EUROLYNX

👩🏻‍💻 Who we are

We are a team of young Spanish Air and Space Force Officers and also technology enthusiasts with engineering. Our team consists on:

• 2nd Lieutenant. Javier Manuel Sáenz García: Bachelor’s Degree in Computer Engineering and M.Sc. in IT Management. 
• 2nd Lieutenant. Martín Arturo Guerrero Romero: Bachelor’s Degree in Computer Engineering in Software Engineering. M.Sc. in Business Consulting.
• 2nd Lieutenant. Raúl Moreno Sáez: Bachelor’s Degree in Telecommunications Engineering (majoring in Image and Sound). 
• 2nd Lieutenant. Andrés Ruz Nieto: Master´s Degree in Telecommunications Engineering (majoring in Telematics). PhD. Student at LoRaWAN technology.
• 2nd Lieutenant. Daniel Pascual Antón: Bachelor’s Degree in Telecommunications Engineering (majoring in Telecommunications Systems). M.Sc. in Quantitative Finance and M.Sc. Business Administration.

🇪🇺 EUROLYNX

🔍 Context and Problem

In military and intelligence operations, the generation of visual intelligence reports is a critical but time-consuming process.

• ⏱️ Average report preparation time: ~18 hours

• 🛰️ Average satellite revisit time: ~10 hours

• 📊 Over 10,000 reports produced in Spain alone

This time gap between image acquisition and analysis reduces the effectiveness of decision-making in time-sensitive missions, such as troop movements or personnel extraction.

🤖 Proposed Solution

EUROLYNX is a private Generative Artificial Intelligence (AI) tool designed to:

• Analyze satellite and aerial imagery

• Automatically detect changes and anomalies

• Generate intelligence reports in less than one hour, using previous reports as training data

•  Imagery analysts remain in full control of the validation process — the AI assists, but does not replace, human judgment.

💎 Value Proposition

• Efficiency: drastic reduction in report preparation time

• Decision Support: early warnings and automatic pre-analysis

• Human-like Interaction: natural communication with users

• Dual-Use Technology: suitable for military and civilian scenarios (emergencies, disaster response, etc.)

🛡️ Technical Features

🗓️ Roadmap (8-Week Development Cycle)

🧭 Methodology: Scrum.

💰 Budget – €45,000

🚀 Future Development Lines

• Creation of combat scenarios for flight simulators

• Integration into mission and avionics systems

• Scalability to allied units for interoperability

• Potential inclusion in the FCAS (Future Combat Air System) program

🎯 Mission Statement

“Turning information into action — before it’s too late.”