WEI is aware of the new vulnerabilities related to Intel and other CPUs which could potentially allow an attacker to gather privileged information from CPU cache and system memory, putting enterprise security at risk. The vulnerabilities are code named “Meltdown” and “Spectre." The “Meltdown” issue is reported to only affect Intel CPUs while “Spectre” is reported to affect Intel, AMD, and ARM. The impact of these vulnerabilities could extend back to CPUs from as early as 1995 (in the case of Intel).
Regardless of organizational size or industry, every company faces significant data and network security concerns today. Those concerns increase substantially for organizations that deal with protected or sensitive information in any way, including health, financial, or even basic customer data. The past decade has seen a growing number of both internal and external data security breaches in industries as diverse as healthcare, retail, entertainment, banking, and military contracting, and threats are unlikely to subside anytime soon. Organizations who act now to counter the threats of the future are the ones who have the best chance at protecting customers, employees, and brand reputations.
How are your security protocols working? While most businesses are focusing on the type of software being used to keep cybercriminals out of the servers, Intel and its partners are working to change the face of security and working together to achieve better results.
IT departments are undergoing a drastic change as more and more data is pushed to the cloud and new technologies arise. However, those departments are also being asked to do more with increasingly shrinking budgets. So, what’s the answer? Data center modernization, which will upgrade your server infrastructure while also increasing productivity and decreasing costs.
At least once a year, you can find a report on the web about what the most common passwords are based upon leaked data. Think of these lists as the worst passwords you can ever use. Typically, 123456 and password top the list. Coming up the path of popularity are passwords 123456 and 123456789, as people are required to enter in longer passwords. Need a mix of letters and numbers? You might want to avoid abc123 and trustno1, among many others. Nowadays, a password security alone isn’t sufficient to lock anything down. How best can you secure your system to keep the bad guys out?
As malware continues to evolve at lightning speed, it’s getting more and more difficult to prevent and identify its existence. A computer attack from the APT virus is both insidious and crippling for enterprises. Its lifecycle, if well-masked, can do some real damage in just 12 months. An Advanced Persistent Threat attack on a bank revealed that it’s a methodical attack. Here’s how it unfolded. Seasoned cybercriminals mined the bank’s social media platforms and website to identify its hosts and senior personnel. Stolen data was then used to launch phishing email campaigns and launched malware on the bank’s executives’ laptops. Undetected by antivirus software, the attack expanded throughout the business. All of this took just three months. Over the next several months, the malware had injected a code into all of the infected systems. Slowly, it stole passwords, security policies and network diagrams. The organized crime ring used this data for a more offensive attack across the company’s network. The last two months of the malware attack entailed downloading the bank card information of more than 50 million bank customers.
Did you know that your data could be compromised at this moment, even if none of your security measures have sounded an alarm? As companies across the nation reported data breaches throughout the past few years, one commonality was noted: in most breaches, the data was compromised for weeks or even months before anyone noticed. When you couple that fact with some of the expectations for data security in the coming years, you realize that both internal and external security in most organizations has to evolve if it’s going to do any good.
Every few years a new encryption algorithm is released by an IT solutions provider to ensure your data stays safe. Hardware keeps improving, making older encryption algorithms easier to break. Thus, new encryption mechanisms are needed to keep your systems and data safe.
Once upon a time, it was safe to turn your computer on. Nowadays, a month, week, or even day doesn’t go by where you hear about the latest system attack and zero-day exploit used to install malware and expose data from somewhere across the globe. Some news reports even say the NSA is buying these exploits to take advantage of them before they’re patched to gain access and potentially disrupt computer systems. If the US government is doing it to attack their enemy, you can be sure other governments and organized crime are doing the same to potentially get into your systems. A chain is only as strong as its weakest link and the least protected computer system will be found and exploited.
If your organization is attacked by malware, can you afford it? The repercussions are huge – money, reputation, productivity and the confidence in moving forward are all compromised. There may also be legal implications, and losses that cannot be monetized. How does an organization protect itself from malware and the growing efforts of cybercriminals?
Every organizational leader knows the value of teamwork. When the various parts of your team work together, they can get more done with less, meet seemingly impossible goals, and stand up to enormous obstacles. What you might not realize as an IT leader is that your security solutions can deliver the same results if they also work as a team. While you don’t have to coach programs and hardware as you would a human team, you do have to choose solutions wisely and integrate them in a way that maximizes efficiency and effectiveness.