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All the relevant news concerning network monitoring, server availability monitoring and the surveillance of the state of devices and interfaces are the core of this section. Get to know the best practices, news, solutions and tools available for monitoring all types of IT infrastructure
Network monitoring is the process of constantly monitoring the state of a computer network, collecting and analyzing its metrics, and notifying the network administrator in case of failures. The IT monitoring process allows you to analyze network performance and identify several problems in its operation, such as failed or overloaded servers, faulty routers or switches, etc. The primary metrics measured are response time, availability, uptime, consistency, and reliability. Constant monitoring of a computer network allows the administrator to identify and eliminate problems in its operation in time to ensure the uninterrupted operation of the network and its high performance.Special IT monitoring tools are used to monitor the operation of a computer network. It makes it easy to process large amounts of data and visualize them into metrics in an easy-to-analyze graphical interface.
IoT and OT technologies, solutions and capabilities are quickly becoming part of the fabric of organisations’ information infrastructure. They represent an evolving threat vector that is rapidly creating new classes and types of threats and vulnerabilities that greatly expand the surface of concern for organisations using them. These threats and vulnerabilities need to be analyzed and integrated into an organization’s information security and risk management strategies and planning to effectively meet information security and risk requirements, goals and objectives.
As enterprise infrastructure moves toward delivering distributed applications in the cloud, the datacenter itself is being transformed. High application availability, the desire to convert from capital expense (CAPEX) to operating expense (OPEX), and fewer available technical resources are driving applications out of the traditional data centre. And making it imperative to transition to a hybrid model mindset, where the presence of an on-premise datacenter is no longer the primary driver of infrastructure decisions.In other words, datacenter functions can no longer be centralized in one physical location but deployed to meet complex business requirements using cloud, datacenter, colocation, and edge deployment sites.
In the early days, everything was centralized. This was the reality of datacenters a few decades ago, but now the scenario is different. The change started to happen when cloud computing and colocation service providers emerged, which rent facilities and infrastructure for power, networking, cooling, bandwidth, and physical security to third parties. Customers, meanwhile, distribute their owned and leased physical and virtual IT assets across multiple locations.And all indications are that there is no sign of slowing down in the data center industry. A report from Fortune Business Insights indicates that global demand for more efficient technologies combined with the economic advantages of connectivity applications...
The digital revolution in healthcare continues apace and the demand for data is higher than ever. A study by Canadian consultancy RBC Capital Markets, released in December 2021, shows that in 2010, the world’s total data storage capacity was approximately 487 exabytes. By 2025, that same volume will be created every two days.Approximately 30% of the world’s data volume is generated by the healthcare sector. By 2025, the annual growth rate of healthcare data will reach 36%. This is 10% faster than financial services and 11% faster than media and entertainment.This data is generated in two different ways. First, through the large heterogeneous networks spread across different locations in the healthcare organization.
Quantum computers still have a long way to go to revolutionize our everyday lives, yet they have been the focus of increasing attention and are even already accessible to some research and commercial institutions. One such access route to quantum computing is the Amazon Braket cloud services.However, Amazon itself issues a warning. In order to have their full potential exploited, quantum equipment needs to be connected to quantum networks, similar to what happens today with most popular devices connected by the Internet. And these quantum networks can enable very interesting applications, such as communication protected by quantum keys with levels of privacy and security unattainable using conventional encryption techniques. These networks can also bring quantum servers together in the cloud, connecting and amplifying ...
