India is reportedly discussing a hardware-based security layer for satellite internet services offered by overseas companies such as Starlink and other global satellite operators. The proposed system is still under discussion, and the government has not publicly released technical specifications, a final policy or an implementation date.

The idea is important because satellite broadband works differently from ordinary mobile or fibre internet. A user’s terminal sends data to a satellite, which may then connect to gateways and wider networks across different regions. For governments, this creates questions around traffic routing, data security, lawful monitoring and control during emergencies.

What is the proposed security layer?

According to an Economic Times report, the government is considering a hardware device that would sit as a control layer between Indian users and foreign satellite communication providers.

The reported aim is to improve oversight of satellite internet traffic handled by foreign companies. However, it is not yet clear where such hardware would be installed, what information it would process, whether it would apply to all providers, or how it would interact with encrypted traffic.

It would be wrong to assume that the proposed layer means every message or website visit can automatically be read. Modern internet services use encryption. The exact powers and technical design of the proposed system have not been made public.

Why satellite internet creates a special challenge

Traditional telecom networks usually have towers, fibre routes and internet gateways within the country. Satellite broadband can use low-Earth-orbit satellites and inter-satellite links to move data across a global network.

India already requires satellite-service licensees to meet security conditions. Government statements have said that traffic originating or ending in India must pass through satellite earth-station gateways located in India. Providers are also expected to give authorized agencies the required monitoring facilities under applicable rules.

A new hardware layer may be an attempt to provide stronger assurance that these obligations are followed, especially when the core satellite network is owned or operated outside India.

For example, if a satellite terminal is used near a border or in a sensitive area, authorities may want confidence that the service follows local legal restrictions and can respond to emergency directions.

Who could be affected?

The proposal could affect foreign satellite broadband companies looking to operate in India, including SpaceX’s Starlink and Amazon Leo. It may also shape the wider market in which Indian-backed services such as Eutelsat OneWeb and Jio Satellite Communications operate.

The government has said its satellite communication authorization framework is fair and non-discriminatory. If a security layer becomes mandatory, its treatment of domestic and overseas providers will be closely watched.

For customers, satellite internet could be valuable in remote villages, mountainous regions, ships, disaster zones and places where fibre or mobile coverage is weak. Any security requirement should therefore balance national-security needs with reliable service, affordability and fast rollout.

Benefits and concerns

A well-designed security system could help verify that approved terminals are being used, support compliance with Indian routing rules and give authorities a clearer response path during emergencies.

But there are trade-offs. Extra hardware could raise costs, add technical complexity and delay commercial launches. Privacy advocates may also ask for clear legal limits, independent safeguards and transparency on what data is collected or accessed.

The real impact will depend on details that have not yet been announced. Until a formal policy is published, the proposal should be viewed as a government discussion rather than a confirmed rule.

Facts Input- PIB-India’s satellite communication authorization framework, PIB-Space and satellite communication cybersecurity framework, Parliament response-Satellite internet security conditions

IBM and Yotta Data Services have announced plans to make a sovereign agentic AI platform available for Indian enterprises and government organizations.

The proposed platform will combine IBM Watsonx Orchestrate with Yotta’s Shakti Cloud. IBM Sovereign Core is also planned for deployment on Yotta’s India-based cloud infrastructure. Together, the companies want to help organizations use AI while keeping greater control over data, operations and regulatory requirements.

One important clarification is needed. IBM Sovereign Core is generally available, while the India-focused IBM and Yotta agentic AI platform was announced as a partnership initiative to be delivered through Yotta’s Shakti Cloud.

What agentic AI means

Traditional AI usually responds to a prompt or performs one specific task. Gen AI and Agentic AI is designed to handle a series of connected actions to complete a larger goal.

For example, an AI agent in a company’s HR department could receive a leave request, check internal rules, confirm available leave, update the employee system and send a response.

IBM Watsonx Orchestrate is designed to help organizations create and manage AI agents across business functions. The proposed platform will support areas such as IT service management, human resources, finance, procurement and customer support.

Why sovereign AI matters

Sovereign AI means an organization has stronger control over where its data, models and AI operations are hosted and managed.

For a bank, hospital or government department, sending sensitive information to an overseas system can create security, legal and compliance concerns. An India-hosted environment can help keep data and AI workloads within the country’s regulatory boundaries.

Yotta’s Shakti Cloud is an India-based, MeitY-empanelled cloud platform. The partnership is intended to allow organizations to deploy AI workloads locally while meeting data residency and governance requirements.

This does not mean that every organization automatically becomes fully compliant simply by using the platform. Each customer will still need to configure access rules, security policies and internal controls properly.

What IBM Sovereign Core adds

IBM Sovereign Core is designed to provide controls across four important areas.

Data sovereignty focuses on where information is stored, processed and transferred. Operational sovereignty deals with who controls the infrastructure and day-to-day operations. Technology sovereignty aims to support open and modular systems, reducing dependence on a single technology provider. AI sovereignty covers where models run and how their use is governed.

The platform includes customer-operated control capabilities, identity and encryption management within the defined jurisdiction, continuous compliance monitoring and audit evidence generation. It is built using Red Hat OpenShift and Red Hat AI technologies.

Benefits for Indian organizations

The partnership could offer several practical benefits.

A bank could use AI agents to assist with customer service, compliance checks and internal workflows without moving sensitive information outside the approved environment.

A government department could automate document processing, citizen support and service requests while maintaining audit records.

A manufacturer could connect AI agents with procurement, inventory and maintenance systems. Instead of using separate tools for each task, the organization could manage connected workflows through one governed platform.

The combination may also reduce the time needed to build an AI system from the beginning. IBM provides the enterprise AI and orchestration software, while Yotta supplies India-hosted infrastructure and GPU resources.

Competition and challenges

IBM and Yotta will compete with sovereign and regulated cloud offerings from global companies such as Microsoft, Google and AWS, along with Indian AI infrastructure providers and local-language AI companies.

The platform’s success will depend on more than technology. Organizations will also need skilled teams, clear AI policies, reliable connectivity and strong cybersecurity practices.

Agentic AI can perform multiple actions, so mistakes may have a wider impact than a wrong chatbot response. Human approval, monitoring and clear limits will remain important for sensitive work.

Conclusion – Key takeaways

• IBM and Yotta plan to deliver an India-focused agentic AI platform.
• The solution will combine IBM Watsonx Orchestrate with Yotta’s Shakti Cloud.
• IBM Sovereign Core is designed to provide control over data, operations, technology and AI execution.
• Indian enterprises and government bodies could use the platform for HR, finance, procurement, IT and customer support.
• India-hosted infrastructure may help organizations address data residency and compliance concerns.
• Human oversight and proper security controls will still be necessary.

Facts Input- 1, 2, 3, 4

Image Credit- IBM