NETTEN·SYSTEMS
Netten Systems Sp. z o.o. · Nowęcin, Poland

Real-time systems,
applied to autonomous sensing.

Netten Systems builds real-time distributed software and the hardware it runs on. Three decades of engineering large-scale interactive systems now serve two product lines: acoustic detection of unmanned aircraft and an autonomous long-endurance observation UAV.

Explore the product lines ↓ Contact →
FIG. 0 — system mapone core · two sensors
CORE COMPETENCY · ~30 YR · IN-HOUSE real-time distributed software networking · autonomy · DSP · edge ML · embedded GROUND AIR 01 — SONICEYE FLAGSHIP acoustic UAV detection passive probe network · edge ML classification status: pilot program open 02 — "FLAT GOOSE" IN DEVELOPMENT autonomous observation UAV long-endurance flying wing · in-house autopilot status: prototype built · flight tests ahead
one spine, two sensors — SonicEye listens from the ground, Flat Goose observes from the air; both run on the same in-house software and networking stack that built large-scale interactive worlds.
01Flagship · acoustic detection

SonicEye — before a drone is visible, it is audible.

Pilot program open

An acoustic system for detecting unmanned aerial vehicles: a network of high-sensitivity probes with real-time signal analysis and machine-learning classification running at the edge. The system is fully passive — it emits nothing and reveals no position.

  • Passive by design — zero emissions, 24/7 listening
  • Signal-level precision — real-time spectral and temporal analysis
  • Edge ML classification — alerts only after confirmed detection
  • Two variants — fixed civilian installation, and a mobile specialist version with zero RF emissions
Full technical details — soniceye.pl → EN version →
FIG. 1 — passive acoustic detectionschematic
UAV · SOUND SOURCE HIGH-SENSITIVITY PROBE DSP EDGE ML ALERT ALERT ONLY AFTER CONFIRMED CLASSIFICATION
fully passive — the system emits nothing and reveals no position.
02In development · autonomous UAV

HC Wing "Flat Goose" — long-endurance autonomous observation.

Prototype built · flight test campaign ahead

A flying-wing UAV designed for long-endurance autonomous observation missions: maritime search-and-rescue support in the Baltic Sea, environmental monitoring, surveillance and mapping. The fuselage itself is a flat lifting surface — the origin of the name.

  • Proprietary autopilot and full software stack — networking, autonomy, sensor integration — developed in-house by Netten Systems
  • Same real-time distributed core as SonicEye
  • Deliberately European-sourced components for supply-chain security

Seeking production partners

We are looking for partners in three areas. IP and design remain with Netten Systems.

  • composite airframe production
  • electronics manufacturing
  • communications payloads
Discuss a partnership →
FIG. 2 — planformschematic · not to scale
2.12 m FUSELAGE = LIFTING SURFACE DUAL PROPULSION HONEYCOMB STRUCTURE
illustrative schematic — the actual airframe geometry differs.
Design specificationprototype
configurationflying wing; fuselage as flat lifting surface
wingspan2.12 m
structurehoneycomb — lightweight, strong
mass, equipped~1.6 kg
endurancedesign target 3–4 h — to be confirmed in flight testing
propulsiondual-redundant
controldual-redundant
connectivityLTE/GSM · satellite on the roadmap
sourcingdeliberately European components
figures are design specifications of the prototype, not flight-proven performance. We publish results when we have them.
03Technology heritage · licensing

Real-time interactive worlds platform.

Available for licensing and partnership

Proprietary software for creating online interactive worlds at very large scale — an exceptionally efficient real-time distributed simulation technology developed over many years. It is the engineering foundation of the company: the same real-time, distributed, high-concurrency expertise now applied to sensor networks and autonomous systems.

Licensing inquiries →
FIG. 3 — distributed simulationschematic
REAL-TIME · DISTRIBUTED · HIGH-CONCURRENCY
the engineering foundation — not an actively marketed consumer product.
About

Three decades of real-time systems.

Netten Systems has spent roughly thirty years shipping real-time interactive systems at large scale. That expertise — keeping many things synchronized, responsive and reliable at once — is now applied to acoustic detection and autonomous maritime observation. Our philosophy is simple: tests and data over marketing claims.

real-time software DSP electronics embedded systems machine learning systems engineering
Contact

Talk to the engineers.

Email

biuro@netten.systems

Pilot program · partnerships · licensing · technical questions

Company registration

Netten Systems Sp. z o.o.
Spacerowa 4, 84-360 Nowęcin, Poland
KRS 0000534033 · NIP 8411715727