The Bengaluru Summit: A New Frontier
Under India's BRICS chairship, the heads of space agencies from the expanded bloc of nations met in late June 2026. This wasn't just a routine conference; it was one of the first major engagements since the group welcomed new members, with delegates from up to
ten countries including Brazil, Russia, China, South Africa, and new entrants like Egypt, Iran, and the UAE in attendance. Hosted by the Indian Space Research Organisation (ISRO), the two-day meeting focused on a critical agenda: leveraging the collective space capabilities of member nations to tackle some of the world's most pressing challenges. The core themes were clear: using satellite data for disaster management and climate change monitoring, and ensuring the long-term sustainability of space activities.
Eyes in the Sky: How Satellites Help
The idea of using satellites for disaster planning isn't new, but the scale of this collaboration is. Satellites provide a unique vantage point, offering invaluable data before, during, and after a crisis. For climate planning, remote sensing satellites can monitor long-term trends like melting glaciers, deforestation, and rising sea levels with incredible precision. In disaster management, their role is even more immediate. They can help predict the path of cyclones, identify areas vulnerable to flooding or landslides, and provide a real-time overview of an affected area when ground communication is down. After a disaster, satellite imagery is crucial for assessing damage, locating survivors, and planning relief efforts. By pooling resources, the BRICS nations aim to ensure this critical data is available to whichever member needs it most.
A Virtual Constellation
At the heart of this collaboration is the BRICS Remote Sensing Satellite Constellation, an initiative first formalized in 2021. This is a 'virtual' constellation, meaning the member countries don't launch new, jointly-owned satellites. Instead, they have agreed to share data from their existing remote sensing satellites. This network includes powerful Earth observation satellites like India’s Resourcesat-2 and 2A, China’s Gaofen-6, Russia’s Kanopus-V type, and the CBERS-4, which was jointly developed by Brazil and China. The Bengaluru meeting focused on strengthening this framework and, crucially, making the necessary amendments to the agreement to formally integrate the bloc's new member nations into this data-sharing mechanism.
Expanding the Alliance
With the expansion of BRICS, a key priority of the Bengaluru meeting was to create a more structured and inclusive framework for space cooperation. Beyond just including new members in the satellite constellation agreement, the agency heads advanced discussions on establishing a BRICS Space Council. This proposed council would provide a formal institutional structure to guide future collaboration, set common goals, and define the rules for ongoing partnership. The agenda also covered the critical issue of space sustainability, with members exchanging views on how to conduct debris-free missions and establish best practices to ensure that outer space remains usable for future generations.
India's Vision for Space
Hosting the meeting, India took the opportunity to showcase its leadership and vision. Union Minister Dr. Jitendra Singh put forward the concept of a “BRICS Space Economy,” urging members to move beyond simple coordination and towards co-development and joint innovation. This vision positions space not just as a strategic asset but as a major driver of economic growth and sustainable development. The meeting also served as a platform for India's burgeoning private space sector. Facilitated by IN-SPACe, the national authorization body, Indian NewSpace companies presented their capabilities to the international delegates, highlighting a growing ecosystem of innovation in launch services, satellite technology, and data applications.
