Reliance Jio has showcased a much larger vision for satellite connectivity in India at India Mobile Congress 2026, proposing a constellation of around 1,600 Low Earth Orbit satellites supported by 23 ground stations across the country. The company is positioning the proposed network as “Sovereign Satellite Connectivity”, designed to work alongside its existing mobile and fibre infrastructure rather than replace it.
The scale of the architecture is the key development. However, the 1,600 satellites and 23 ground stations remain part of a proposed plan and should not be interpreted as satellites or ground infrastructure that Jio has already deployed. Jio presented the concept at IMC 2026 as it looks to extend connectivity to locations where conventional towers and fibre networks are difficult to build.
Jio’s Proposed 1,600-Satellite Network
According to the plan showcased by Jio, the proposed constellation would consist of approximately 1,600 LEO satellites, with 23 ground stations providing the connection between the space-based network and infrastructure on the ground.
Jio says the satellite system would be integrated with its existing terrestrial network. This would allow satellite connectivity to complement mobile towers, fibre and other network infrastructure rather than operate as an entirely separate connectivity system.
The company has outlined a vision for coverage across land and maritime areas, including more than 600,000 villages. Remote villages, islands and border locations are among the areas identified for satellite connectivity.
That is particularly relevant for India, where extending fibre or building conventional mobile infrastructure can be difficult in geographically challenging areas.
What Does 23 Ground Stations Mean?
Satellites alone cannot create an end-to-end broadband network.
The proposed 23 ground stations would provide an important link between Jio’s satellite constellation and terrestrial infrastructure in India. Data travelling through the satellite network would ultimately need to connect with ground-based networks and internet infrastructure.
This also explains why Jio is presenting the project as a hybrid connectivity architecture. A user or location could potentially be served through terrestrial mobile or fibre infrastructure where available, while satellite connectivity could extend the network into areas where conventional infrastructure is difficult or uneconomical to deploy.
Jio’s presentation also highlights potential applications in enterprises, remote sites, aviation, maritime operations, government, defence and disaster response. Direct-to-device calling for rural areas is another capability included in the company’s vision.
Jio Wants the Satellite Value Chain in India
One of the more significant aspects of the presentation is Jio’s emphasis on sovereign infrastructure.
The company says its vision is to keep the satellite value chain within India, covering areas including design, engineering, integration, testing, launch, deployment and operations.
If this vision is eventually implemented at scale, the implications could go beyond broadband connectivity.
India would potentially gain greater domestic capability across satellite communications, ground infrastructure, network integration and associated technologies. It could also create opportunities for Indian technology companies, equipment manufacturers and space-sector suppliers.
However, the proposed architecture should not yet be treated as evidence that the entire value chain will be domestically built. The current announcement is a strategic vision, and the eventual sourcing, manufacturing and deployment model will depend on future decisions and partnerships.
This Is Different From JioSpaceFiber
Jio’s satellite ambitions are not entirely new.
At India Mobile Congress 2023, Jio demonstrated JioSpaceFiber, a satellite-based gigabit broadband service developed in partnership with SES. The service used SES’s O3b and O3b mPOWER satellite capabilities, with Jio positioning satellite broadband as an extension of its JioFiber and JioAirFiber offerings. Jio had also demonstrated connectivity at four remote locations in India.
Jio Platforms and SES had originally established Jio Space Technology Limited in 2022 to provide satellite-based broadband services in India. That joint venture was designed around SES’s multi-orbit satellite infrastructure and included plans for gateway infrastructure in India.
The 2026 IMC presentation represents a different strategic direction. Rather than relying only on capacity from an existing international satellite constellation, Jio is now evaluating a sovereign LEO constellation for India.
Reliance Industries has previously disclosed that Jio is evaluating its own sovereign LEO constellation while also partnering with global constellation providers to accelerate satellite service availability. It has also said it is building ground-station infrastructure in India that could support partner constellations as well as future Jio satellites.
Why Jio Needs Satellites Alongside 5G and Fibre
Jio already operates one of India’s largest terrestrial telecom networks, with mobile, fibre and fixed wireless infrastructure covering a large portion of the country.
The satellite network is therefore not simply another way of providing broadband to urban consumers.
Its greater strategic value could be in filling gaps that terrestrial networks cannot easily address.
Remote villages, islands, border areas, maritime routes and isolated enterprise locations can require significant investment when connectivity depends entirely on fibre or towers. Satellite infrastructure can potentially provide coverage without requiring the same physical last-mile network at every location.
For Jio, combining the two approaches could create a broader connectivity platform.
In densely populated areas, fibre and mobile networks can carry the majority of traffic. In remote locations, satellite connectivity could provide the link. The two systems could then operate as complementary layers of the same network.
The Direct-to-Device Opportunity
Jio’s presentation also points towards direct-to-device calling in rural areas.
This is potentially one of the most interesting parts of the satellite strategy because it moves the discussion beyond traditional satellite broadband terminals.
The broader global satellite industry is increasingly exploring ways for ordinary devices to communicate through satellites, particularly in locations where terrestrial mobile coverage is unavailable.
For India, such technology could eventually improve connectivity in remote regions without requiring every location to have a conventional mobile tower.
However, the practical implementation will depend on spectrum, satellite technology, handset compatibility, regulatory approvals and the eventual commercial architecture.
The current IMC presentation should therefore be viewed as a strategic direction rather than evidence that direct-to-device satellite calling is already commercially available through Jio.
Jio’s Satellite Push Comes as India’s Satcom Market Takes Shape
Jio is entering a satellite connectivity market that is also attracting international players.
Starlink, OneWeb and Jio Satellite Communications have secured important regulatory approvals for satellite services, but commercial deployment still depends on the remaining regulatory, spectrum and security processes. Reuters reported on October 8 that the government said satellite operators were at a similar stage in the approval process.
That makes Jio’s decision to showcase a large future satellite architecture particularly significant.
The company is not simply preparing to offer satellite broadband as an isolated product. Its presentation suggests a strategy in which satellite connectivity becomes another layer of Jio’s existing national network.
That could eventually give Jio an advantage in integrating satellite connectivity with mobile, fibre, enterprise and other digital services, although the actual commercial impact will depend on how quickly the proposed system moves from concept to deployment.
The 1,600-Satellite Figure Needs Context
The number itself is likely to attract the most attention, but the more important question is what happens between the presentation and an operational constellation.
A 1,600-satellite LEO network would require substantial investment, manufacturing and launch capacity, ground infrastructure, spectrum coordination and regulatory approvals. It would also require a sustainable commercial model capable of supporting the network over its operating life.
Reports have discussed possible phased development timelines, but Jio did not announce a definitive satellite launch schedule at IMC 2026. The 1,600-satellite figure should therefore be treated as the scale of the proposed architecture rather than a confirmed deployment schedule.
This distinction is important for consumers.
There is currently no basis to say that Jio has deployed 1,600 satellites or that satellite broadband based on this constellation is ready for commercial use.
What It Could Mean for Indian Consumers
If Jio eventually builds the proposed system, the biggest benefit could be connectivity in places where terrestrial infrastructure remains difficult.
For consumers in remote villages and islands, satellite connectivity could provide another route to broadband and digital services. For businesses, it could support connectivity at remote facilities, transport networks and other locations where fibre deployment is challenging.
The network could also strengthen connectivity resilience during natural disasters or situations where terrestrial infrastructure is damaged.
For urban consumers, the impact may be less direct. Fibre and mobile networks are likely to remain the primary connectivity options in cities, while satellite could function more as a backup or specialised connectivity layer.
The Bigger Significance for India’s Telecom Industry
Jio’s latest satellite vision fits into a much larger transformation taking place in Indian telecom.
The country is moving from a model dominated by mobile towers and fibre towards a more diverse connectivity architecture involving 5G, fixed wireless access, fibre, satellites, cloud infrastructure and eventually 6G networks.
For Jio, the ambition appears to be connecting these layers rather than building them as independent businesses.
The proposed 1,600-satellite constellation is therefore significant not simply because of the number of satellites involved. It shows how India’s largest telecom players are beginning to view space-based connectivity as part of the national telecom infrastructure itself.
Jio connected much of India through mobile and fibre networks. Its latest IMC 2026 vision is to extend that network architecture into space.
The important question now is not whether Jio has 1,600 satellites.
It does not.
The question is whether the company can turn this proposed sovereign satellite architecture into a commercially viable network that works alongside its terrestrial infrastructure and eventually helps connect the parts of India that towers and fibre cannot easily reach.
