevingen.
Zijn de artikelen geschikt voor zowel ingenieurs als besluitvormers?
Ja. Technische verdiepingen over implementatiepatronen, protocolkeuzes en integratie-afwegingen zijn bestemd voor ingenieurs. Managementssamenvattingen, aanbestedingsgidsen en architectuuroverzichten binnen dezelfde artikelen richten zich ook tot programmamanagers, contractofficieren en senior leidinggevenden. Veel artikelen zijn zodanig opgebouwd dat beide doelgroepen er waarde uit kunnen halen.
Bevatten de artikelen referenties en citaten?
Ja. Elke feitelijke bewering — een STANAG-vereiste, een gedocumenteerde kwetsbaarheid, een leveranciersgedrag — wordt geciteerd uit een publiek beschikbare bron. Veelvoorkomende referenties zijn NATO-STANAGs, IETF RFC's, CISA- en ENISA-rapporten en officiële open-sourceprojectdocumentatie. Citaten worden vóór publicatie geverifieerd.
Kan ik zoeken naar specifieke onderwerpen in alle artikelen?
Ja. De pagina Alle Artikelen bevat zoek- en themafilterbesturingen waarmee lezers de bibliotheek kunnen beperken op trefwoord of categorie. Lezers kunnen ook rechtstreeks per thema bladeren via de pagina Blogonderwerpen, waarop artikelen per technisch domein zijn gegroepeerd.
Hoe kan ik op de hoogte blijven van nieuwe artikelen?
Nieuwe artikelen worden aangekondigd via de professionele kanalen van Corvus Intelligence. Lezers kunnen ook rechtstreeks de pagina Alle Artikelen raadplegen, die standaard op datum is gesorteerd zodat de meest recente inhoud als eerste verschijnt. Voor redactionele vragen of om een onderwerp voor te stellen, neemt u contact op via contact@corvusintell.com.