Gulpari is an environmental technology project developed within the SkyBee platform and the broader Sky Life Industry ecosystem. The project focuses on improving the efficiency, scalability, and planning of greening and reforestation initiatives across urban and rural environments.
The system combines autonomous drones, environmental sensing, and data analysis to assess land conditions, map suitable planting zones, and accelerate physical greening processes such as seed distribution and land preparation. By automating time-consuming field operations, Gulpari reduces the operational complexity of large-scale greening projects while improving execution accuracy.
Gulpari is designed to support municipalities, environmental organizations, agricultural stakeholders, and government-led sustainability initiatives that require efficient deployment across large or resource-constrained areas. The platform enables faster assessment of terrain conditions and supports data-driven decision-making for optimal planting strategies.
Equipped with advanced sensors and real-time mapping capabilities, Gulpari drones analyze soil and environmental conditions before executing targeted seed planting. The system generates actionable environmental data that helps stakeholders monitor progress, improve planting success rates, and coordinate long-term ecosystem development efforts.
Rather than functioning only as a drone solution, Gulpari operates as part of a broader environmental infrastructure approach within Sky Life Industry. The project demonstrates how autonomous systems and environmental analytics can modernize traditional greening methods and support sustainable land restoration at scale.
Gulpari contributes to climate resilience and ecosystem recovery by enabling faster creation of green spaces and improving the efficiency of environmental conservation programs. As an extension of the SkyBee platform, it reflects Sky Life Industry’s focus on building technology-driven solutions that address environmental challenges through scalable and practical innovation.
