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Wildfire Progression visualised by different layers. Wildfires are a dynamic event. What responders see on the ground can change minute by minute, sometimes second by second. A fire that appears contained can quickly shift direction, intensify, or split into multiple fronts due to wind, terrain or fuel availability. Understanding how a wildfire is progressing over time is just as important as knowing where it started. Yet during wildfires and other live incidents, teams often rely on fragmented observations, delayed updates, or static maps that do not reflect the current situation. This is where CHRIS comes in. CHRIS enables teams to visualise wildfire progression in near real-time by continuously updating fire perimeters based on aerial data. Instead of working with a single snapshot, decision-makers gain a living picture of how the fire evolves. The Limits of Manual Wildfire Mapping In many operations, wildfire perimeters are still drawn manually from live drone feeds. This provides useful initial situational context, but only for that specific moment. Especially when what you see in a drone feed is very limited to literally what the drone sees at that exact moment (image below), not a bird's-eye view of the wildfire. The challenge is speed: the fire keeps moving, while the manually drawn perimeter quickly becomes outdated. In complex incidents with multiple fronts and hotspots, this creates blind spots and forces teams to act on partial information. As a result, teams are frequently forced to make decisions based on partial or outdated information. View from a drone feed only. From Snapshots into Wildfire Progression CHRIS is designed to address this exact challenge. Instead of relying on a single, manually drawn snapshot, CHRIS converts aerial imagery into georeferenced fire polygons that can be updated continuously. This makes it possible to visualise not only where the wildfire is, but how it is progressing over time. Rather than asking "Where is the fire now?" , teams can answer a more important question: "How is the fire evolving?" CHRIS: Fire polygons. Visualising Wildfire Progression with CHRIS CHRIS: Fire progression Besides showcasing the hotspots of a wildfire, CHRIS can also show you the progression of a wildfire. This is done by combining multiple images into a single map. The image above shows how CHRIS visualises wildfire development by stacking fire polygons from different moments in time. Instead of displaying only the most recent perimeter, CHRIS allows several wildfire layers to be shown simultaneously within the same map view. Each layer, represented by a different colour, reflects the fire perimeter at a specific moment. By layering these polygons, CHRIS makes the development of the fire immediately visible within a single image. This approach allows teams to instantly compare where the fire was and where it is now, without swithing between maps, having to do this manually or relying on memory. The result is a clear and spatially accurate overview of how the wildfire is evolving. With this layered view, teams can quickly identify: How quickly is the fire spreading? In which direction is the fire front moving? Where new hotspots have emerged? Which areas are increasingly at risk? Instead of interpreting live video feeds or manually comparing separate images, responders gain a clear, map-based understanding of wildfire progression. From Position to Progression Seeing where the fire is matters. Understanding how it moves can change everything. By visualising wildfire progression over time, CHRIS helps incident commanders and response teams recognise patterns earlier, anticipate fire spread, and make faster, better-informed operational decisions. Instead of relying on fragmented observations or static maps, teams gain a clear and continuously updated overview of how the situation is evolving. If you would like to see how real-time wildfire progression can support your operations, our team would be happy to show you. Talk to our wildfire mapping experts and discover how CHRIS can strengthen situational awareness during dynamic incidents.

From pilot project to live field validation Since May 2025, MEJOR Technologies has worked closely with Brandweer Twente and Veiligheidsregio Twente in a demo and pilot programme to validate CHRIS in real operational conditions. Since the start of this collaboration, CHRIS has been further developed together with both organisations to ensure it meets the practical demands of fire service teams in the field . The pilot culminated in a successful field test in January 2026, during which CHRIS was deployed live using the drone from Veiligheidsregio Twente. During this test, a moving fire of approximately 400 square metres was actively monitored. Within seconds, RGB and infrared imagery were available in a single central dashboard, combined with automatically generated fire polygons that provided immediate insight into the situation. Real-time incident mapping for dynamic incidents CHRIS provides fire service teams with critical insights during dynamic incidents and supports faster, better-informed and safer decision-making. During wildfires and other rapidly evolving situations, a real-time situational overview is essential. At the same time, traditional incident visualisation is often fragmented, quickly outdated and highly dependent on manual interpretation. CHRIS overcomes these limitations by automatically analysing drone imagery and translating it into directly applicable operational information. Turning infrared data into operational insight The strength of CHRIS does not lie in the use of infrared imagery alone, but in its automatic analysis. While, at least in the Netherlands, infrared imagery is already available through existing drone platforms, CHRIS translates this data directly into actionable operational information. Based on IR imagery, fire polygons are generated automatically, and key metrics such as location, surface area, perimeter and relevant fire front information are automatically calculated instantly. This process requires no manual drawing and remains reliable under smoke layers and in conditions with limited visibility. As a result, fire service teams gain accurate and consistent insight even when visual observation is constrained. In addition, CHRIS detects smaller hotspots caused by wind carrying small pieces of burning material to new locations. By identifying these secondary ignitions at an early stage, CHRIS helps teams anticipate further spread and intervene before the situation escalates. Fire polygons generated by CHRIS visualising the active fire area. The RGB layer reveals a hotspot in the bottom left corner that would otherwise remain undetected. Tracking fire development over time CHRIS also enables teams to follow and compare the development of a fire over time. By combining imagery from different moments, it becomes clear how quickly and in which direction a fire is spreading. This temporal insight helps incident commanders recognise patterns, assess risks more effectively and identify expansion, including spotting fires, at an earlier stage. Fire polygons generated by CHRIS showcase the fire progression from the previous time interval to the current. Integrated situational awareness without added complexity All insights come together in one integrated, no-button solution that connects seamlessly with existing systems and dashboards. This means teams do not need to learn an additional tool or adapt their workflows. CHRIS delivers real-time situational awareness when it truly matters and acts as a directly deployable support for operational decision-making during live incidents. Want to see CHRIS in action? Discover how CHRIS can strengthen situational awareness during wildfires and complex incidents. Get in touch to request a live demo or explore how CHRIS can be integrated into your existing operational setup.

We’re proud to share that MEJOR Technologies was recently featured in Quote, one of the leading business magazines in the Netherlands, highlighting our mission to fight and prevent wildfires through innovative technology. From Colleagues to Co-Founders The article traces our journey from a shared ambition between co-founders Melvin Sieben and Joris Kohl van Wijngaarden, who met while working at Alfen, to launching MEJOR Technologies in response to devastating wildfires in Australia. As Melvin says, “We don’t claim we can prevent wildfires altogether—nature will always find a way—but we can reduce their impact.” CHRIS and LUCI: Wildfire Technology MEJOR now offers two wildfire management solutions: CHRIS - Wildfire Mapping Is a real-time mapping tool that processes live drone imagery to show the full spread of an active fire, helping emergency services quickly identify fire fronts, safe access routes, and danger zones. The product is named in memory of one of MEJOR’s first employees, who sadly passed away from cancer. LUCI - Wildfire Prevention Uses satellite data and machine learning to assess wildfire risk for any location, helping land managers make proactive decisions, like where to perform controlled burns or reinforce vulnerable areas. before a wildfire would occur, thus supporting wildfire prevention efforts. Funding, Growth and the Road Ahead MEJOR Technologies is currently busy with several projects, from being in talks with the government in Bulgaria to demoing their solutions with several companies. With support from early angel investors and the Netherlands Enterprise Agency, we’re now raising new funding to scale. As Joris notes, “Our ideas are bubbling—we’re just getting started.” Read the full article in Quote here: https://www.quotenet.nl/zakelijk/a64631660/brandmeesters-mejor-technologies-voorkomen-bestrijden-bosbranden/

We are proud to share that MEJOR Technologies has been featured in a recent article recognising our innovative efforts in preventing wildfires through AI and advanced algorithms. As a growing company dedicated to combating the increasing threat of wildfires worldwide, this recognition underscores our commitment to creating a safer and more sustainable future. International Collaboration & Recognition Recently, our CEO and co-founder, Melvin Sieben, was invited by the Minister of Climate Change in Pakistan to discuss the country’s unique wildfire challenges. This visit is part of our ongoing global outreach, as we are also in discussions with governments in Bulgaria, Argentina, the Netherlands, Italy, Germany, and Portugal to explore how our technology can make a meaningful impact. Our Innovative Wildfire Management Solutions MEJOR Technologies was founded in 2021 by Melvin Sieben and Joris Kohl van Wijngaarden with a shared vision to address the growing problem of wildfires. The few years of development have led to the creation of two software solutions: LUCI : An AI-powered wildfire prevention tool that assesses and supports in defining where, when and why a wildfire might occur. This allows authorities to implement preventative measures, such as landscape adjustments, to reduce fire hazards. CHRIS:  A wildfire response support system that performs wildfire mapping by stitching drone images together in near real-time, automatically detecting hotspots, providing their GPS coordinates, and drawing firelines to generate a detailed wildfire map. Driving Change Through Science & Wildfire Technology With ongoing collaborations with leading Dutch universities and discussions with MIT, MEJOR Technologies continues to push the boundaries of wildfire prevention. Our mission is clear: to protect nature, people, and their properties from wildfires through innovative technologies. We are honoured to be featured in this article and excited about the growing interest in our solutions. As we expand our efforts globally, we remain committed to using AI and data-driven strategies to combat wildfires and mitigate climate change. Read the full article here: https://www.dutchcowboys.nl/technology/mejor-technologies-helpt-natuurbranden-te-voorkomen-met-algoritmen-ai

MEJOR Technologies Key Results LUCI’s Wildfire Risk Map  flagged the Mariapeel region as a high-risk zone three days before  a 41-hectare wildfire broke out in 2022. Trained solely on pre-fire historical data , LUCI still pinpointed the exact area of the future wildfire, proving its value in wildfire prediction . LUCI’s wildfire risk maps  outperformed widely-used wildfire indices, which missed the Mariapeel region. This breakthrough highlights LUCI’s ability to deliver highly accurate wildfire risk maps , enabling effective land management and improving early warning systems and emergency preparedness. Wildfire Prediction Wildfires pose a serious threat to ecosystems, property, and human lives. Accurately predicting the location of these wildfires is a critical challenge for many countries, especially as climate change increases their frequency and intensity. Traditional models, such as the CFWI (Canadian Fire Weather Index) , have long been used to forecast fire risk, but they often fail to pinpoint high-risk areas with precise geographic detail. For example, the CFWI was not able to highlight the specific area where the Mariapeel wildfire occurred in the Netherlands, potentially limiting the preparedness and response efforts in the region. *1 European Forest Fire Information System. (2022). Fire Weather Index map for 31-08-2022. Retrieved from EFFIS LUCI - Wildfire Risk Map MEJOR Technologies' solution LUCI , a machine-learning-based model designed  to determine  wildfire risk with unprecedented accuracy and spatial resolution. Three days before the fire , LUCI flagged the exact location of the future wildfire as the highest-risk area in the Netherlands. This demonstrates the power of LUCI’s predictive capabilities, offering a cutting-edge solution for authorities to better prepare for and mitigate wildfire threats. By utilising  advanced analytics and machine learning, LUCI delivers a more localised , precise assessment of fire risks, providing a significant improvement over traditional models. Location of the wildfire according to EFFIS*2 (left) & LUCI Wildfire Risk Map (right) Contact With LUCI’ s wildfire risk mapping c apabilities, you can take control of the situation and make the best decisions for yourself before it escalates into a disaster. Do you want to assess the risk of wildfires on your land? Contact us now! References: European Forest Fire Information System. (2022). Fire Weather Index map for 31-08-2022 . Retrieved from https://effis.jrc.ec.europa.eu/ Groenewoud, A. (2022, September 04). Blussen natuurbrand Mariapeel in Limburg zal nog dagen duren. Nu.nl. https://www.nu.nl/binnenland/6221872/blussen-natuurbrand-mariapeel-in-limburg-zal-nog-dagen-duren.html?referrer=https%3A%2F%2Fwww.google.com%2F

Human activity is responsible for the majority of wildfires. So, how can we take action to prevent these fires from igniting and spreading? By understanding the causes and adopting responsible practices, we can all play a crucial role in reducing wildfire risks. Wildfires Wildfires pose a serious threat to ecosystems, property, and human lives. As climate change accelerates, rising global temperatures and increasing droughts are making many areas more prone to wildfires, making the threat of wildfires greater. At the same time, while natural causes like lightning strikes can spark wildfires, human activity is responsible for almost 90% of them ( Western Fire Chiefs Association ). This raises a critical question: how to prevent wildfires? How to Prevent Wildfires? Individuals Pay Attention to Weather Conditions. Never start a fire, whether for barbecues, campfires, or burning trash, during periods of extreme dryness or high winds. Strong winds can carry embers or burning debris over long distances, igniting dry vegetation and quickly escalating into a large wildfire. Always check the weather forecast and avoid open flames in risky conditions. Be prepared to Extinguish Fires Just as you bring the right tools for a successful barbecue, make sure you have the equipment needed to put out a fire quickly. This can be as simple as keeping a bucket of water nearby, a shovel for smothering flames, or a small fire extinguisher. Being prepared can make all the difference in preventing a small fire from spreading. Dispose of Cigarettes Responsibly Improperly discarded cigarette butts are a leading cause of wildfires. Always ensure your cigarette is fully extinguished before disposal. Use designated ashtrays or appropriate containers—never toss cigarette butts on the ground, especially in dry or wildfire-prone areas. A small act of carelessness can have devastating consequences. Speak Up and Stay Alert! If you see anyone engaging in unsafe practices or acting suspiciously in wildfire-prone areas, report it to local authorities. Early intervention can prevent a small fire from turning into a disaster. Never leave fires unattended! Whether you are enjoying a campfire, barbecue, or bonfire, always keep an eye on the flames. Fires left unattended, even for a short time, can spread quickly. Organisations & Land Managers Prescribed Burns Prescribed burns, also known as controlled burns, are a method of reducing wildfire risk by deliberately setting fires in targeted to minimise dry vegetation which is easily flammable. Remember to coordinate with local fire agencies and environmental groups to ensure prescribed burns are safely conducted and well-monitored. Wildfire Risk Assessments Conduct wildfire risk assessments reg ularly. LUCI  is a wildfire risk map that can be used to analyse areas susceptible to wildfires, allowing land managers to focus on the most risky areas thus efficiently preventing wildfires. LUCI Wildfire Risk Mapping for Italy, 2022, 2023, 2024. Forest Management and Logging Effective forest management plays a key role in preventing wildfires. Proper thinning and selective logging reduce the buildup of dense, dry vegetation, which can fuel fires. Identifying high-risk areas through tools like LUCI makes it easier to implement targeted strategies, ensuring forests remain healthy and less prone to wildfire damage. Vehicle Safety Don't park vehicles on dry grass, as hot exhaust systems can ignite them. Be cautious with equipment like chainsaws and lawnmowers that can produce sparks . Ensure Clear Access for Firefighters In the event of a wildfire, well-maintained streets and access routes are crucial. Clear and accessible roads enable fire crews to reach the affected area quickly, allowing them to contain the fire before it spreads further. Regularly maintaining roads and removing obstacles can make a significant difference in emergency response times. LUCI - Localised Understanding for Combating Ignition LUCI is a wildfire risk map supporting wildfire prevention. It leverages ERA5 climate data, along with topographic, anthropogenic, vegetation, and other environmental data, to enhance its predictive capabilities. Want to know where the highest risk for a wildfire is on your land? Contact us now! References: Western Fire Chiefs Association. (n.d.). What causes wildfires?  Western Fire Chiefs Association. Retrieved November 25, 2024, from https://wfca.com/wildfire-articles/what-causes-wildfires/#:~:text=Humans%20cause%20nearly%2090%25%20of,lightning%20strikes%20and%20volcanic%20eruptions

MEJOR Technologies was recently featured in De Telegraaf, one of the largest newspapers in the Netherlands, highlighting our innovative approach to wildfire prevention and management. As devastating fires continue to destroy communities, our technology is making a crucial impact in detecting, predicting, and fighting wildfires more efficiently. A Vision for Smarter Wildfire Management Amidst the destruction caused by wildfires in Los Angeles, two Dutch engineers are working tirelessly to develop solutions that can prevent and combat these disasters worldwide. Our co-founders, Melvin Sieben and Joris Kohl van Wijngaarden, met while working at charging station manufacturer Alfen. With backgrounds in technical physics and mechatronics, they founded MEJOR Technologies in 2021 after witnessing the devastating wildfires in Australia. " We saw people losing their homes, nature being destroyed, and smoke suffocating cities miles away. We realised that wildfires are not just a symptom of climate change but also an accelerator of it " says Sieben, CEO of MEJOR Technologies. Innovative AI-Powered Wildfire Solutions MEJOR Technologies has developed two advanced solutions to tackle wildfires: LUCI : An AI-powered wildfire prevention tool that assesses and supports in defining where, when and why a wildfire might occur. This allows authorities to implement preventative measures, such as landscape adjustments, to reduce fire hazards. CHRIS  is a wildfire response support system that performs wildfire mapping by stitching drone images together in near real-time, automatically detecting hotspots, providing their GPS coordinates, and drawing firelines to generate a detailed wildfire map. A Global and Local Impact While MEJOR Technologies primarily focuses on regions where wildfires cause billions in damages each year, the potential for impact extends closer to home. "The Netherlands may not have vast forests like California, but increasing drought and heatwaves are making wildfires more common," says Kohl van Wijngaarden. The 2020 Peel fire and multiple heathland fires on the Veluwe are clear indicators that wildfire risks are growing. "With our high population density, even a single failed evacuation can be fatal," adds Sieben. Scaling Up: The Future of MEJOR Technologies MEJOR Technologies has launched pilot projects in Australia  and Brazil, and commercial projects are now gaining traction. "We have working products, and our first commercial projects are taking off," says Sieben. "Now, we need further investment and collaboration with insurers and policymakers to mitigate risks as early as possible." With LUCI and CHRIS, MEJOR Technologies aims to establish a global wildfire management system that saves lives and protects ecosystems. "As we see in Los Angeles today, wildfires are not a question of 'if' but 'when.' The key is to be prepared, concludes Sieben. Read the full article here: https://www.telegraaf.nl/financieel/394947694/nederlandse-pioniers-maken-technologie-die-inferno-los-angeles-kan-bestrijden

We’re proud to share that MEJOR Technologies was recently featured in Change.inc  as part of their Changemaker series! The article highlights how our mission to tackle wildfires through AI and innovation is driving climate resilience and contributing to a healthier planet. Spotlight on MEJOR’s Impact The piece profiles our co-founder, Melvin Sieben, and his journey, from witnessing the devastating Australian wildfires to co-founding MEJOR Technologies with Joris Kohl van Wijngaarden. Motivated by a desire to create a global impact, they developed two key tools: LUCI - Wildfire Prevention Tool Which predicts wildfire risk using satellite data and AI. CHRIS - Wildfire Response Support Which helps emergency services visualise active fires through stitching images into one wholesome wildfire map. The article emphasises how our tools are already demonstrating real-world results, including identifying a risk zone days before a wildfire broke out in the Netherlands. A Quote from the Feature of Change.inc “Our vision is global, but we’re starting close to home. We’ve demonstrated in Bulgaria, Portugal, and soon in Spain—and we aim to contribute to a healthier planet everywhere,” said Melvin Sieben in the interview. Read the Full Story Explore the full article to learn how MEJOR is using technology to fight climate change and support emergency response:

MEJOR Technologies - Key Results Advised the client on optimal land purchases by providing data-driven insights. Utilised LUCI's multi-year analysis capabilities to demonstrate changes in risk and risk development, enhancing the client's decision-making process. Provided wildfire risk maps with 10 x 10  meters resolution. Limited the risk of losses due to wildfires potentially by millions of Australian Dollars yearly. Evaluating Wildfire Risk: A Critical Consideration for Australian Farmers As a farmer in Australia, the threat of wildfires is a crucial factor to consider when managing your land. Australia is well known for its 2019-2020 bushfires that burned up to 19 million hectares of land. ( WWF ) Understanding the wildfire risk on your property is essential for safeguarding your investment. This is especially true when considering expansion to a new area through purchase or renting, where assessing wildfire susceptibility can help mitigate risks and ensure informed decision-making, ultimately saving money. Nick Diamantopolous, the founder of Australian Garlic , faced this exact challenge. When evaluating two potential regions of land, his primary question was: how susceptible is the land to wildfires? Assessing Wildfire Risk with Advanced Mapping and Data Analysis To address Nick's concern, MEJOR Technologies provided wildfire risk maps using LUCI  for the two regions he wanted to expand to. LUCI´s machine learning algorithm analysed wildfire patterns from the past two to three-year fire seasons to identify wildfire trends and better understand the risks. For both regions, MEJOR Technologies` solution LUCI created Wildfire Susceptibility Maps, highlighting whether the land was vulnerable to wildfires and if so where is it susceptible. A snippet of the Key Insights and Recommendations from MEJOR: MEJOR Technologies provides a report along with the maps to offer detailed insights into their significance, addressing key factors such as: Avoid High-Risk Areas Preferred Locations Consideration of Key Factors Continual Monitoring and Management​ LUCI - Wildfire Prevention LUCI is a wildfire risk map. It leverages ERA5 climate data, along with topographic, anthropogenic vegetation, and other environmental data, to enhance its predictive capabilities. Want to know where to expand your business whilst avoiding the risk of wildfire? Contact us now! References: WWF-Australia. (n.d.). In-depth: Australian bushfires . WWF Australia. Retrieved October 11, 2024, from https://wwf.org.au/what-we-do/australian-bushfires/in-depth-australian-bushfires/

What are the UN Sustainable Development Goals (SDGs)? The United Nat ions (UN) Sustainable Development Goals (SDGs) are a universal blueprint designed to address the most pressing challenges facing humanity and the planet. Adopted in 2015, the 17 SDGs aim to achieve a more sustainable, equitable, and prosperous world by 2030 ( United Nations, n.d ). These goals encompass a broad range of objectives, including eradicating poverty (Goal 1), promoting good health and well-being (Goal 3), ensuring access to clean water and sanitation (Goal 6), combating climate change (Goal 13), and protecting ecosystems on land (Goal 15) ( United Nations, n.d ). Wildfires, as one of the most destructive forces in nature, directly threaten the progress of several of these goals. Their increasing frequency and severity, often fueled by climate change, highlight the urgent need for innovative solutions to mitigate the impact of wildfires. What is the Impact of Wildfires on the UN SDGs? Wildfires have wide-ranging consequences that affect both human societies and ecosystems, undermining progress toward multiple SDGs: Goal 1: No poverty: Wildfires destroy homes, livelihoods, and infrastructure, pushing vulnerable communities into deeper poverty. Agriculture, a primary livelihood for many, is especially at risk, leading to economic instability. Goal 3: Good Health and Well-being Wildfire smoke releases harmful pollutants, including fine particulate matter (PM2.5), causing respiratory illnesses, cardiovascular diseases, and long-term health effects. Populations in wildfire-prone regions face increased stress and mental health challenges. Goal 6: Clean Water and Sanitation The aftermath of wildfires often contaminates water sources with ash, debris, and chemicals, reducing access to clean water and impacting aquatic ecosystems. Goal 13: Climate Action Wildfires contribute significantly to greenhouse gas emissions, releasing stored carbon from forests into the atmosphere. They also reduce the capacity of ecosystems to act as carbon sinks, exacerbating climate change. Goal 15: Life on Land Wildfires devastate biodiversity, destroying habitats and threatening endangered species. The loss of vegetation also accelerates soil erosion, reducing land productivity and impairing ecosystem recovery. Addressing these challenges requires proactive and data-driven approaches to mitigate wildfire risks and reduce their impacts. How can MEJOR Technologies Limit These Impacts? At MEJOR Technologies, we are committed to harnessing innovation to combat the global challenge of wildfires. Our  cutting-edge  tools, LUCI and CHRIS, are designed to minimise the impact of wildfires and contribute to achieving the UN SDGs. LUCI - AI-powered Wildfire Prevention LUCI offers a revolutionary approach to predicting and mitigating wildfire risks by providing: Global Coverage LUCI delivers actionable insights for any region, enabling governments, organisations, and communities worldwide to prepare for and respond to wildfire threats effectively. High Spatial Resolution With a resolution of 10 x 10 meters, LUCI identifies risk areas with unparalleled precision, empowering targeted interventions that save lives, resources, and ecosystems. Key Factor Insights LUCI highlights critical factors contributing to wildfire susceptibility , offering data-driven solutions for land management and policy-making. By integrating LUCI into disaster management frameworks, stakeholders can anticipate wildfire risks, allocate resources efficiently, and reduce the likelihood of catastrophic events. CHRIS - Near Real-time Wildfire Mapping CHRIS brings advanced technology to the frontlines of wildfire response: Near Real-time Mapping CHRIS allows emergency responders to create stitched, high-resolution maps of affected areas in real-time, enhancing situational awareness during wildfires. Lightweight and Deployable Its lightweight design ensures seamless operation whether deployed locally or in the cloud, making it accessible even in challenging environments. Drone Compatibility CHRIS integrates effortlessly with existing drone systems, offering a cost-effective and scalable solution for By leveraging CHRIS, responders can act quickly to contain fires, minimise damage, and safeguard vulnerable communities. A Sustainable Future with MEJOR Technologies MEJOR Technologies is at the forefront of innovation in wildfire risk management. By aligning our tools with the UN SDGs, we aim to: Reduce economic losses and protect livelihoods (Goal 1). Safeguard human health from wildfire-related pollution (Goal 3). Preserve access to clean water by preventing contamination (Goal 6). Mitigate climate change by curbing wildfire emissions (Goal 13). Protect biodiversity and promote ecosystem recovery (Goal 15). Together we can make a difference. Explore LUCI and CHRIS now and be part of the solution! Join us in the fight against wildfires and their devastating impact. With MEJOR Technologies’ innovative tools, LUCI and CHRIS, we can safeguard communities, protect ecosystems, and drive progress toward a sustainable future. Whether you’re a policymaker, responder, or advocate, your commitment matters. References: United Nations. (n.d.). Sustainable Development Goals . Retrieved January 27, 2025, from https://sdgs.un.org/goals

GIS stands for Geographic Information Systems. In simple terms, it refers to the field and technology that helps you understand what is happening and where . GIS connects data to maps, making it possible to analyse locations, patterns, and relationships in a visual and practical way. Instead of looking at spreadsheets or reports in isolation, GIS technologies place information on a map. This makes complex data easier to understand, compare, and act on. At MEJOR Technologies , GIS is a core technological foundation that underpins how we turn spatial data into clear, operational insight. GIS in wildfire prevention and emergency response Wildfires are strongly influenced by geography. Terrain, vegetation, weather, and human activity all play a role. GIS makes it possible to bring these factors together in one operational view. In practice, GIS can support: Risk assessment  by identifying areas more likely to burn Preparedness  through fuel mapping and prevention planning Real-time response  with live incident data and situational awareness Post-incident analysis  to learn and improve future actions This is why GIS technologies are central to solutions like MEJOR’s LUCI  for wildfire risk intelligence and CHRIS  for real-time incident mapping. How does GIS work? GIS brings multiple data sources together through integrated GIS systems, creating a single, location-based view of complex information. The real power of GIS lies in how these different layers interact, revealing patterns and risks that are not visible when data is viewed in isolation. At MEJOR Technologies, we combine a range of spatial datasets to build a comprehensive picture of wildfire risk and incident dynamics. Key layers include: Weather Data Weather is one of the most influential factors in wildfire behaviour. GIS allows us to integrate temperature, wind speed and direction, humidity, and precipitation data. This helps assess ignition risk, predict fire spread, and understand how conditions are evolving over time. Vegetation indices Vegetation indices provide insight into fuel availability and dryness. By analysing satellite-derived indices, GIS helps identify stressed or highly flammable vegetation and track seasonal changes that influence fire risk. Topography Slope, elevation, and aspect have a direct impact on how fires move across the landscape. GIS uses topographic data to model how terrain can accelerate or slow fire spread, supporting more accurate risk assessments and response planning. SAR Synthetic Aperture Radar, often referred to as SAR, offers reliable information regardless of cloud cover or daylight conditions. Within a GIS, SAR data supports surface analysis and change detection, which is particularly valuable during active incidents or in areas with limited visibility. Human Activity Human presence plays a major role in wildfire ignition and exposure. GIS layers such as roads, settlements, population density, and infrastructure help identify areas with higher ignition probability and assess which assets or communities may be at risk. Land Use Different land use types influence how fires behave and how it can be managed. Forests, agricultural land, urban areas and industrial zones each present unique challenges. GIS enables these distinctions to be clearly mapped and analysed together. Historic Burn Data Past fires provide valuable insight into future risk. By incorporating historic burn perimeters and fire frequency into a GIS, patterns can be identified that support prevention planning, mitigation strategies, and long-term resilience. By layering data, GIS allows you to ask practical questions like: Where is risk highest? What assets are exposed? How is a situation changing over time? Why is GIS important? GIS helps organisations move from raw data to informed decisions. It is widely used because it adds context and clarity. Some key benefits include: Better decision-making based on location Faster understanding of complex situations Improved planning and coordination Clear communication between teams and stakeholders In high-risk environments, such as wildfire response, this context can make a critical difference. Explore how MEJOR applies GIS in real-world wildfire scenarios Learn how LUCI supports prevention planning and how CHRIS delivers real-time situational awareness during active incidents.

MEJOR Technologies recently joined the Neal on Fire podcast to discuss the future of wildfire detection, mitigation, and response. In this episode, our CEO & co-founder Melvin Sieben, shares how MEJOR ’s solutions, including CHRIS Cloud and LUCI, support real-time incident mapping and data-driven decision-making. The conversation explores current gaps in wildfire response and how better situational awareness can help responders act faster and safer in high-risk environments. Listen to the full episode to learn how data-driven situational awareness is reshaping wildfire response, or get in touch with us to explore how MEJOR’s solutions can support your organisation.