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Operation Dronagiri and the Integrated Geospatial Data Sharing Interface (GDI): Pioneering Geospatial Innovation in India
Context:
Operation Dronagiri is an initiative by the Indian Government to improve the use of geospatial technology, which involves gathering and analysing data about the Earth’s surface.
- It aims to use advanced tools like drones, satellites, and mapping systems for better planning and decision-making in various sectors.
Objective of operation Dronagiri : Demonstrate the transformative potential of geospatial technologies to improve the quality of life and ease of doing business.
Advantage of Operations Dronagiri:
- Better Geospatial Tools
- Improved Data Collection: India is using drones and satellites to gather more detailed and accurate data about the land and resources.
- Centralised System: A system is being set up to store and analyse this data, making it easier for different sectors to access and use it.
- Policy Changes
- In 2021, India relaxed its rules on geospatial data, allowing private companies to participate in gathering and using this information. This is helping make the system more efficient.
Benefits in Key Areas:
- Disaster Management: Geospatial data helps predict and manage disasters like floods and landslides, allowing faster responses.
- Agriculture: Farmers can use the data to improve crop yields and manage resources like water better.
- Urban Development: Cities can use geospatial data to plan infrastructure, such as roads and public services, more effectively.
- Security: The defence sector can use geospatial information to monitor borders and plan strategies.
Integrated Geospatial Data Sharing Interface (GDI): Backbone of Operation Dronagiri
- Functionality of GDI
- Seamless Data Access and Sharing:
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- Facilitates the integration and sharing of geospatial datasets among stakeholders, including government agencies, private sector organisations, and startups.
- Breaks down traditional data silos, encouraging collaboration and innovation.
- Advanced Data Exchange Protocols:
- Built with sophisticated protocols ensuring efficient data processing, privacy preservation, and secure handling of sensitive information.
- Empowers organisations to make informed, data-driven decisions.
- Support for Diverse Applications:
- Applications in urban planning, environmental monitoring, disaster management, agriculture, logistics, and livelihoods.
- Real-time data analytics enable swift and accurate responses to emerging challenges.
- Actionable Insights:
- Provides tools and features for deriving actionable insights, aiding better decision-making and impacting sectors where timely information is critical.
Collaboration and Capacity Building under Operation Dronagiri :
- Private Sector Partnerships: Collaborations with Indian geospatial firms and startups like MapmyIndia are encouraged.
- Skill Development: Training programs for geospatial technologies are being implemented to build a skilled workforce.
Nationwide Rollout Vision
- Inspired by UPI Model: Envisions a similar revolution in geospatial data usage, enabling socioeconomic development akin to UPI’s impact on financial inclusion.
- Public-Private Partnership (PPP): Deployment through PPP ensures scalable, innovative solutions involving diverse stakeholders.
International Cooperation
Operation Dronagiri seeks partnerships with global geospatial leaders to share best practices and technologies while strengthening India’s leadership in the Global South.
Economic Impact
By democratising access to geospatial data and applications, Operation Dronagiri is expected to contribute significantly to India’s GDP, driving innovation across multiple industries.
Strategic Importance of Operation Dronagiri :
- Alignment with National Geospatial Policy 2022: Strengthens India’s global leadership in geospatial technologies.
- Private Sector Collaboration: Drives accessibility, application, and innovation in geospatial data.
- Real-World Impact: Converts geospatial insights into actionable solutions for socioeconomic benefits.
