Servers are giant computers. They’re large machines that host files and applications on computer networks and must be super powerful to do so. Servers often have central processing units (CPUs, or the “brains” of the server) with multiple processors that give servers the ability to run complex tasks. Now, IT teams are virtualizing servers to achieve cost savings while boosting efficiency and agility.
Cloud adoption by financial institutions has been on the rise. According to PwC, by 2020 core financial services like credit scoring, statements management, payments, and billing will use the cloud for processing and computing. From retail banking to asset management and investment banking, the cloud provides many use cases to bring scalability, cost savings, and improved service delivery for financial institutions.
As humans, we are constantly weighing the odds of particular events happening, more specifically we identify the likelihood of negative events happening to us as lesser than them happening to someone else. This “that won’t happen to me” attitude is the main reason why we so often take a reactive approach to security. For example, your house gets broken into. From a reactive standpoint, you call the police, go out and buy a security camera, change the locks on your doors, etc. The proactive approach would suggest that you do all of this before the break-in occurs so that you've implemented the cameras, get that guard dog, and change the locks before an incident even occurs. For security issues that pertain to your business and its data, a reactive approach won’t cut it, and will often result in prolonged downtime and unexpected data loss. With security breaches on the rise, the important thing to realize is that it is no longer a matter of IF you will be affected, but when.
There has been an exponential increase in the rate of cybercrime over the past several years as enterprises increasingly conduct more of their business activities online. Cybercriminals have developed more sophisticated tools that offer them greater ability to penetrate and compromise the networks of unsuspecting enterprises, with resulting adverse consequences. There are about 130 reported network security breaches yearly. In 2018 alone, the estimated amount of money lost by businesses globally as a result of cybercrime was $600 billion, corresponding to about 0.8 percent of the global GDP.
At one point in time cybersecurity was considered to be an afterthought but is now an essential consideration in the building as well as maintenance of a cyber network. With more business transactions being conducted online, cybercriminals are constantly devising innovative ways to penetrate cyber networks, making away with valuable data and causing severe damage to the impacted business in the process. It is therefore important that businesses utilize every security tool at their disposal to ensure that their networks are kept secure. Using only one type of security tool is no longer sufficient in offering adequate cyber protection.
Over the past several years, there has been a significant increase in cyber attacks targeted towards hospitals and other allied businesses in the healthcare industry. This is because hospital databases typically contain a lot of personal patient information such as social security numbers, home addresses, and credit card information, among others, which are of immense value to cyber criminals. In 2018, there were over 500 reported instances of hospitals or ancillary healthcare facilities suffering from a data breach.
Manufacturing companies have a couple of things in common. They all look to bring more speed, scalability, and accuracy to operations. To beat out competition, these firms are turning to cloud computing to gain that competitive advantage. In fact, global spending on cloud computing by manufacturing companies is projected to reach a whopping $5.18 billion in 2019, according to IDC. Here are a couple of reasons why cloud computing is hot in manufacturing:
What is the Dark Web?
The dark web is a part of the internet that isn’t indexed by search engines, like Google or Bing. You can’t access the dark web by using a regular web browser like Chrome, Firefox, or Safari. Instead, the dark web is accessed via special software, like Tor, where users can maintain anonymity (there are no IP addresses) as they surf the dark web and make exchanges.
Everyone can relate to the frustration of a constantly buffering video on Netflix or Youtube. The video quality is poor and eventually you might give up watching altogether. This issue is normally a result of your laptop or phone trying to connect to a Netflix data center a couple hundred miles away from you. This large distance creates high latency, slow connectivity, and a poor experience for you as the viewer.
Moving to the cloud feels like a big change for some companies. Understanding the ins and outs of cloud computing and where your company can take advantage of the numerous benefits is often a difficult task. We asked you for your top questions on cloud computing and have provided the answers below!