- OroraTech’s technology cuts fire detection from one and a half hours, leading to the fastest detection times in the industry at the crucial peak burn time – afternoon.
- On-orbit processing capabilities will allow customers to receive data from anywhere on Earth in just three minutes once the satellite has passed the affected area.
- OroraTech’s technology has proved to save 97% yearly costs on fire detection compared to aeroplanes and has delivered one million USD in cost savings per fire contained to a small size instead of growing to a very large with a size of > 50 ha.*
February 8, 2023, Munich, Germany — OroraTech, the industry leader in space-based thermal-infrared data intelligence, is announcing a technological breakthrough in fire monitoring and detection. The new on-orbit fire processing technology is able to detect and send fire notification alarms to customers via the multi-satellite link within just three minutes once the satellite has passed the affected area.
The challenge today is that most wildfires happen in the afternoon, and it often takes up to one and a half hours for a publicly available satellite to detect the fire. But with wildfires, time is of the essence. Access to real-time data is critical. Any delay will increase the risk of a fire growing to a large size – with an exponential effect on containment cost and damage. The main delay with most satellites originates in the need for a satellite to pass over a ground station to download the data. OroraTech has overcome this problem by compressing the fire information and sending it down to Earth via an inter-satellite link, avoiding the need to overpass a ground station. This technology is being developed for all eight thermal infrared cameras that will be hosted on small satellites and form the first commercial constellation in one year’s time.
Wildfires continue to be a detrimental threat to our environment and habitat. In Australia alone, 72% of tree loss is caused by wildfires. As reported by the World Meteorological Organization in Davos 2023 conference, the average annual global cost of wildfires is around $50 billion, which has gone up massively in the last few years. It also noted that the global wildfires released an estimated 6,450 megatons of CO2 into the atmosphere in 2021 alone and predicts that by 2050 there will be a huge increase in extreme fires globally. Additionally, fire patterns are significantly impacted by changing weather patterns due to climate change, making traditional methods of detection and understanding less effective.
Currently, OroraTech is already offering wildfire detection from space for a range of customers on six different continents. For a yearly subscription fee, their Wildfire Solutions platform (WFS) allows customers to monitor a specific area of interest and receive updates on wildfires from more than 20 public satellites. The technology has proven to save 97 percent yearly costs on fire detection compared to aeroplanes. It can also help save up to one million US dollars per fire – when the fire is contained to below 50 hectares*. The technology is – among many other customers worldwide – already being used by ARAUCO, the fourth-largest pulp producer in the world. ARAUCO owns nearly 2 million ha of commercial forest across Chile, Argentina, Brazil, Uruguay with 80% of the territory monitored by OroraTech.
OroraTech is offering pre-bookings for a limited number of customers looking to secure access to the entire data insights portfolio from the satellite constellation. The next step for the Germany-based company is the launch of its second thermal infrared camera in space scheduled for June 2023 which will allow it to continue its path toward being a major player in the global earth observation industry and expand its climate solutions portfolio to other use cases.
* based on OroraTech calculations
Find the German version here.