Our laboratories are spaces for applied experimentation where advanced technologies take shape. XRLab, SimLab, and DroneLab are part of a broader TXT ecosystem of expertise, which includes simulation, embedded systems, robotic automation, UX/UI, digital twins, and platforms for the digitalization of industrial processes.

Our
XRLab

XRLab is the laboratory where extended reality (XR)—in its most complete form of virtual, augmented, and mixed reality—reaches the highest level of industrial application sophistication.

Here we develop and validate next-generation training solutions within photorealistic immersive environments that accurately replicate the operational complexity of the real world.


The lab is equipped with professional XR workstations, ultra-high-resolution headsets, motion-tracking systems, and a real-time monitoring LED wall, ensuring uncompromising levels of immersion and realism.

What We Develop


- Immersive training systems maintenance, designed to enhance personnel skills through realistic simulations.
- Collaborative multi-player XR applications enabling distributed teams to work together in shared virtual environments.
- Photorealistic simulation environments for cockpits and cabins, accurately replicating real operational conditions.
-  AI-integrated adaptive training solutions that personalize learning experiences based on individual performance.
-  Virtual reality performance assessment tools to monitor progress and optimize learning in real time.

What We Develop


- Immersive training systems maintenance, designed to enhance personnel skills through realistic simulations.
- Collaborative multi-player XR applications enabling distributed teams to work together in shared virtual environments.
- Photorealistic simulation environments for cockpits and cabins, accurately replicating real operational conditions.
-  AI-integrated adaptive training solutions that personalize learning experiences based on individual performance.
-  Virtual reality performance assessment tools to monitor progress and optimize learning in real time.

Our
SimLab

SimLab is the laboratory where advanced flight simulation technologies achieve their highest industrial and scientific expression.
Here, innovation is integrated with artificial intelligence for predictive monitoring and dynamic adaptation of professional training.

At the core of the lab are two professional simulators—Airbus A320 and Boeing 737 MAX—used to develop and test new flight models, simulation architectures, and AI algorithms that assess pilot performance in real time.


SimLab goes beyond training: it is a research laboratory where new paradigms of human factors assessment are explored, next-generation certified avionics systems are designed, and industrial automation solutions are tested to maximize efficiency and reliability.

What We Develop


-Advanced certifiable simulation systems for pilot training
-Artificial intelligence algorithms for cognitive monitoring and performance analysis
-AI-based adaptive training platforms for personalized learning experiences
-Synthetic simulated environments for testing new avionics systems
-Human factors assessment solutions for next-generation avionics

Cosa sviluppiamo


- Sistemi avanzati di simulazione certificabili per la formazione dei piloti.
- Algoritmi di intelligenza artificiale per il monitoraggio cognitivo e l’analisi delle performance.
- Piattaforme di training adattivo basate su intelligenza artificiale per esperienze formative personalizzate.
- Ambienti sintetici simulati per testare nuovi sistemi avionici.
- Soluzioni di human factors assessment per l’avionica di nuova generazione.

Our
DroneLab

DroneLab is the laboratory dedicated to autonomous flight systems, with a focus on onboard systems, computer vision, artificial intelligence, advanced sensors, and ground systems including ground stations, airspace management, and drone-to-drone communication.

In a rapidly evolving sector, Futura positions itself as a development and experimentation center for technologies that will make drones key players in urban air mobility and defense and security operations.


The lab is equipped with professional drones, workstations for building advanced ground stations, and specialized software suites for designing human-machine interfaces and next-generation avionics systems.

 

What We Develop


-Intelligent onboard systems for drones and autonomous platforms
-Advanced ground stations for managing and controlling autonomous systems
-Next-generation human-machine interfaces (HMI) for drone operators
-Computer vision algorithms for autonomous navigation

Cosa sviluppiamo


- Sistemi di bordo intelligenti per droni e piattaforme autonome.
- Ground station avanzate per la gestione e il controllo dei sistemi autonomi.
- Interfacce uomo-macchina (HMI) di nuova generazione per operatori di droni.
- Algoritmi di computer vision per la navigazione autonoma.