The rise of cloud technology enabled organizations to shift computing-power and data storage from private data centers to public cloud environments. The transition to the cloud facilitated vast amounts of data to be accumulated and manipulated in a centralized way; however, widespread use of the Internet of Things (IoT) has created new data processing requirements. It does not make sense to centralize massive amounts of raw data gathered by IoT sensors, so edge computing seeks to fill this need by decentralizing and distributing computing resources.
The face of data storage in enterprise data centers has changed in the past few years with the rise to prominence of solid-state, or flash, storage. This advancement of storage technology has now become so widespread among enterprise IT infrastructures around the world that 49% of organizations surveyed by the Enterprise Strategy Group indicated they already use flash technology, and another 38% have made plans to or are currently investigating the technology.
When it comes to upper level executives and their IT security teams, there seems to be a disconnect when it comes to the level of support IT needs to protect the enterprise. In order to better prevent a security breech from happening, it’s important that the C-level executives are aware and on the same page with your enterprise security team. Only 12% of C-suite executives expect a major, successful attack on their organization in the next 90 days. In addition, two out of five CEOs, other C-level executives, and non-executive directors feel they are not responsible for the repercussions of a cyber-attack. Any breech that is caused by the void between these important roles has serious costs associated with them.
If a disaster were to hit your enterprise, would your data be protected? This information is the backbone of your organization so hopefully the answer to the questions is yes. However, if your disaster recovery plan is not what you would like it to be, or if it’s missing all together, it’s not too late to protect your data in the event of disaster.
The digital landscape is changing at a rapid pace, and with change comes an increase in the need for cybersecurity measures that protect businesses. Although technology is providing exciting opportunities, it also brings with it challenges that enterprises must learn to overcome.
Are you considering switching your enterprise from a legacy hardware infrastructure to a more streamlined system? Are you afraid of the enterprise security risks that come with using a cloud-based technology? While the anxiety is understandable, there are proactive measures you can take to ensure the security of your data. Keep reading to discover the pros and cons of each deployment option as well as our cloud security recommendations to protect your information.
gnIn Part 1 of this blog series, we discussed the unprecedented amount of money being allocated to cybersecurity in the coming year and beyond, as well as how money, without a core foundational strategy, could be simply money that is tossed to the wind. In Part 2, we will look at the remaining three of the five core principles that can make a meaningful difference concerning the your enterprise cybersecurity and users.
It is the start of a new year - that time in which we break down the complexities of life into more manageable elements in order to strategize for the year ahead and attempt to improve upon our efforts of the year prior. This also applies to your company’s enterprise cybersecurity strategy. According to Gartner, worldwide cybersecurity spending reached $90 billion in 2017.
With the advancement in technology, employees are no longer stuck working at their desk in order to access the information they need to do their jobs. This freedom allows greater flexibility and productivity, but it also opens the door for enterprise cybersecurity threats and the potential for unauthorized access to proprietary information.
Ransomware was a top concern for enterprises around the world in 2017 and continues to be one moving forward. Organizations around the globe are increasingly dependent on technology to help reach business goals, but it comes with risk. Cybercriminals are masters at exploiting technological weak spots to hit companies where it hurts the most.
It feels like every time we turn around there is a new cybersecurity threat to report that organizations need to protect themselves from. Malware is an unfortunate reality of living in a digital world, but there are many lessons we can learn from these attacks to safeguard sensitive material.
Happy New Year! As we say hello to 2018, we can reflect on the massive progress technology made throughout 2017. The cloud came to a new level of maturity, cybersecurity incidents rocked the world and organizations embraced hyperconverged infrastructure as the future of data center modernization. But what lies ahead? Read on for a look at cybersecurity predictions for the coming year.
Have you ever looked at your dog or cat staring out the window of your house towards the horizon? Ever wonder if they contemplate what may be beyond their visible perimeter? It used to be that internal IT did not have to contemplate what lay beyond the perimeter. Network security was fairly simple – create a wall of security around the data center and its resources, along with the users and their desktops scattered throughout the building. Traffic passed through the perimeter firewall while users passed through the front building entrance to access the network. It was a page out of the medieval castle defense playbook in that unauthorized users, unknown devices and external threats were kept at bay outside of the walled perimeter.
Mark Twain popularized the phrase, “There’s gold in them thar hills,” when he wrote about the gold rush of 1849. Today, the gold lies not in the hills of California, but within crypto mining servers dispersed across the Internet. This new gold is not mined by the power of the pick and shovel, or even dynamite. Instead, computer processors power the mining operations that create this digital gold. Welcome to the modern day gold rush of today’s digital age.
There’s a lot to learn every day in the world of technology, especially with the ever-increasing amount of high-profile cyber breaches and criminal hacks. It seems every news article brings a new security scare, and businesses should be more alert than ever before. Want to know what threats are out there? Read on for an overview of recent security breaches, and find out what your organization can learn from them.
Remember the destruction WannaCry caused? The casualties included up to 300,000 encrypted computers in over 150 countries, not to mention the damage or loss of data entirely. The newest ransomware cyber-attack threat is far worse than WannaCry, and it's going by the name “Petya.”
Every data center, application environment, enterprise organization, and cloud provider would probably like nothing better than to achieve “zero downtime” for all of their operations. High availability (HA) architecture can provide the flexibility and reliability that you’re seeking for backup and recovery solutions.
Nearly every day, there is a new cybersecurity breach to announce; businesses should be more alert than ever before. In 2015, the Ponemon Institute and Symantec discovered that a whopping 47 percent of U.S. data breaches were the result of a malicious insider or criminal cyberattack. Read on for an illuminating look into recent high-profile cases, and what you can learn from them.
Today’s enterprise is mobile, flexible and elastic. Many organizations utilize mobile apps for business applications, hire remote employees, use smartphones or tablets, store information in the cloud, communicate their data with multiple offices and employ contractors. All of these cases rely on access to data from any location. With all of these endpoints to cover, how can you best protect your assets?
Unsecured printing and imaging leads to security breaches, putting organizations at risk of costly lawsuits and public relations nightmares.
Today’s printers can connect to wireless networks, scan and send documents, store data on hard drives, and even produce 3D materials. They have many of the same capabilities—and the same vulnerabilities—as computers. As their features increase, so do the opportunities for security breaches in the printing process.
We recently discussed an emerging cyber threat called whaling, a new highly-targeted phishing tactic that’s threatening enterprises’ most valuable employees: the C-Suite. While whaling is similar to any other phishing or spam email scam, it’s a tactical approach that takes its time by targeting high-level executives by leveraging what seems to be legitimate business correspondence. How can you recognize a whaling attack before it infiltrates your organization? Read this post to get to know the common security risks.
There are several different ways your current employees can knowingly or inadvertently bypass your security; while all can wreak havoc with your systems and cause irrevocable damage, those with malicious intent in mind are by far the worst. Understanding the different levels of threat and what may motivate these insiders can help you create strategies that truly mitigate your risk.
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?
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.
Managing internal access to data and software has always been a challenge for technical and security departments. In the past, security was often managed physically; workers couldn’t access what they couldn’t physically get to. Today, cloud computing and the need for employees of all levels to access data from disparate locations makes physical controls outdated in most industries. Instead, organizations are turning to a variety of cloud, software, and hardware-based security solutions, some of which are less effective than others.
Is your business utilizing data encryption in your security strategy? The process of changing information to make it unreadable to those except authorized users can help your company securely protect data and safeguard it from potential threats. [click to tweet] Businesses use data encryption to protect personal information, customer data, trade secrets, employee files, tax information, credit card numbers and more. This benefits the network is breached. Read on to learn about the benefits of data encryption.
Not long ago, many organizations were reluctant to adopt cloud technologies mostly due to concerns about security and loss of data control. After all, the traditional approach to network security is heavily focused on protecting the network perimeter. How do you do that when the Internet is being used to interact with applications, services, and data? It’s no surprise that enterprises were a bit unsettled with the idea of sharing the responsibility of security and privacy with cloud providers.
The technology industry is rapidly evolving, changing and growing; it’s important to stay up to date on current trends, and even brush up on skills well in advance of needing them, so you are prepared when emerging and disruptive technologies sweep the industry. Read on for three information security trends to be aware of in 2016 so your company can best prepare against potential hackers and cyber criminals.
Are you concerned about the security of your business’ data in the cloud? You aren’t alone. While cloud computing offers many advantages (several of which include security benefits,) it also can be seen as a gray area for IT pros who are seeking full and secure control of their data. Read on for four data security tips for your business' information in the cloud.
Making sure you protect your data is essential in making sure your protocols are effective. With technology continuously evolving, data breaches are becoming more common, exposing confidential information to the masses. It is important to have a defense system in place that can counteract these breaches, but the challenges that face IT security personnel keep growing.
Although there are many solutions on the market that assist in defending servers and data, there are a number of elements that could potentially suffer, such as performance and user experience. This creates a barrier between security and performance, where there should be cohesion. The challenge remains in keeping data safe, reducing risk, and keeping the level of performance high.
An enormous challenge for technical and security departments within any organization is creating secure networks, apps, and servers without making access so difficult that legitimate production is impacted. This is true whether you are working with in-house employee-based systems or customer-facing solutions such as web portals or online account management. The consequences for not securing information are huge, ranging from federal or state sanctions to loss of customers or customer trust. At the same time, results of the wrong type of security or unnecessary security might include loss of productivity, inability to make deadlines or complete work, poor employee morale, and loss of revenues. Data protection is key, but how can you ensure you have the right solutions in place?