**Certified software, proven on both international and regional airports.**. 'At AIROTEC®, problem-solving runs in our DNA.
Funding
Funding not disclosed
Founders
Product
Problem
Airports need reliable, real-time information on weather conditions and airfield lighting to ensure safe flight operations, but many existing systems are outdated, lack integration with regulatory standards, and require manual calibration processes that are time‑consuming and error‑prone.
Solution
Airotec provides certified software platforms—AWOS for automated weather observation and DeFI for airborne PAPI calibration—that automate data collection, analysis, and reporting for airport operations. The solutions are fully compliant with ICAO, Eurocontrol, EASA, and WMO regulations, ensuring that the information meets international safety standards. AWOS delivers continuous, localized weather monitoring for airports, regional airfields, helipads, and vertiports, while DeFI enables precise, in‑flight calibration of precision approach path indicator systems. Processed data are delivered to operators via customizable dashboards and can be integrated with existing airport management systems, reducing manual workload and improving decision‑making speed. By automating these critical safety functions, Airotec helps airports maintain higher safety margins and operational efficiency.
Target Audience
Primary customers are airport operators, air navigation service providers, and aviation authorities responsible for runway lighting and weather monitoring at international, regional, and private airfield facilities.
Features
- Automated weather data acquisition with sensors tailored for airports, private airfields, helipads, and vertiports
- Real‑time weather forecasting and alerts integrated into a web‑based dashboard
- Airborne PAPI calibration (DeFI) that performs precise, on‑the‑fly checks of approach lighting systems
- Full compliance with ICAO, Eurocontrol, EASA, and WMO standards, including ISO and SMS certifications
- Proprietary patents underpinning the data processing algorithms for both weather monitoring and lighting calibration
- Compatibility with existing airport IT infrastructure via API and data export options
- Scalable deployment for both large international hubs and smaller regional airports