Terrestar Solutions officially inaugurated an unprecedented connectivity service that promises to transform the communication infrastructure in isolated regions of América and Norte. The initiative aims to fill critical coverage gaps in the Canadian North using a hybrid approach that combines terrestrial networks with satellite technology for Internet of Coisas (IoT). The main focus is to increase efficiency and safety in vital sectors such as mining and forestry, where the absence of conventional signal represents a constant risk.
Large industrial operations in geographically challenging areas face historic logistics problems due to a lack of continuous communication. Sem a stable connection, monitoring valuable assets and automating processes become complex and dangerous tasks. The new solution seeks to eliminate these shadow zones, offering a robust alternative for places where traditional ground infrastructure cannot reach or is economically unfeasible to implement.
The company is committed to a strategy that unites teams and heavy machinery through an uninterrupted flow of data, ensuring that crucial information travels without barriers. The goal is to enable companies to maintain accurate tracking of their fleets and employees, regardless of location, modernizing practices that previously relied on manual checks or limited radio systems.
Technological integration via satellite and open standards
The technical core of this new platform is based on the concept of Redes Não Terrestres (NTN), operating in compliance with 3GPP open standards. Essa strategic choice facilitates fluid integration between existing terrestrial communication systems and space infrastructure. Convergence allows the ecosystem to function interoperably, without the end user noticing the transition between the cellular network and the satellite signal.
Mobile devices and industrial sensors can now automatically switch between networks, ensuring continuity of voice calls and data transmission. The system uses the Echostar T1 satellite, which operates in the 40 MHz S band, a frequency capable of covering vast territorial extensions. Essa architecture is fundamental for implementing “Direct-to-Device” (D2D) technologies, which connect common devices directly to satellites without the need for complex satellite dishes.
Field tests and validation with industrial partners
To prove the effectiveness of the solution, rigorous tests were carried out in the Abitibi-Témiscamingue region, known for its intense forestry and mining activity. In partnership with LUBEX, the technology underwent a validation program that lasted 32 weeks. During this period, the system operated under real stress conditions, monitoring the movement of vehicles and equipment in areas where cell phone signal was non-existent.
The results demonstrated the network’s ability to maintain stable data transmission, allowing accurate tracking of trucks and heavy machinery. Practical validation ensured that there was no interruption in communication between the terrestrial network and the satellite, guaranteeing the integrity of the information collected in real time. The success of the tests confirmed the commercial viability of the model for fleet management and predictive maintenance.
Impact on operational security and risk prevention
In addition to gains in productivity, the new hybrid network plays a crucial role in occupational and environmental safety. The ability to keep sensors connected in dense forests allows for the implementation of early fire detection systems. Continuous monitoring of temperature variations and air quality enables quick responses to hot spots, protecting both the ecosystem and local communities.
For isolated workers, technology acts as a lifeline in emergency situations. Acidentes or mechanical problems that occur hundreds of kilometers from urban centers can be reported immediately, speeding up the sending of help. Essa change in security protocols represents a significant advance in protecting life in hostile work environments, while promoting the digital inclusion of remote communities located around these operations.