For enterprise users, the deployment of traditional IT architecture has been gradually abandoned, the practice of putting all the business in the cloud is now increasingly popular.

Nowadays, enterprises are more and more inclined to take data as the driving force, because their data is the driving force for their development engine to create new products, surpass competitors and provide customers with better experience. Therefore, big data management and processing for different partners (such as data analysts, data engineers, and data operating companies) should be fast, automated, and scalable.

As businesses and individuals increasingly rely on cloud-based services and data storage, the need for a robust and scalable infrastructure to support these services has reached unprecedented levels.

Healthcare cloud provides on-cloud reconfiguration of healthcare information business, improves data interoperability and collaboration efficiency, and is generally favored by the industry. At the same time, healthcare organizations are leveraging the healthcare cloud base to enrich healthcare service models and reduce healthcare expenditures.

With the increasing sophistication of cloud technology, advances in the Internet of Things, and the emergence of a large number of remote jobs, the cybersecurity landscape has become more intricate than ever.

As sustainability becomes a front and center topic for the enterprise, stubborn misconceptions about the power consumption of cloud-based deployments need to be debunked.

Cloud computing is having an increasingly profound impact on the sports industry. People can use cloud computing to analyze and process large amounts of data, which in turn can improve the way athletes train and live.

Serverless is a new cloud computing paradigm that allows developers to focus more on application development and deployment without focusing on the underlying infrastructure.

Introducing edge computing only makes sense for organizations looking to build robust, scalable and secure IoT solutions.

In a new study, scientists proposed a conceptual design of "quantum blockchain", which may protect the blockchain system from quantum computer hackers. The new coding program can be interpreted as non classically influencing the past; Therefore, this decentralized quantum blockchain can be regarded as a quantum networked time machine.