FEE CTU: Autonomous Robots, Cybersecurity, and Network Simulation

At the FEE CTU exhibition, visitors will see live demonstrations in acoustic detection, cybersecurity, autonomous robotics, and wireless communication systems. Special attention will be given to solutions that work without access to GNSS (Global Navigation Satellite Systems), including mobile units for perimeter protection and autonomous navigation in the field. Results from projects under the NATO Science and Technology Organization (STO) research platform will also be presented.

"Our ambition is to demonstrate that our faculty has the technology and know-how with tangible benefits for the defense industry and for preparing human resources in the security sector. In many areas, we are already a trusted partner for both public and private organizations—whether it's measuring communication network quality, explosive detection sensors, or expert education in cybersecurity," says Prof. Petr Páta, Dean of FEE CTU, which has long been committed to integrating research, education, and technology transfer into practice. Many systems are being co-developed by students, who gain unique experience through internships in public administration or with industry partners.

As part of the Czech Technical University in Prague, the Faculty of Electrical Engineering is a partner of the Czech Army through a memorandum on cooperation in the development of breakthrough technologies and has repeatedly conducted joint educational and research projects. Participation in IDET 2025 is a natural extension of this cooperation and an opportunity to form new partnerships.

Security Robot Operates Autonomously Even in GNSS-Denied Environments

Prof. Jan Faigl's team from the Computational Robotics Lab at the FEE CTU AI Center will present an autonomous ground robot designed to guard critical infrastructure in GNSS-denied environments. The robot features a four-wheel drive with on-the-spot rotation, a sensory tower with two 360° lidars, and multiple cameras, including multispectral ones. Developed in cooperation with the Czech Ministry of the Interior, it is designed for long-term autonomous operation with wireless charging. Upon perimeter breach, the robot autonomously approaches the location, initiates recording or an acoustic alarm, and coordinates with human guards.

"Our goal is to create a system that proves autonomous patrolling is both technologically and practically feasible," says Ph.D. student Jiří Kubík, who co-develops the software and sensor systems.

Autonomous Platform for Fast Off-Road Mobility

Assoc. Prof. Tomáš Haniš's team from the Department of Control Engineering will unveil a new autonomous platform for dynamic ground robot movement. Unlike standard systems focused solely on path planning, this platform emphasizes real-time handling of challenging maneuvers on unpredictable terrain.

"We aim to drive as fast as possible in the given environment, without compromises caused by computational or control limitations. It’s not just about where the robot goes, but how it gets there," explains Haniš.
Built upon automotive technologies, this system represents a technological transfer into the robotics domain. The team’s capabilities were demonstrated when the FEE CTU student team won first place at an autonomous vehicle competition in Toronto, surpassing 38 international universities.

E-Shaper: Network Emulation for Defense and Education

The Department of Telecommunication Engineering will present the E-Shaper and F-Tester® EDU Kit—compact technologies for emulating and deliberately disrupting telecommunication networks. These tools test system resilience and support cybersecurity education, featuring components that simulate data traffic and faults. They include lab exercises for use in vocational schools or training for military and security forces.
“We aim to showcase a fully transparent solution that enables realistic communication emulation even in jamming conditions—whether for staff training or technology verification in the defense sector,” says Dr. Zbyněk Kocur, head of the development team.

The tool, drawing from earlier projects like the Hydronaut deep-sea mission simulation, supports various network types and scenarios—from school labs to critical military simulations. Experts from CETIN have adopted the F-Tester® in real-world conditions to test new mobile network generations, while schools can access the educational version at a discounted price.

Acoustic Detection and Sensors for Modern Defense

The Department of Measurement will showcase a gunshot detection system using AI to determine the shooter’s location, weapon type, and caliber. With precise detection and real-time processing, this system outperforms common commercial alternatives and suits both military and civilian use (e.g., in schools or hospitals).
“This is the practical result of long-term academic research in sensor technology and signal processing, developed entirely within the university,” says Prof. Jan Holub, department head.
Additional defense-related sensors and measurement technologies on display include a drone with a magnetic sensor for detecting explosives and landmines, a GNSS jamming detector already used by security forces, and a laser weapon simulator with a speech intelligibility test under stressful conditions. These innovations reflect FEE CTU’s commitment to applying modern sensors and signal processing methods to defense, in close cooperation with military and industrial partners.

Cybersecurity: From Consulting to International Certifications

The Netacad group at FEE CTU provides comprehensive cybersecurity services—from expert consulting to training for international certification. They help public and private organizations assess IT system resilience, ensure compliance with regulations (e.g., NIS2), and develop staff capabilities. All training is delivered in Czech by certified professionals.
“We’re the only academic CompTIA partner in the Czech Republic. Our goal is to offer clear, practical guidance on how to defend against cyber threats and build resilient organizations,” says Dr. Jaroslav Burčík, head of the FEE CTU Cybersecurity Center.
One notable project is a strategic collaboration with the Office of the Government of the Czech Republic, based on a memorandum signed at the end of 2023. This includes initial security assessments, employee training, and pilot student internships.
“Cybersecurity is about people. Our job is to change habits, prevent threats, and offer organizations an expert team that sees their infrastructure through the eyes of an attacker—then helps them improve it,” Burčík adds.
FEE’s training programs are open to state institutions and companies in critical infrastructure and defense, including a specialized curriculum for Czech Army personnel.

Original article: FEE CTU website