In this article, we will explore various wireless technologies used in IoT applications. We will analyze the capabilities of 3G, which utilizes cellular lines to transmit data, as well as SigFox, which offers increasing coverage. Additionally, we will discuss the benefits of Wireless M-Bus for applications requiring a dedicated network infrastructure or coverage in hidden…
TACTIGON is a completely new way to create IoT enabled devices. Designed to be user friendly and extremely powerful, it has everything makers need to unleash their creativity and come up with applications for the IoT that solve real world problems more elegantly, and effec-tively, than ever before.
Structural health monitoring has the potential to completely change the way we manage the built environment. It involves the addition of dynamic wireless sensors within structures, enabling engineers to monitor aspects of their health in real-time.
Basically, the IoT is an extension of the familiar digital internet.Devices connected to the IoT are able to collect data, and then send it to devices which are part of the conventional internet.They can also receive data remotely, allowing users to customize how they function.
Structural health (or structural monitoring) is an essential part of modern urban infrastructure. SHM can be applied to all forms of buildings or structures, from ancient buildings which have been standing for thousands of years, to bridges that are under construction in earthquake zones.
A few years after the technology first came online, we’re still waiting for world-shaking innovations, but there has been a stream of pretty amazing developments that point towards a pivotal role for the IoT in future medicine. Here are a few ways that wearables have changed medi-cine, which offer pointers for makers using TACTIGON SKIN to develop their own devices.
Pipelines are an essential part of infrastructure across the world. Thankfully, innovative new smart monitoring systems are available which can minimise the risk of failure and ensure that piping remains in good condition, for as long as possible. These systems link into the rapidly expanding Internet of Things (IoT), which will play a key role in protecting pipelines in the future.
Smart cities are changing the way people live in and interact with urban environments. Next Industries is at the heart of these exciting developments, creating a range of highly accurate data acquisition loggers, sensors and gateways, which provide the connectivity that is vital to power smart cities.
Iconic monuments and buildings can define a city, or even a country. It is vital, therefore, to ensure that these monuments are preserved in the best possible condition, which requires the most advanced monitoring systems. Next Industries deliver those solutions with a cutting-edge range of data acquisition loggers, gateways, and sensors.
Modern pipelines are more efficient and less likely to break down thanks to wireless IoT smart monitoring developed by companies such as Next Industries SRL.
So, given those differences, it’s clear that IoT architecture has some significant advantages. Flexibility is a crucial benefit. Because IoT sensors are smaller, and link up to a wider range of devices (such as laptops, payment terminals, smartphones, desktop PCs, routers, TVs, etc…) the potential for creating innovative new products and services is much greater.
The Internet of Things (IoT) has massive potential to revolutionize the way we build and inhabit our homes.With IoT enabled devices, home owners can connect every aspect of their home’s infrastructure to smartphones, wearables, or computers.
