Now-a-days when somebody talks about IoT, applications that comes to your mind would be smart home or smart city, geo-positioning and smart fitness devices. These may seem quite exciting for the general public, but for a technologist, the question becomes what to explore next and play with?
The Internet of Things (IoT) connects smart objects that can sense and manage our environments, be they homes, vehicles, factories, supply chains, cities or power grids. IoT objects transfer data over networks using IP address connectivity. The IoT market is growing rapidly and will to impact many aspects of life and work in the coming years. Thanks to IoT, a huge volume of data is being generated and transferred across networks. Ensuring this data is reliable, secure and authentic is perhaps the most critical challenge facing the growth of the IoT market.
As the world transitions from 4G to 5G, lots of applications are moving toward the cloud, which heralds the commercialization of transformative technologies such as augmented reality (AR), connected vehicle and Internet of Things (IoT). Most of these technologies rely on mobile infrastructure and cloud computing that together provide real-time, context-based services to the end user.
The billing system-also known as the business support system-is a vital tool for communications service providers. The system bills end customers and manages payments to service providers. Having an efficient, feature-rich and “smart” system is essential as technologies such as Artificial Intelligence (AI), Machine Learning (ML), Natural Language Processing (NLP), Internet of Things (IoT) and Advanced Analytics become more pervasive.
We have seen a dramatic transformation in both life and work in recent years as a result of new technology, from smartphones to the Internet of Things, with the prospect of bringing an additional 20 billion connected things online by 2020, according to Gartner.
AWS IoT provides a managed, multitenant service that enables communication between IoT devices, applications, and the backend. By virtue of being a managed service, IoT platform eases out several deployment and infrastructure monitoring issues. However, it imposes some limits and restrictions on how data can be modeled and the size of device information that can be stored in a “shadow” on AWS IoT 1. Primarily, the restrictions ensure the safety and security of the platform and deployments, and avoid misuse of the platform by a tenant or rogue entity. It is critical to be aware of and understand these restrictions before finalizing the solution architecture as some of them may impact the feasibility of the solution architecture and operating costs.