European satellite communications company Sateliot has officially established its Indian subsidiary, marking a significant milestone in its global expansion strategy as the company eyes India's rapidly growing Internet of Things (IoT) ecosystem. The move reflects increasing confidence among international space technology firms in India's evolving satellite communications sector and its ambitious digital transformation roadmap.

The Spain-based company specialises in Low Earth Orbit (LEO) Narrowband Internet of Things (NB-IoT) satellite connectivity, enabling millions of connected devices to communicate even in areas where terrestrial mobile networks are unavailable.

Unlike satellite broadband providers such as Starlink or Eutelsat, Sateliot's primary focus is not consumer internet services. Instead, the company delivers affordable satellite connectivity for machine-to-machine communication, helping industries monitor assets, sensors, smart meters and critical infrastructure across remote regions.

India Emerges as a Priority Market

Sateliot believes India has become one of the world's most promising destinations for satellite IoT adoption due to rapid digitalisation, expanding industrial automation and increasing government focus on smart infrastructure.

Speaking about the company's expansion strategy, Sateliot representatives said India offers enormous opportunities as IoT deployments continue to grow across multiple sectors.

The newly incorporated Indian subsidiary will enable the company to work closely with regulators, telecom partners, enterprises and government agencies while preparing for commercial operations in the country. The local presence also demonstrates Sateliot's long-term commitment to India's expanding space and telecom ecosystem.

Why Satellite IoT Matters

The Internet of Things connects physical devices—including agricultural sensors, water meters, electricity grids, transport vehicles and industrial machinery—to digital networks that collect and exchange real-time information.

However, millions of IoT devices operate in locations where mobile towers either do not exist or provide unreliable coverage.

Satellite IoT bridges this connectivity gap by allowing devices to communicate directly with satellites orbiting Earth, eliminating dependence on terrestrial telecom infrastructure.

This capability becomes especially valuable for:

• Smart agriculture
• Logistics and fleet management
• Mining operations
• Oil and gas monitoring
• Utilities
• Environmental monitoring
• Disaster management
• Railway infrastructure
• Border surveillance
• Remote industrial operations

India's large geographical landscape makes satellite-enabled IoT particularly attractive for organisations operating across rural and difficult terrains.

Agriculture Expected to Benefit Significantly

Agriculture is expected to become one of the largest beneficiaries of satellite IoT services.

Smart sensors installed on farms can continuously monitor:

• Soil moisture
• Crop health
• Irrigation systems
• Weather conditions
• Water consumption

Farmers can receive real-time updates without requiring traditional internet connectivity, improving productivity while reducing operational costs.

With India aggressively promoting digital agriculture, satellite connectivity could become an important enabler for precision farming across remote villages.

Logistics Sector to Gain Real-Time Visibility

India's logistics industry is another major opportunity for Sateliot.

Fleet operators increasingly require uninterrupted tracking of trucks, containers, cargo and valuable assets travelling through remote highways, ports and mining corridors.

Satellite IoT enables continuous monitoring even when vehicles move beyond mobile network coverage, improving supply chain visibility, reducing theft risks and enhancing operational efficiency.

As India expands multimodal logistics infrastructure under initiatives such as PM Gati Shakti, satellite connectivity is expected to complement terrestrial telecom networks.

Smart Utilities and Infrastructure

India is rapidly deploying smart electricity meters, water monitoring systems and digital utility infrastructure.

Many installations are located in remote regions where mobile connectivity remains inconsistent.

Satellite IoT can provide reliable communication for:

• Electricity smart meters
• Water pipelines
• Oil pipelines
• Gas distribution
• Renewable energy assets
• Transmission infrastructure

Continuous connectivity enables predictive maintenance, reduces outages and supports efficient infrastructure management.

Sateliot Calls for Balanced Regulatory Framework

While expressing optimism about the Indian market, Sateliot has also highlighted the need for a proportionate regulatory framework that recognises satellite IoT as a distinct category from satellite broadband.

The company argues that narrowband IoT services consume only limited spectrum bandwidth and transmit very small data packets, making their operational model fundamentally different from high-capacity broadband satellite constellations.

According to Sateliot, regulatory policies including spectrum pricing and licensing—should reflect the technical and commercial realities of satellite IoT services rather than treating all satellite communications providers under a single framework.

India's Satellite Industry Gaining Momentum

India's satellite communications sector has witnessed significant momentum following recent policy reforms that encourage private participation and foreign investment.

The government has introduced new frameworks to promote commercial space activities, satellite manufacturing and private satellite communication services.

Several international satellite operators have announced expansion plans for India, recognising the country's massive digital economy, industrial growth and rising demand for next-generation connectivity.

Industry experts believe satellite communications will complement existing 4G and 5G networks by extending coverage to underserved regions rather than competing directly with terrestrial operators.

Direct Device-to-Satellite Connectivity

Sateliot's technology is based on globally recognised 3GPP NB-IoT standards, allowing compatible IoT devices to connect directly with satellites without requiring specialised proprietary hardware.

This standards-based approach enables easier deployment while reducing costs for enterprises seeking nationwide connectivity.

The company says its satellite network complements existing mobile operators instead of replacing them, extending connectivity wherever traditional networks cannot reach.

Strong Growth Outlook

Global demand for connected devices continues to accelerate as industries embrace automation, artificial intelligence and data-driven operations.

India is expected to become one of the fastest-growing IoT markets, supported by:

• Smart city initiatives
• Industrial automation
• Agriculture modernisation
• Digital infrastructure investments
• Renewable energy expansion
• Logistics digitisation
• Utility modernisation

These trends create substantial opportunities for satellite-enabled connectivity providers like Sateliot.

With the incorporation of its Indian subsidiary, Sateliot has taken its first formal step toward establishing operations in one of the world's fastest-growing digital economies.

As India strengthens its satellite communications ecosystem and advances regulatory reforms, companies specialising in satellite IoT are expected to play an increasingly important role in connecting millions of devices beyond the reach of traditional mobile networks.

The company's expansion underscores India's emergence as a strategic global hub for satellite communications, IoT innovation and space technology investment. If regulatory clarity continues to improve, satellite IoT could become a vital component of India's digital infrastructure, enabling smarter industries, connected agriculture, efficient logistics and resilient public infrastructure over the coming decade.