These days, in every gathering and conversation, people talk about the dominance of artificial intelligence over life, but few pay attention to the unique potentials of this tool in solving humanity’s old problems.
AI-powered solutions have already solved a large part of problems today and haven’t even reached a small portion of their potential yet.
For example, see what a huge change these solutions have created in dealing with large wildfires.
Systems like SenseNet quickly discovered the high potential of artificial intelligence and designed a system based on it so that small fires in the heart of forests and facilities are detected very early and controlled before turning into a major crisis.
Let us take a closer look at AI-powered solutions that have been used in the field of natural resources and fire control.
What are AI solutions?
AI-powered solutions refer to tools and systems that use artificial intelligence technology to solve real problems. These solutions quickly collect and analyze large amounts of data, find patterns, and make smart decisions that are the best option for handling crises. Unlike traditional methods that often rely on human power and error-filled reports, these systems operate automatically, reduce human error, and increase speed. That’s why they are essential in major crises like forest and facility wildfires.
In simple terms, artificial intelligence acts like an advanced brain that can understand images, sound, text, or sensor data and predict or act based on them. These solutions have applications in various fields and make everyday life and businesses easier and safer.
For example, in wildfire detection, smart cameras with the help of artificial intelligence examine images moment by moment and identify even the smallest smoke. The system sends an immediate alert so firefighters arrive sooner and stop it before the fire becomes very widespread and burns natural resources, homes, and facilities, endangering human and animal lives.
Another example is gas sensors that detect initial fire gases; artificial intelligence analyzes the data from these sensors and announces the danger before smoke is even visible. These two examples show how AI-powered solutions can save human lives and property.
Why is early detection important?
A small fire can grow quickly. Old methods like watchtowers or public reports often act too late. Artificial intelligence analyzes data quickly. It identifies smoke or initial gases. This provides time to extinguish the fire. Looking at the statistics of major wildfires in recent years shows that many burned forests had no protection and relied solely on human alerts.
Let me tell you a scary fact about forest wildfires: when fire flames exceed a certain size, you can no longer stop the burning. The volume and extent of the fire will shake any firefighter’s heart. Human fire-fighting tools are not very advanced or comprehensive. Therefore, there is no choice but to strengthen predictive solutions. This is where early detection systems like SenseNet can change the equations.
But why do we consider SenseNet as one of the providers of AI-powered solutions? A large part of the data recorded by the SenseNet solutions is analyzed by artificial intelligence. Let us take a closer look at this system and its components:
Main components of AI solutions
The SenseNet early wildfire detection system uses several technologies, each playing its own role:
Gas and thermal sensors
Sensors detect gases released before smoke. These sensors work even in remote areas, which is why they can be effective in deep old forests. Their battery is long-lasting and doesn’t need constant charging (usually five years). Artificial intelligence examines the data sent by these gas and thermal sensors and issues alerts.
Smart cameras
Cameras monitor day and night with wide coverage. Artificial intelligence algorithms analyze images in real time. They find smoke, zoom in, and ultimately send alerts with photos. There are dozens of photos in SenseNet’s archive showing how smoke was identified in the very initial moments.
Drones and aerial robots
Drones cover hard areas. With thermal sensors, they quickly find fire. Artificial intelligence predicts the fire spread path, and as a result, it will be stopped before spreading.
Satellite images with artificial intelligence analysis
Satellites monitor the entire earth. Artificial intelligence identifies hot spots and then predicts fire spread. This method can be excellent for points where drones and cameras have blocked access.
Integrated management platforms
These platforms collect data from all sources. They provide daily risk maps. They offer seven-day forecasts and are ultimately the best option for tracking weather conditions and fire occurrence probability.
Benefits of AI-powered solutions
Quick detection leads to better crisis response, protecting millions of hectares of land. Power companies, mines, and cities can use these systems to prevent crises. Artificial intelligence reduces human errors and provides more accurate weather predictions.
Final words
In the end, we must say that AI-powered solutions can change conditions and solve many issues. Imagine if an early fire detection system is installed in every forest! How effective it would be in controlling global warming; how many hectares of forest land it would save and how much it could protect human and animal lives!