Children's safety begins long before the school doorstep — on every meter of their daily route.
August 2025 presents de-occupied communities with a difficult task. The approaching school year forces local administrations and families to seek a delicate balance between the need for children's socialization and strict physical safety requirements. In recent years, significant humanitarian and state efforts have been directed toward equipping reliable shelters directly within educational institutions. However, the ecosystem of offline education extends far beyond school walls. A child's physical presence in the classroom means they have to get there. The daily commute — whether a short walk through a village or a school bus ride between settlements — remains a zone of constant anxiety for families.
The situation is particularly acute in rural areas and small towns, where routes to schools often run near forest strips, fields, or dirt roads. Many of these territories were in active combat zones or served as front lines for a long time. According to mine action specialists, it is precisely these non-obvious, peripheral infrastructure areas that conceal a high level of mine danger. The attention of primary demining services naturally focuses on critical facilities — power lines, gas pipelines, and major highways — while local roads may wait months for inspection.
The threat of unexploded ordnance, remnants of cluster munitions, or tripwires in the grass creates a critical barrier to the full restoration of the educational process. Child psychology, natural curiosity, and a tendency to stray from beaten paths make schoolchildren disproportionately vulnerable to the mine threat. Parents quite justifiably refuse to let their children go to school if the surrounding area has not undergone thorough non-technical and technical surveys. Even a perfectly protected and renovated school will remain empty as long as the road to it is perceived by society as a lottery.
Roadsides and Trails
Schoolchildren tend to take shortcuts through parks, abandoned orchards, or dirt roads. Due to dense vegetation, these areas remain the least explored and camouflage dangerous objects.
Transport Stops
School buses require safe zones for turning around, parking, and waiting for passengers. The infrastructure around stops demands thorough instrumental surveys and constant monitoring.
School Grounds
Sports fields, stadiums, and adjacent public squares are traditionally places where children gather in large numbers. Their complete inspection is an absolute prerequisite for opening any educational institution.
Psychological Barrier
The fear of unchecked routes forces families to choose distance education even when shelters are available. This significantly deepens educational losses and the social isolation of children.
Aerial Reconnaissance: Optimizing Area Inspection
Classic manual demining is an extremely thorough but slow and resource-intensive process. A sapper with a metal detector can spend several days clearing a small area, constantly distracted by everyday metal debris typical of affected territories. When it comes to preparing for a specific school year start date, communities face a severe shortage of time. Inspecting tens of kilometers of access roads using traditional methods simply does not fit into tight deadlines. This requires the implementation of modern approaches to non-technical surveys, which allow for rapid risk mapping and the rational distribution of specialists' efforts.
Remote sensing using unmanned systems has become an integral part of humanitarian surveys. The use of drones equipped with high-resolution optics and thermal imagers allows operators to safely record surface anomalies. Remnants of engineering fortifications, trenches, shell craters, and visually noticeable unexploded ordnance are clearly visible from the air. The collected data sets are analyzed in detail to create accurate maps of mine contamination. Such a macro-level view makes it possible to identify dangerous patterns, for example, the directions of former artillery shelling that cross civilian routes.
The seasonal factor adds complexity to this process. By the end of summer, tall and dense vegetation tightly conceals the ground, making visual searches from human height almost impossible. At the same time, autumn rains can erode the soil, pushing previously hidden objects to the surface. Aerial reconnaissance helps record changes in the terrain and identify suspicious areas even before a sapper sets foot there, significantly narrowing the zone of direct hazardous work.
The Yellow-Blue Foundation is actively involved in solving the problem of safe access to education by applying technological solutions. We deploy specialized drones to reconnoiter access roads and areas adjacent to schools for the presence of explosive objects. Drones scan roadsides and school bus routes, recording suspicious objects from the air. The collected visual data is transmitted to specialized services for targeted responses. This allows communities to clearly demarcate safe corridors and dangerous zones, accelerating the process of preparing schools for opening without additional risk to people.
The concept of safe access to education today relies on the creation of so-called "clean corridors." Instead of trying to demine hundreds of hectares of surrounding fields simultaneously — a process that will take years — efforts are concentrated on narrow but vital arteries. The synergy of technological reconnaissance and the work of certified mine action operators allows these routes to be checked quickly. Having received accurate data, local authorities install clear physical barriers, mark safe zones, and reliably block access to unchecked "shortcuts," providing parents with the necessary safety guarantees.
A true restoration of access to education is only possible when the road to knowledge ceases to be a risk zone for a child.Yellow-Blue Editorial Team