MEJOR Technologies is a Dutch-based company offering wildfire mitigation and prevention solutions.

At MEJOR Technologies, our mission is to protect nature, people, and their properties from wildfires through innovative technologies.

MEJOR Technologies' vision is to be an industry leader in advanced surveillance and data collection, thus creating a safer future and nature for everyone.

MEJOR Technologies - Better tech for a brighter tomorrow.

Want to learn more about MEJOR Technologies? Check out our About Us page.

Deployment takes only a few minutes. The unit arrives pre-configured, portable and ready for use in the field. Once the drone starts capturing imagery, the CHRIS Off-Grid Box automatically stitches the images into a geo-referenced map within seconds, providing immediate situational awareness.

Real-time incident mapping serves as a single source of truth for response teams by transforming drone imagery into a shareable, live, 2D map.

CHRIS enables this process by automatically stitching drone data into a live map that updates as the situation changes.

It enables teams to monitor dynamic situations such as wildfires, floods, industrial incidents, and security events, helping them make faster and more informed decisions based on shared, real-time information.

Yes, drones are increasingly used for incident mapping. They can capture aerial images and videos that show the full scale of an emergency, from wildfires to industrial accidents. When combined with mapping software like CHRIS, this imagery becomes a live, geo-referenced map that helps teams assess damage, track changes, and plan their response more safely and efficiently.

CHRIS is currently compatible with off-the-shelf DJI drones*, as well as our partner drones from Tective.

*If your drone model is not yet mapped, you can simply upload a photo, and our team will process it to ensure full compatibility.

Yes. With offline-capable systems, teams can generate live maps even in remote areas without connectivity, ensuring situational awareness anywhere.

Drones provide rapid aerial views of an incident. When paired with mapping software, responders gain real-time situational awareness, helping them coordinate resources and act faster.

The most effective way to gain an overview is through real-time mapping, like CHRIS. By using drones combined with live mapping software, responders can instantly create a bird’s-eye view of the incident. This evolving map shows the full scope of the situation, helping teams coordinate resources, identify risks, and make faster, safer decisions.

In remote areas, when you can't rely on the internet, responders use offline mapping systems that process drone imagery locally instead of relying on the cloud. This lets teams view updated maps directly through a local network.

The CHRIS Off-Grid Box is one such solution, designed to run entirely without internet or external power while generating real-time maps in the field.

Wildfire progress can be tracked by mapping polygons that outline the affected area and comparing them over time. CHRIS monitors hotspots and temperature thresholds detected by drones or sensors to show changes in fire intensity, size and location. This allows teams to see how the fire is moving and to plan safer, more effective responses.

Each unit is delivered as a ready-to-use field kit that includes:

• The CHRIS real-time mapping software

• A rugged box safely stores and connects your drone.

• A rechargeable battery system for fully off-grid operation

Optionally, you can request a tablet for viewing live maps and managing missions.

No. The CHRIS Off-Grid Box is designed to work with your existing drone fleet. It supports most commercial models and sensors, so you can integrate it easily into your current operations.

• You receive a live, shareable 2D map that can display multiple layers.

• For wildfires, CHRIS visualises hotspots and fire spread.

• For industrial, security or environmental use, it shows inspection areas, equipment zones or terrain details in real time.

Yes. CHRIS connects easily with your existing infrastructure to stream live maps and incident data directly into your operational set up.

Yes! We can adapt CHRIS to your operational setup and mission needs.

A wildfire susceptibility map shows how likely different locations are to experience ignition under certain conditions. It helps land managers and authorities focus prevention efforts where they are needed most.

LUCI creates these maps at 10-metre resolution, giving highly localised insight for planning and resource allocation.

Yes! LUCI is available worldwide and is designed to adapt to country-specific wildfire factors.

LUCI offers a spatial resolution of 10 meters and a temporal resolution of one month, providing detailed and up-to-date insights.

LUCI leverages ERA5 climate data, along with topographic, anthropogenic, vegetation, and other environmental data, to enhance predictive capabilities.

LUCI can help determine what areas are at risk, but also which areas are not at risk. With LUCI you can verify that you are taking the right measures in the right places, making you more efficient.

Insurers use risk maps to assess exposure and plan premiums. Utilities rely on them to prevent equipment-related ignitions and to plan maintenance safely.

LUCI provides risk data that can be integrated into asset-management systems for both sectors.

Early detection is critical for preventing small ignitions from becoming large, destructive wildfires. Faster response saves lives, reduces costs, and protects ecosystems.

FAST revisits areas within 30 minutes to ensure rapid detection of new wildfires. When a fire is identified, it provides the GPS location to guide an immediate response.

Modern wildfire management relies on technology to predict risk, detect ignition early, coordinate response and assess damage afterwards. Integrating all these stages helps reduce losses and improve safety.

FAST, developed by MEJOR Technologies, connects prevention, detection and response tools in one platform, giving organisations a complete picture of wildfire risk and activity.