A Space-Based System to Outsmart Competitors
Many startups have attempted to tackle the complex issue of early wildfire detection and prevention. However, Turkey-based ForestGuard’s space-based system is poised to outperform its competitors in this field. Founded by trained architects Muhammed Ali Örnek and Suat Batuhan Esirger, ForestGuard presented its innovative solution at the Startup Battlefield during TechCrunch Disrupt.
The Devastating Effects of Wildfires
The co-founders witnessed the devastating impact of wildfires firsthand after seeing the devastation caused across Turkey in 2021. Recognizing the need for more effective detection methods, they began exploring alternative solutions to traditional systems that rely on thermal sensors or satellites. These conventional approaches often require hardware to be in line-of-sight with communication infrastructure, which can limit their effectiveness.
A Breakthrough in Air Analysis
Örnek and Esirger started developing a wearable device for trees that could analyze the air to detect fires. Through extensive experimentation and testing of over 50 different prototypes, they refined their concept using LoRa (Low-Power Wide-Area Network) communication protocol. Their first successful test was conducted in a rather unconventional setting: Örnek’s barbecue in the garden.
Initial Results and Refinements
The initial results showed promising signs, with some sensors even detecting a person smoking a cigarette as the source of an alarm notification sent to ForestGuard three weeks after installation in October 2022. However, this incident highlighted the need for more sophisticated sensors that could distinguish between various activities.
A Smarter Sensor
ForestGuard’s solution involves a sensor inside a small solar-powered box that rapidly analyzes air resistance values and generates a unique "fingerprint" of the surrounding environment. This allows it to accurately identify the presence of wildfires, smoke from cigarettes, car exhaust, or other pollutants.
Puns and Nomenclature
The company’s innovative approach has earned it some catchy nicknames: the "Internet of Trees" or the "WoodWideWeb." While these monikers may bring a smile, they underscore ForestGuard’s commitment to harnessing technology for environmental conservation.
Adapting to Disaster Scenarios
In response to the devastating earthquake that struck Turkey last year, which destroyed terrestrial communication infrastructure, ForestGuard began developing sensors capable of using satellite connectivity. Esirger emphasized that this shift allowed them to become "disaster proof."
Satellite Connectivity: A New Standard
ForestGuard’s latest innovation is a sensor-to-satellite RF communication system. The wide-spectrum sensors can measure various data points, including gas levels, temperature, air pressure, and more. These measurements are transmitted to EchoStar satellites in geostationary orbit, which then alert ForestGuard, the relevant authorities, or other designated recipients.
Efficiency and Scalability
ForestGuard’s system offers several benefits:
- Increased detection accuracy: By analyzing a broader range of environmental factors, sensors can more accurately identify wildfires.
- Enhanced scalability: Satellite connectivity enables easier deployment in remote areas where traditional communication infrastructure may be lacking.
- Real-time alerts: ForestGuard’s system provides timely warnings to prevent or mitigate the spread of wildfires.
Conclusion
ForestGuard’s space-based system demonstrates a forward-thinking approach to early wildfire detection and prevention. By combining innovative technology with satellite connectivity, this startup is poised to revolutionize environmental conservation efforts worldwide.
Related News
If you’re interested in learning more about ForestGuard’s mission or the broader field of environmental conservation, we recommend exploring our related news section.
