F.NOUS Technology

IR DIGITAL TWINS

Physics-Grounded Simulation for AI Validation & Synthetic Data

TRL 4 Ready Sovereign EU Tech

The Data Gap

The Problem: AI Hallucinations

Training AI for LWIR/MWIR sensors with real data is prohibitively expensive. Standard models fail to understand complex thermodynamics and atmospheric attenuation.

Our Solution: FNT RTSim SW

A physics-based Digital Twin that simulates real-time heat exchange, emissivity, and thermal inertia, generating pixel-perfect synthetic datasets for AI grounding.

Core Competencies:

  • Physics-Based Rendering (PBR)
  • High-fidelity Sensor & Noise Modeling
  • 100% Automated DRI AI Labeling

Sim-to-Real Pipeline

From Virtual Thermodynamics to AI QKV Tokens

1. PBR Engine

THERMODYNAMICS

2. Sensor Model

LWIR ATTENUATION

3. AI Grounding
CLASS: TARGET_UAV

DRI TOKENS

root@fnt-rtsim:~#

Data Gen

10k+ FPS

DRI Labeling

100% Auto

Sim-to-Real

> 98% Acc

EU Funding Targets

Horizon CL4

DIGITAL-EMERGING-09

Advanced Local Digital Twins using AI for Early Warning.

EDF 2026

STEP / CSBI

Strategic Autonomy: Surface-to-seabed situational awareness.

Consortium Role

  • Work Package Lead Expertise in Synthetic Data Generation & AI Validation.
  • Integration Primes Looking to plug FNT RTSim into C2 systems and Smart City Twins.

Deploy the Twin

Integrate our 20 years of EO systems expertise into your next major proposal.

Contact F.NOUS Technology

Athens, Greece

Collateral & Marketing Documents

Capability Statement

Technical White Paper

Platform Roadmap

API/Datasheet

Pitch Deck

Sovereignty Statement