Services

Wildlife & Ecological

Drone wildlife surveys utilize unmanned aerial vehicles equipped with cameras and sensors to monitor and collect data on animal populations, habitats, and behaviour's from a safe and non-intrusive distance. This technology allows researchers to cover large areas quickly, gather high-resolution images or videos, and access hard-to-reach environments, making it an efficient tool for conservationists, wildlife biologists, and environmentalists. By analysing the data collected, researchers can better understand species distributions, track movements, assess environmental changes, and make informed decisions for conservation & biodiversity efforts.

Forestry

Drones in forestry are increasingly utilized for various applications, including aerial mapping, tree health monitoring, and wildlife tracking. Equipped with advanced sensors and cameras, they can efficiently assess large areas of forested land, providing valuable data for forest management, inventory assessments, and regeneration planning. Drones help foresters detect disease, monitor growth rates, and evaluate the effects of environmental changes, ultimately enhancing sustainable forest practices and improving decision-making processes. As technology advances, the integration of drones in forestry continues to revolutionize traditional methods of land management and conservation.

2D & 3D Photogrammetry

2D and 3D photogrammetry are techniques used to capture and analyse the physical world through photographs. 2D photogrammetry involves taking overlapping images of a subject from different angles to create two-dimensional representations, typically used for mapping or measurements. In contrast, 3D photogrammetry uses multiple images to reconstruct three-dimensional models, which can be utilized in various fields, such as architecture, archaeology, and heritage. Both methods rely on principles of perspective and triangulation, but 3D photogrammetry provides a more comprehensive visualization of spatial relationships and structures.

Thermal Technology

Thermal technology, and thermal sensors, plays a crucial role in wildlife monitoring, forestry management, and agriculture by detecting temperature variations that indicate the presence of animals, assess plant health, or identify water stress in crops. In wildlife management, thermal cameras help track nocturnal animals and monitor populations without disturbing their habitats. In forestry, they aid in identifying pest infestations or assessing fire damage by visualizing heat patterns. In agriculture, thermal imaging helps farmers optimize irrigation by detecting water stress in plants, ensuring efficient resource use and improved crop yield. Overall, this technology enhances data collection, enabling better decision-making for conservation and resource management.

Agriculture

Drones in agriculture are transforming traditional farming practices by providing innovative solutions for monitoring crops, assessing health, and improving yields. Equipped with cameras and sensors, these unmanned aerial vehicles can capture high-resolution images, collect data on soil moisture levels, and carry out precise pesticide and fertilizer applications. This technology enables farmers to make informed decisions, optimize resource use, reduce costs, and enhance productivity, ultimately contributing to sustainable agricultural practices. As drone technology continues to evolve, its role in precision agriculture is expected to expand, offering even greater benefits to the industry.

Elevation Mapping

Elevation mapping refers to the process of creating a representation of the Earth's surface, indicating variations in altitude. This can involve various techniques, such as the use of digital elevation models (DEMs), LiDAR data, satellite imagery, and topographic surveys, to visualize terrain features like mountains, valleys, and plains. Elevation maps are essential for geography, urban planning, environmental studies, and navigation, providing critical information for understanding landforms and their implications for ecosystems and human development.

Hazardous Events

Drones are increasingly being utilized in hazardous events for their ability to assess dangerous situations without putting human lives at risk. They can provide real-time aerial surveillance for natural disasters, such as wildfires and floods, enabling first responders to make informed decisions. In industrial settings, drones are deployed for inspecting equipment in hazardous environments, like chemical plants or nuclear facilities, where radiation or toxic substances pose risks to workers. Equipped with thermal imaging and sensors, drones can locate hotspots, assess damage, and even deliver supplies or medical aid in hard-to-reach areas, enhancing safety and efficiency during emergencies.

Fixed Photography

Fixed photography for environmental purposes typically refers to the use of stationary cameras or platforms to capture images of natural landscapes, wildlife, or human impact over time. This method can help monitor changes in ecosystems, track wildlife behavior, and assess the effects of climate change, deforestation, or urban development. By providing a consistent visual record, fixed photography can enhance conservation efforts, raise awareness about environmental issues, and support scientific research by enabling comparisons over various time periods.