ICEYE has launched a new deforestation monitoring solution designed to give authorities near real-time visibility into forest loss across tropical regions. The system uses synthetic aperture radar (SAR) satellite imagery to detect deforestation even through persistent cloud cover, supporting faster responses to illegal logging and mining.
The announcement comes at a time of sustained international focus on forest protection, particularly in the Amazon. According to Global Forest Watch, Brazil lost 28 million hectares of tree cover between 2000 and 2020, representing a net decline of nearly six percent. Despite progress in enforcement in recent years, illegal clearing remains active in remote regions that are difficult to monitor.
Monitoring tropical forests has long been constrained by weather conditions. Optical satellite systems depend on clear skies to capture usable imagery, which is rarely available in rainforest environments where heavy cloud cover is common. In some locations, clouds can obscure satellite views for days or even weeks.
These monitoring gaps can delay detection of illegal clearing and slow enforcement action. When forest loss occurs without timely evidence, authorities may struggle to intervene before damage spreads. Reliable monitoring systems are widely seen as a key requirement for protecting vulnerable ecosystems.
ICEYE’s new solution addresses this challenge through its SAR satellite constellation. SAR technology captures radar imagery that can penetrate cloud cover and operate both day and night. This allows continuous monitoring of forested regions where optical satellites often provide incomplete coverage.
The system identifies incremental changes in forest cover and provides pre and post event imagery. This creates a clear record of deforestation activity, which can support investigations and enforcement actions. Persistent monitoring also allows authorities to track patterns of clearing across remote areas.
“When forests are under threat, timing is everything,” said Andy Read, Vice President of Government Solutions at ICEYE. “SAR removes the blind spots that have historically limited monitoring and enables a continuous stream of trusted intelligence. That shift in speed and persistence is game-changing for the authorities and conservation partners responsible for protecting these landscapes.”
ICEYE has already been monitoring forest change across Brazil for several years. During this period, the company observed deforestation activity in remote regions where optical satellite coverage has been inconsistent. The new launch formalises these capabilities as a dedicated monitoring service.
The company said the system has been designed with the needs of enforcement agencies, conservation organisations, and government ministries in mind. Structured monitoring outputs provide repeatable detection and documentation of forest loss events, supporting both immediate responses and longer-term tracking.
Deforestation remains a central environmental and climate concern. Tropical forests store large volumes of carbon and support extensive biodiversity. Illegal mining, logging, and land clearing continue to threaten these ecosystems across several regions, including the Amazon and the Congo Basin.
Persistent monitoring can help close the information gap faced by authorities working in these landscapes. Rapid detection allows field teams to verify activity and intervene earlier, while reliable records can strengthen legal cases against illegal operations.
“Reliable, persistent monitoring is critical for protecting wildlife and natural habitats,” said Dr. Lilian Pintea, Vice President of Conservation Science at the Jane Goodall Institute. “Illegal mining and deforestation are accelerating in remote regions. Access to near real-time, cloud-penetrating data strengthens our ability to document impacts, prioritize threats, and advocate for immediate action.”
Beyond enforcement, forest monitoring data also supports broader environmental governance. Conservation organisations rely on verified evidence when documenting land use change, while governments use forest data in climate reporting and environmental compliance systems.
Donor organisations and international programmes increasingly require transparent reporting on conservation outcomes. Monitoring tools that produce consistent evidence trails can support these reporting requirements, strengthening accountability in forest protection initiatives.
ICEYE said the system is designed to support the full network of actors involved in forest protection. Non-governmental organisations can use monitoring outputs for advocacy and field prioritisation. Government agencies can integrate the data into enforcement and compliance processes.
The expansion of environmental monitoring services reflects wider changes in satellite technology. In recent years, the growth of commercial satellite constellations has increased the availability of high frequency earth observation data. Radar imaging in particular has become an important tool in areas where weather conditions limit optical systems.
SAR technology has historically been used for applications such as disaster monitoring, maritime tracking, and infrastructure observation. Its ability to operate independently of weather conditions makes it suited to tropical environments where cloud cover is persistent.
ICEYE has positioned its constellation as part of a broader environmental intelligence capability. The company already provides satellite data for disaster response and risk analysis, and the new monitoring service extends this model to forest protection.
As pressure on tropical forests continues, accurate and timely information is becoming central to conservation efforts. Monitoring systems that combine continuous observation with analytical tools can help decision makers understand where deforestation is occurring and respond more quickly.
ICEYE said its approach links continuous satellite monitoring with forward looking analytics designed to support long term environmental protection strategies. The company intends to apply the system across several forest biomes, including Amazonia and the Congo Basin, where enforcement agencies face persistent monitoring challenges.
