Today, everyone is actively discussing Web 3.0, but there is no clear understanding of how the third generation of the Internet works yet. Major brands and companies are actively striving to get there, although in fact the era of Web 3.0 has not yet arrived. The global Internet community is not yet ready for Web 3.0, in fact, the technology has not yet been developed to such an extent that it can be said that Web 3.0 is already being used at the present time. In this regard, a new concept of Web 2.5 has appeared, as a transitional stage to Web 3.0, and we will tell you about it in more detail today.

In the age of computer technology, almost everyone uses the Internet and has many accounts on various websites and Internet services: social networks, e-mail, messengers, electronic money and much more. Of course, it's convenient and practical.< / p>

Intel's ability to fit powerful 6-core Core i7 processors into a compact 15-centimeter case has created a truly magnificent glory for these cuties. They are used not only for ordinary office tasks, but also for working as a server or virtualization node.

Security incidents and data breaches can have very disruptive and devastating effects on an organization. In fact, according to the Ponemon Institute’s annual Cost of a Data Breach Report, the average total cost of a data breach is near $3.92 million, with an average of 25,575 records being stolen or compromised.

5G is accelerating opportunities for enterprises and mobile network operators (MNOs) alike to innovate and transform their IT infrastructure, applications, communications, and user experience. A multitude of industrial applications are also being enabled by 5G, including highly precise vehicle and package tracking, autonomous vehicle communications, low-latency connectivity for near-real-time applications such as process automation, high densities of wireless actuators and sensors in production environments, and multiple safety and health applications.

Operational technology (OT) is the cyber physical foundation that enables the world’s factories, energy production and transmission facilities, transportation networks, and utilities to function. To boost operational efficiency and profitability, many OT companies have been integrating OT infrastructure and thereby indirectly connecting supervisory control and data acquisition (SCADA) systems with IT networks to manage actionable data across a formerly air-gapped framework. However, the improved agility and efficiency derived from digitally connected OT-IT networks comes with increased cybersecurity risk.