Hanle village and Indian Astronomical Observatory
Internet at 4,500 Meters: Revolutionizing life in a village and Indian space sciences read moreThe Challenge
Enabling last-mile internet connectivity for India’s highest space observatory, in Ladakh.
Project
Duration
Members
Life without Internet
Hanle observatory scientists and village residents struggled with limited communication and access to essential digital resources. Scientists faced challenges in data transfer and remote collaborations. Local families had no exposure to online education or modern communication tools, leaving the community disconnected from opportunities for development.
Our Association
The Indian Astronomical Observatory in Hanle partnered with us to overcome its connectivity challenges. We implemented a tailored solution to enable seamless Internet access for them 4500m above mean sea level. This initiative also brought significant benefits to the Hanle community, providing access to education, communication, and new opportunities, bridging isolation through innovation.
Connectivity Roadblocks
Electricity
Lack of stable grid resulting in, extra steps for a solar + battery deployed networks.
Poor road access
Limited road infrastructure adds significant delays and logistical hurdles
Extreme Weather
Mountainous terrains with extreme weather conditions affects hardware.
Personnel
Difficult to find skilled personnel to troubleshoot and manage the network.
Affordability
Low budgets for the project development and sustained network maintenance.
Hardware Availability
It takes weeks to source equipment from the cities when things break down.
Overcoming challenges
Our approach to enabling and sustaining Internet access at the Hanle
Need Analysis
Our team engaged with scientists and the local community to understand their needs: seamless data transfer for observatory operations, access to online learning for families, and improved communication infrastructure for defense personnel.
Site survey
We assessed the valley’s technical constraints, including terrain, weather conditions, and power limitations, identifying optimal locations for network setup.
Network Planning
We devised a tailored solution with wireless links to the nearest base station, resilient hardware for extreme weather, and energy-efficient systems powered by solar with diesel generator backups.
Implementation
With equipment transported through challenging routes, the team installed antennas, routers, and power systems. Local volunteers and defense personnel were trained in setup and basic maintenance, fostering community involvement and ownership.
Training and Handover
Comprehensive training enabled the observatory staff and community members to manage and troubleshoot the network effectively, ensuring its long-term sustainability.
Monitor and Support
Comprehensive training enabled the observatory staff and community members to manage and troubleshoot the network effectively, ensuring its long-term sustainability.
Sustaining Connectivity
Comprehensive training enabled the observatory staff and community members to manage and troubleshoot the network effectively, ensuring its long-term sustainability.
Outcomes
After bringing Internet access to Hanle Space Observatory
Enhanced Learning
Schools in Hanle now have access to online educational resources, creating opportunities for growth and development.
Improved Research
The observatory can now collaborate with global scientists in real-time and share data seamlessly, accelerating discovery.
Improved Access
The local community can access tele-health, communication and explore opportunities previously out of reach.