IoT is reshaping agriculture towards more efficient and sustainable patterns of production.
Satellite IoT empowers infrastructure management
IoT in the smart city planning
The Internet of Things is revolutionizing the infrastructure and making its mark on smart city planning.
Cities worldwide, such as Paris, London, and Copenhagen, are adopting IoT technology in urban construction planning. Through connected IoT devices such as sensors and meters attached or embedded into the facilities, collecting and transmitting the data on the condition of the city infrastructure. By leveraging big data analytics, city decision-makers can extract actionable insights and carry out significant initiatives to create a better living environment for their residents.
How IoT can improve infrastructure management in rural areas
The contribution of the Internet of Things to urban infrastructure construction is undoubtedly substantial, and its impact on rural infrastructure development is also significant. With the Internet of Things, remote monitoring of those rural facilities such as rural roads or bridges is possible. In addition, because the sensors can measure the health condition of infrastructure by gathering data on humidity, temperature, expansion, vibration, or seismic waves, it helps to save maintenance costs and increase the operation's efficiency.
However, all the above functionalities can only become real on the condition of access to internet connectivity, which is a long-existing issue when deploying IoT networks in rural areas.
Sateliot's offering: satellite-based IoT connectivity over standard 5G NB-IoT
Given that only 10% of the Earth's surface has access to cellular coverage, this represents a fundamental problem in the digitalization of infrastructure construction and development in remote zones.
To solve the lack of connectivity, particularly in rural areas, we deployed a nanosatellite LEO constellation 500km from the Earth and works as a network of cell towers from Space. In addition, we provide global IoT connectivity over standard 5G NB-IoT, allowing unmodified commercial terrestrial devices to connect directly to our satellite wherever possible.
And there's no significant incremental hardware investment, whereas usually inevitable in the solution of traditional satellite operators.
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Are you an IoT value-added service (IoT-VAS) company in the infrastructure sector? Are you looking to serve your customers with seamless and ubiquitous global connectivity for your solutions? Contact us now to book a free trial of our World's first satellite-based NB-IoT connectivity. Let us help you to bring your services to the next level!
IoT Connectivity Use Cases
Highway visibility for safety alerts
Smart sensors for road infrastructure
Remote monitoring of critical infrastructure
Bridge health monitoring
Improved traffic and pedestrian safety
Railway visibility and accident prevention
Global IoT connectivity provides end-to-end visiblity for the marine sector.
The renewable energy sector is experiencing a massive transformation, IoT is at the forefront of this revolution.
IoT is set to improve the whole supply chain by reducing transportation costs and enhancing logistics management.
IoT adoption in the energy sector is having a revolutionary impact, improving sustainability, optimizing reliance, and creating new business models.
For remote locations and extreme sports - The remote wearable devices market has experienced a tremendous growth thanks to the advent of modern communications and IoT.
IoT provides safer, more compliant and efficient Oil and Gas operations.
The mining Industry benefits from the increase in productivity provided by IoT-enabled technologies.
The IoT revolution is ready to be applied to military intelligence overcoming the lack of terrestrial connectivity in many conflict zones.