Ontwikkeling / Cybersecurity

Militair Cybersecurity Platform Ontwikkeling

Wij ontwerpen en bouwen cyberdefensie-platforms voor militaire en inlichtingenorganisaties — van LLM-aangedreven dreigingsintelligence-pipelines en SOC-dashboards tot SIEM-integraties en geautomatiseerde incidentrespons. Ons team heeft directe operationele ervaring met het runnen van een SOC onder actieve conflictomstandigheden.

Consultatie Boeken
Bewezen SOC Cyberoperaties op nationaal niveau in Oekraïne
LLM in Productie Corvus.Sense — live dreigingsintelligence
ISO Gecertificeerd 9001 · 27001 · 45001

De Uitdaging

Cyberoperaties op militair en inlichtingenniveau brengen een dreigingsoppervlak met zich mee dat commerciële beveiligingstools nooit zijn ontworpen om aan te pakken. Staatsniveau-tegenstanders opereren met nationale middelen, zero-day-pipelines en persistente toegangscampagnes die maanden duren. De gevolgen van een inbreuk gaan verder dan dataverlies — ze omvatten aangetaste missie-integriteit, blootstelling van menselijke bronnen en verstoring van C2-infrastructuur op het slechtste mogelijke moment.

Wat Wij Bouwen

Cyber Threat Intelligence Platforms

End-to-end CTI-pipelines die dreigingsdata inlezen, normaliseren, correleren en verspreiden. STIX/TAXII-conform, MITRE ATT&CK-gekoppeld en geïntegreerd met MISP voor coalitiedeling.

Automatisering Incidentrespons-Workflow

SOAR-achtige playbook-engines die triage, inperkingsstappen en analystenmeldingen automatiseren. Verlaagt de mean-time-to-respond (MTTR) onder operationele tempobeperkingen.

Kwetsbaarhedenbeheer Dashboards

Asset-inventaris, CVE-tracking, exploiteerbaarheidsscore en prioritering van herstelmaatregelen — afgestemd op de operationele beperkingen van defensienetwerken en legacy-infrastructuur.

Cyber Situational Awareness Feeds

Real-time dashboards die indicators of compromise (IOC's), campagne-attributie en activiteit van dreigingsactoren aggregeren tot een gemeenschappelijk cyberoperationeel beeld voor commandoniveau.

SIEM / SOAR Integraties

Maatwerk-connectors, detectieregels en verrijkingspipelines voor Wazuh, Splunk, Microsoft Sentinel en open-source stacks. MITRE ATT&CK-getagde detecties met afgestemde fout-positiefpercentages.

OSINT-gebaseerde Dreigingsbewaking

Geautomatiseerde verzameling en NLP-gestuurde classificatie van dreigingssignalen uit Telegram-kanalen, dark-web-fora, paste-sites en sociale media — dezelfde aanpak als in Corvus.Sense.

Gebouwd Met Corvus.Sense

LLM-aangedreven Cyber Threat Intelligence — In Productie

Corvus.Sense is ons eigen CTI-platform dat grote taalmodellen gebruikt om cyberaanvallen uit open-source kanalen te detecteren, classificeren en volgen in real time. Het bewaakt Telegram, paste-sites, hackersforums en publieke kwetsbaarheidsdatabases — extraheert gestructureerde dreigingsdata, attribueert campagnes aan bekende dreigingsactoren en brengt bruikbare inlichtingen voor SOC-analisten aan de oppervlakte. Gebouwd voor en bewezen in de nationale cyberdefensieoperaties van Oekraïne, beschikbaar als zelfstandig product én als intelligentielaag in uw maatwerk-platform.

Verken Corvus.Sense

Waarom Corvus

Oekraïne SOC — Bewezen Operationele Ervaring

Ons engineeringteam heeft tooling gebouwd en bediend voor een nationaal SOC dat verdedigde tegen staatsgesponsorde APT's, ransomware-groepen en destructieve wiper-campagnes tijdens actief conflict. Wij begrijpen wat "operationeel tempo" onder druk werkelijk betekent.

LLM-aangedreven Dreigingsintelligence in Productie

Corvus.Sense is geen proof of concept — het is een productieplatform dat dagelijks miljoenen OSINT-signalen verwerkt. Wij brengen dezelfde LLM-pipeline-engineering naar uw maatwerk-CTI-vereisten.

Defensienormen & Certificeringen

ISO 9001, ISO 27001 en ISO 45001 gecertificeerd. Wij volgen SSDLC-praktijken (Secure Software Development Lifecycle) en ontwerpen vanaf dag één voor gerubriceerde deploymentbeperkingen.

MITRE ATT&CK & Normenafstemming

Elke detectieregel, dreigingsrapport en datamodel die wij produceren is gekoppeld aan MITRE ATT&CK. Wij bouwen conform STIX 2.1, TAXII 2.1 en MISP-normen zodat uw inlichtingen vanaf dag één interoperabel zijn met bondgenootschappelijke partners.

Frequently Asked Questions

What is a military cybersecurity platform?

A military cybersecurity platform is a purpose-built suite of tools that enables defense and intelligence organizations to detect, analyze, and respond to cyber threats at operational tempo. It typically includes a cyber threat intelligence (CTI) pipeline, a security information and event management (SIEM) layer, incident response workflows, and analyst dashboards — all hardened for classified or sensitive environments and designed to handle state-level adversaries and advanced persistent threats (APTs).

Do you integrate with existing SIEM/SOAR tools?

Yes. We build integration layers and custom connectors for leading SIEM and SOAR platforms including Wazuh, Splunk, IBM QRadar, Microsoft Sentinel, and open-source alternatives. Our pipelines normalize and enrich events using MITRE ATT&CK taxonomy before forwarding them, so your existing analyst workflows and detection rules continue to function without rearchitecting your SOC.

Can you build STIX/TAXII-compliant CTI pipelines?

Yes. We design and implement cyber threat intelligence pipelines using the STIX 2.1 data model and TAXII 2.1 protocol for interoperable threat sharing. We integrate with MISP threat-sharing platforms and can connect your pipeline to national and allied CTI feeds, ensuring that intelligence produced by your SOC is shareable across coalition partners in a standards-compliant format.

How do you handle classified cyber intelligence?

We architect systems with data-classification controls from the ground up: network segmentation, role-based access control, audit logging, and encryption at rest and in transit. For organizations operating at classified levels, we design deployment topologies that can run in air-gapped or cross-domain environments. All code is developed under NDA, and our team has direct experience delivering platforms for Ukraine's Ministry of Defense and national-level security agencies operating in live conflict conditions.

What technologies do you use for building military cybersecurity platforms?

We build military cybersecurity platforms using Elasticsearch and OpenSearch for log aggregation and threat search, Kafka for high-throughput event streaming, Python and Go for detection logic, and containerised microservices on Kubernetes. For threat intelligence pipelines, we work with MISP, OpenCTI, and custom STIX/TAXII implementations.

Can Corvus build custom threat detection rules and automated playbooks?

Yes. We develop custom detection rules using Sigma, Yara, and MITRE ATT&CK-mapped logic tailored to your operational environment. Automated response playbooks can be built for common threat patterns, reducing mean time to respond and analyst workload on repetitive incidents.

Do you build security dashboards and visualization tools?

Yes. We develop security operations dashboards that provide real-time visibility into threat events, alert queues, network telemetry, and response status. Dashboards are designed for both SOC analyst workflows and executive reporting, with role-based views and configurable alert thresholds.

What compliance frameworks do you support in cybersecurity development?

We develop systems aligned with NATO STANAG cybersecurity requirements, ISO/IEC 27001, NIST SP 800-53, and country-specific defense security standards. Compliance documentation and audit trail capabilities are built into platforms from the ground up, not retrofitted.

Do you conduct security assessments and penetration testing?

Yes. Corvus Intelligence conducts threat modelling, security architecture reviews, and targeted penetration testing as part of development engagements. We also provide standalone security assessments for existing systems to identify vulnerabilities before they reach production environments.

How do we start a cybersecurity development project with Corvus?

Begin by contacting us with an overview of your operational environment, threat landscape, and technical requirements. We conduct an initial scoping session to define the architecture and engagement model. Use the contact form on this page or reach us at contact@corvusintell.com.

Our Approach
01
Threat Model & Intelligence Requirements

We begin by mapping your adversary landscape, defining collection priorities, and aligning intelligence requirements to operational needs — not generic compliance frameworks.

02
Data Pipeline & Correlation Rules

We build ingestion pipelines, normalization layers, and MITRE ATT&CK–mapped detection rules tuned to your environment — minimizing false positives without sacrificing coverage.

03
Analyst Workflow & Feedback Loops

Dashboards and tooling are built around how analysts actually work. We instrument feedback loops so detections improve over time from analyst judgments — not just rule updates.

Technology Stack

Python Elasticsearch Kafka LangChain Hugging Face MISP STIX/TAXII Wazuh Suricata Zeek PostgreSQL ClickHouse

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