Viability of a hybrid satellite-cellular model for IoT deployments in remote regions is demonstrated, paving the way for commercial launch in the country.
Campinas, Brazil / Barcelona, Spain, June 15, 2026–The first commercial demonstration of connectivity on a Non-Terrestrial Network (NTN) has been successfully completed for the first time in Brazil, as a result of the partnership between European telecommunications company Sateliot and CPQD, one of Brazil’s leading innovation centers. The test validates both the performance and commercial viability of Internet of Things (IoT) services using satellites in areas without terrestrial cellular coverage.
The demonstration, carried out in a remote location with no cellular coverage, validated Sateliot’s hybrid connectivity model, compatible with the 3GPP standard. The technology allows standard NB-IoT devices – a type of wireless communication designed for low-power devices handling low data transmission rates – to connect via satellite without any modifications.
This marks a milestone in Brazilian telecommunications, as the test confirms the feasibility of seamless roaming between terrestrial and satellite networks, representing a significant step toward mass IoT adoption in rural areas of Brazil without connectivity.
Enabling IoT beyond terrestrial limits
The test is part of Conecte o Brasil LEO NTN, an initiative led by Sateliot to accelerate the certification, testing, and adoption of low Earth orbit satellite technologies in Brazil. The program has been used to validate devices, ensure interoperability, and support ecosystem readiness for IoT services using NTN technology. It is open to all IoT solution providers in Brazil interested in exploring the potential of this connectivity. The proof of concept, conducted by CPQD, validates a low-power satellite IoT device for cattle tracking in areas without terrestrial coverage, advancing the digitalization of extensive livestock farming in Brazil.
By leveraging standard protocols, the solution eliminates the need for proprietary hardware or complex integrations, lowering the barriers for companies looking to implement IoT solutions in sectors such as agriculture, utilities, logistics, and environmental monitoring.
Industry and market relevance
Brazil represents one of the largest untapped IoT markets in the world, particularly in sectors operating in remote environments or with limited infrastructure. Despite strong growth in cellular IoT, large portions of the country remain beyond the reach of traditional networks.
This validation demonstrates how NTN networks can complement existing infrastructure, enabling nationwide coverage and supporting digital transformation initiatives across key sectors.
“This first commercial demonstration in Brazil is a crucial milestone for Sateliot and for the entire NTN ecosystem,” says Gianluca Redolfi, CCO of Sateliot. “We have proven not only that the technology works under real conditions, but also that it can be deployed using standard devices and operators’ existing infrastructure. This is essential for scaling IoT connectivity globally.“
“With NTN, we have been able to extend the reach of IoT applications and enable new operating models for various sectors of the economy,” says Elitelma Souza, Solution Manager for Automation, IoT, and Hybrid Computing at CPQD. “Our collaboration with Sateliot through the Conecta Brasil LEO NTN program demonstrates how terrestrial satellite networks can work together to expand connectivity and open up new opportunities for Brazilian industries.”
About CPQD
CPQD is one of the largest innovation centers in Latin America. Founded in 1976, the organization focuses on information and communication technologies (ICT), with a comprehensive portfolio of solutions used across a wide range of market segments in Brazil and abroad, accelerating value creation in the digital transformation process and contributing to the development and export of technology in the country.
About Sateliot
Sateliot is a European satellite telecommunications company headquartered in Barcelona, founded in 2018. It has deployed the first LEO satellite constellation under the 3GPP standard (Release 17 NTN), enabling unmodified commercial NB-IoT devices to connect directly from space. Its technology seamlessly integrates terrestrial and satellite networks to provide affordable 5G connectivity in remote areas and wherever conventional infrastructure does not reach. As a strategic player for European digital sovereignty, Sateliot promotes secure, global, and accessible connectivity and, in this context, plans to launch the new generation of Tritó satellites in 2027.
