Dallmeier electronic and Navtech Radar have announced that they will be showcasing their latest technologies at inter airport Europe 2025.
The show is set to take place from 7-9 October 2025 in Munich, Germany with Dallmeier and Navtech Radar showcasing integrated security and process solutions in airport operations at stand 720 in hall B6.
According to the company, the focus will be on video and radar technologies to increase security, make processes more efficient and reduce costs significantly.
Airport solutions
Dallmeier explains that its solutions are used at airports worldwide throughout the entire process chain, including:
- Car parks
- Terminals
- The apron area
- The runway
- Perimeter protection
Combining “Made in Germany” video technology with Navtech Radar’s highly developed radar systems enables holistic situational awareness for airside operations in all weather and lighting conditions, the company adds.
Effective perimeter protection
Fences and patrols alone are no longer sufficient to prevent unauthorised access to or disruption of the airside area, reports Dallmeier.
In response, Dallmeier has developed the Panomera Perimeter solution, which uses specialised AI to provide optimum perimeter protection.
In cooperation with Navtech Radar, a fully integrated system of radar and video data has been created that enables the monitoring of large areas.
Dallmeier explains that security forces and those responsible benefit from a lower false alarm rate and direct visual verification in real time.
One system for a runway
Runways also present a significant challenge for optical monitoring systems. Without an overview, it is difficult to control processes efficiently.
The company highlights that the Panomera S8 Runway is suitable to combat these issues.
The combination of two multifocal sensor cameras at a single installation point creates an extremely wide horizontal field of view, making it suitable for runway protection.
This comprehensive view is supplemented by various high-resolution zooms in all image areas. The results are smooth processes and reduced infrastructure costs.
Combatting staff shortages
Regional airports, in particular, are struggling with limited budgets and staff shortages.
One possible solution is the remote tower, developed by Dallmeier in collaboration with its technology partner TRIAC.
The company says that this solution allows air traffic controllers to oversee flight operations remotely at multiple regional airports from a central location.
Integrating Panomera technology and extended video analysis functions such as automated aircraft tracking and displaying flight data directly in the video stream improves the situational awareness of air traffic controllers and mitigates runway incursions.
Optimised passenger flow with Panomera
It is becoming increasingly important for airport management to enhance the passenger experience and minimise the time spent on check-in, security checks and passport control, the company notes.
Dallmeier’s Panomera multifocal sensor technology provides high-resolution video images and valuable metadata such as the number of people, waiting time data and information on crowds.
The company explains that this information enables precise real-time analysis and control of passenger flow and provides airport management with a sound basis for optimising processes.
The result: shorter waiting times, increased passenger satisfaction and more efficient operations across all departments.
Greater efficiency and security in airport operations
With a clear focus on holistic security and process solutions, Dallmeier says that it will demonstrate how intelligent video surveillance, supplemented by radar technology, can contribute to effective security and increased efficiency in airport operations at inter airport Europe.
“Significantly improve”
Karlheinz Biersack, Director Business Development Airport, Dallmeier commented: “Our solutions enable airport operators to recognise security risks at an early stage, respond appropriately and significantly improve operational efficiency.”
