satellite technology plays a critical role in enabling new applications and business processes that make the Internet of Things a reality.
Fremont, CA: The emerging Internet of Things (IoT) movement is expected to give a slew of new services enabled by the inexorable trend toward a linked network of gadgets and pave the way for the next generation of disruptive innovations. Why satellite technology is critical to making the Internet of Things a reality.
As city residents, many sometimes ignore the significance of satellite technology in providing critical communication linkages to rural locations where terrestrial networks are unavailable or inaccessible. Despite the expansion of terrestrial networks to many world regions, many areas remain disconnected and rely on satellite access. It is either physically impossible to connect consumers at sea or in the air without using satellite, or there is no commercial rationale to justify the price of deploying fiber to remote, sparsely inhabited places. As a result, satellite technology plays a critical role in enabling new applications and business processes to make the Internet of Things a reality.
Here are the top advantages of satellite communications for the Internet of Things movement:
Linking remote assets
Satellites offer the crucial communication method for remote facility monitoring and real-time asset management at unmanned sites and offshore platforms, extending business operations to geographically distant areas.
Encouraging the usage of sensor networks
Energy and mining corporations are looking into expanding their use of satellite-based sensor networks to help with offshore exploration operations.
Changing the transportation infrastructure
Broadband connectivity on trains, freight trucks, and marine boats is a growing trend in the global transportation environment, and satellite communications are key to allowing novel mobility services.
The networking of intelligent gadgets will give a new generation of innovative IoT applications. The potential scope of the IoT, which is expected to include billions of devices worldwide, necessitates ubiquitous network connectivity between satellite providers and carrier integrated services, including in rural regions.
Terrestrial networks may be expensive to build in certain distant areas; therefore, mobile satellite services are usually regarded as a more cost-effective communications technology than other contemporary satellite platforms.