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A year has passed since a devastating wildfire swept through the Hoge Kempen National Park in Limburg, Belgium, yet there remains no new detection system in place to prevent such disasters from occurring again. The incident, which occurred in May 2025, saw approximately 35 hectares of heathland consumed by flames, highlighting the need for more advanced monitoring systems. Despite this, current fire detection relies heavily on human observation, with three watchtowers and lookout posts staffed until 7 p.m., leaving the area unmonitored after office hours. This situation has raised concerns among local officials about the vulnerability of the region, particularly as the park is still recovering from the damage caused by last year's fire and could remain susceptible to future incidents until 2027.

The current system depends on manned watchtowers, lookout points, and reports from citizens. Although the Flemish government allocated four million euros for the implementation of camera and AI-based detection systems, these technologies have not yet been deployed. Vlaams parliament member and mayor of As, Tom Seurs (N-VA), has expressed frustration over the delay, emphasizing that existing technology should already be in use. He argues that the techniques required for early fire detection exist and questions why they are not being utilized immediately. Seurs believes that the allocated funds should be used more urgently to implement these systems sooner rather than later.

Minister of Environment Jo Brouns (CD&V) acknowledges the importance of investing in improved fire detection but maintains that the current approach is sufficient. He highlights that some areas in North Limburg are already using drones equipped with thermal cameras and notes the success of smart cameras on the Kalmthoutse Heide, capable of detecting smoke plumes up to 20 kilometers away. However, Brouns concedes that testing different methods on-site will take time and that careful preparation is necessary before deploying the allocated resources effectively.

Despite the delays, the Flemish government has taken steps to enhance its capacity for managing wildfires. Recently, 110 volunteers received certificates following specialized training in wildfire management. These efforts indicate that while technological solutions are being developed, immediate action is also being taken to improve preparedness and response capabilities. Nevertheless, the lack of a fully operational detection system leaves the region exposed during periods of high risk, especially during dry seasons when fires can spread rapidly.

Both Seurs and Brouns agree on the urgency of addressing the issue, though their perspectives differ on how quickly solutions should be implemented. Seurs advocates for quicker deployment of available resources to ensure protection during the upcoming summer months, while Brouns emphasizes the need for thorough planning and testing before rolling out new technologies. He also acknowledges the challenge posed by intentional acts of arson, noting that even the most advanced systems might struggle to prevent deliberate attempts to start fires during the night.

As the region continues to recover from the previous fire, the effectiveness of the current monitoring strategy will be tested over the coming months. The first wave of technological assistance is expected to be rolled out by spring 2027, but whether the combination of citizen reports and observational methods will suffice to prevent another disaster remains uncertain. In the meantime, the absence of a comprehensive detection system underscores the ongoing vulnerability of the Hoge Kempen National Park and raises important questions about the balance between technological readiness and immediate protective measures.