Defense software · Pardubice, CZ

Software for the
electromagnetic
battlespace.

We build AI-driven tools for electromagnetic warfare, computer vision and open-source intelligence — engineered by operators, deployed to NATO standards, ready to ship.

Request a demo → Explore products
NATO APP-6
Doctrine-grade schemas
EW-EDMT
Native integration & ORBAT
Air-gappable
On-prem & sovereign deployment
NATO-aligned
Decades of standards work

Trusted by defense primes & institutes

  • ERA
  • R-SYS
  • Omnipol
  • JISR Institute

Products

Three platforms. One operational philosophy.

Built for analysts and operators who need answers — not dashboards. Every feature ships because someone in the field asked for it.

01 · Open-source intelligence

OSINT Tool

A platform for military OSINT analysis. Extracts structured intelligence from open sources and generates reports with per-field provenance.

  • Per-field provenanceEvery field carries its source and the model's reasoning — a data model, not a footnote.
  • NATO APP-6 schemasUnits, platforms, emitters, weapons, sites. Doctrine-driven, not free text.
  • OSINTREP · SPOTREP · ORBATStructured products + EW-EDMT export. Web, news, SOCMINT (Telegram, X), geospatial, imagery.
  • Sovereignty by designDocker-deployed on your hardware, your LLM (vLLM · Ollama · DGX), proxy egress, full offline mode.
02 · Image intelligence

IMINT Platform

A distributed, scalable platform that manages cameras and compute nodes — real-time detection, tracking and geometry, drop-in for any C2 system.

  • Detect & trackTrained drone classifier (multirotor / fixed-wing) with persistent IDs across frames and occlusions.
  • One camera or manyMonocular Z-estimation from optics & AI-derived size · stereo fusion for true 3-D, velocity, altitude.
  • Static + PTZStatic cameras detect; PTZ auto-cues, locks and zooms — one unified target list.
  • C2-readyREST · WebSocket · webhook · SAPIENT & STANAG-aligned outputs — Jetson edge to multi-GPU server.
03 · Radar emitter intelligence

Keres

A custom SOTA model that classifies and identifies radar emitters straight from pulse-stream input — one frozen encoder, four operator workflows.

  • Four heads, one encoderClassify, detect unknown, search by example, discover — all from the same embedding.
  • Today · VERA-NG EW-EDMTNative ingest from the VERA-NG EW-EDMT format used in NATO programmes.
  • Next · raw PDWRoadmap moves to Pulse Description Words direct from the sensor.

Capabilities

What we bring to the table.

Software is the artefact. The real product is decades of operational experience compressed into tools your team can use today.

/ 01

EW expertise

Built and maintained by engineers who spent years in operational electromagnetic warfare. Real signal environments, real OPSEC, real constraints — designed in, not bolted on.

/ 02

Agile delivery

From concept to deployed binary. We work in two-week increments with the people who'll actually use the tool — and we ship to production, not to a slide deck.

/ 03

Applied AI & computer vision

We use AI where it pays — entity resolution at scale, vision-based detection and tracking, anomaly surfacing across signal and imagery domains. Every model is evaluated against the operator's task, not a leaderboard.

/ 04

NATO interoperability

Decades of practical work against NATO standards. Our outputs slot into partner systems without translation layers — because we built them to.

Standards & compliance

Engineered to integrate, not to impress.

Defense software is only useful when it speaks the language of the partner on the other side of the network. We ship to the standards your stack already expects.

Talk to engineering →
  • NATO APP-6 Military symbology & doctrine-driven schemas — units, platforms, emitters, weapons, sites.
  • EW-EDMT Native integration with the Electronic Warfare Emitter Database Management Tool.
  • ORBAT Order-of-battle creation workflows aligned with allied conventions.
  • Air-gap ready Deployments validated in classified, fully air-gapped environments.

Approach

From idea to deployed binary.

A three-step path that fits how defense programs actually move. No twelve-month vendor cycles, no PowerPoint deliverables.

  1. 01

    Discovery

    We sit with the operators. Map the workflow, the threat, the OPSEC envelope. Output: a written problem statement everyone signs off on.

  2. 02

    Prototype

    Two to six weeks to a working prototype in your environment. Iterated with users, not built in a vacuum.

  3. 03

    Deploy

    Hardened, documented, transitioned to production — SaaS, on-prem, or air-gapped. With a support contract that survives the deployment.

About

A small team for serious problems.

Eos Applications is an independent Czech software company based in Pardubice. We build defense-domain tools for customers who need them to work the first time — and to keep working when the environment doesn't cooperate.

We hold ourselves to two standards: the published one (STANAG, NATO interoperability) and the unwritten one (does the operator trust the tool when it matters most). Both have to be met.

Contact

Talk to us.

Procurement, capability briefing, technical review, or a problem you can't yet describe in writing — email us directly and we'll reply within two business days. For classified topics, request a secure channel.

sales@eos-applications.com
Eos Applications s.r.o. · Průmyslová 462 · 530 03 Pardubice · Czech Republic