Most people understand that retail becomes a target for cybercriminals during the holidays. But even businesses not related to the retail sector will often find the holidays their most vulnerable time of year. After all, many individuals (that is, employees) are focused on wrapping up projects before the holidays truly start or are looking ahead to the coming year with the added distraction that the holidays bring.
Businesses need to protect themselves from potential cybersecurity threats during the busy holiday season -- many of which will come in the form of the world’s most commonly used utility, email. In this post, we will take a look at some of the biggest on-premises and cloud email security threats your business faces this holiday season.
Energy costs are one of the fastest-rising expenses for today’s data centers and the global energy ecosystem as a whole. Not only do energy cost make up 70 to 80 percent of ongoing operational expenses, but data centers are projected to soon amount to the largest share of global electricity production, according to Huawei Technologies’ Total Consumer Power Consumption Forecast.
As new technologies enter the data center realm at an increasing rate, expectations for advanced operational environments capable of meeting energy demands are at odds with an ever-present demand to keep costs down. In fact, studies have shown that cost savings continue to be a main motivating factor when selecting data center management tools. While introducing new processes to data center operations -- like real-time data center monitoring -- is key to modernization at a low cost, researchers have found managers need the pressure of an imminent issue or decision to overhaul legacy tech to make the step towards adopting a data center manager tool.
AI technology has become widespread and accessible to hundreds of thousands of IT security professionals worldwide. Human researchers are no longer behind their computers crunching the data and numbers, nor should they be when AI technology is available. The increase in computing power, especially through economical cloud solutions and easy-to-use tools, has allowed a much wider range of users to apply sophisticated machine learning and artificial intelligence algorithms to solve their problems.
At the same time, companies and security vendors have realized how difficult it is to fight cyber criminals who are constantly evolving to find new ways to infiltrate corporate networks without being spotted. For IT teams, updating and maintaining security solutions and policies to keep up with this volatile threat landscape is extremely costly and an unsustainable solution to protecting against incoming threats.
The two fundamental building blocks in ensuring that your data is secure are physical infrastructure and network security. Understanding and protecting your information from threats and human error requires meticulously layered security protocols.
Last year, British Airways canceled over 400 flights and stranded 75,000 passengers because of an IT outage caused by an engineer who disconnected a power supply at a data center near London’s Heathrow airport. When it comes to data centers and networks, even minor human errors can have a major impact on businesses and their customers. With the exorbitant costs and human resources required to maintain an on-premise system, organizations should look to public cloud companies. These companies bring capital and expertise to the table to properly manage their data centers, which are better protected than those that most companies could put in place themselves.
It’s tempting to think of edge computing or the Internet of Things (IoT) strictly as something new that you’ll be adding to your enterprise architecture in the coming years. Your company has an enterprise architecture, and now thanks to the IoT revolution you’ll be adding lots of new internet-connected devices, which, depending on your line of business, might be actuators on a factory floor, sensors in a power station cooling tower, or GPS units on a fleet of tractor trailers.
But in reality, IoT and edge computing are not capabilities that are added separately to a company’s existing IT architecture and landscape. Rather, they need to be integrated into existing architectures to deliver on the company’s desired business outcomes.
Smartphone owners are increasingly accustomed to picking up their phones and hearing recorded voices on the other end, meaning they've received robocalls.
Often, the recordings are threatening and mention taking action to avoid arrests or financial penalties. A human representative never comes into the equation unless the person receiving the call wants further information, usually by pressing a button on the phone's touchscreen.
Speak to most app developers and they’ll tell you it’s much harder, more complicated and less interesting to produce an Android app, compared to iOS. Indeed, ask for a quote and both will be priced separately as both require separate development time and teams.
This might all be about to change with the final first release of a new cross-platform development tool from Google. Imagine a toolkit that you can use to program the functionality, allowing the UI framework to be provided to you separately and seamlessly.
There are some firms you look at with a kind of wary admiration primarily because they were a marketing pioneer of their time. Or that’s what we thought.
Uniblue is one of these companies and, you should believe this is no understatement, it used to be major software developer, with adverts in every location, as little as eight years ago. Before it all went horribly wrong. Now Uniblue has closed the company for good with no prior warning whatsoever.
After listening to years of security advice, many of us now use different passwords to access various websites. Problem is, how do you store and synchronize this data across your devices? You can’t remember every unique password.
The secret is a password manager which enables you to store a central 'master password' (which you can remember) and then gain access to this securely stored data on any supported device. Problem is, can you trust a centralized password manager after previous security issues?
Emerging technologies are set to revolutionize project management. That won’t come as much of a shock to the average reader -- there’s been plenty of media coverage about the extent to which new technology like artificial intelligence (AI), machine learning, and the Internet of Things (IoT) will transform industries from the bottom up.
However, people often struggle to isolate the challenges that emerging technologies will solve, and the specific practices they will change -- even within their own industries. There’s a tacit assumption that change will come -- but the 'what', 'how' and 'when' of these seismic shifts remains unclear. Project managers want to tackle the challenges and grasp the opportunities of today’s workplace faster and better than their competitors. It’s vital, therefore, that project managers not only understand the potential of emerging technology, but how to use it to best effect.
Smartphones are still shrouded by various myths. Reports say that long telephone conversations may cause tumors, your signal may weaken if you move too quickly, and strong signals from base stations could kill people. Whether or not these things are true remains a mystery, but one thing that we do know is real is the threat of mobile malware.
Malicious programs are able to steal funds from your bank account, extract personal information, lock your phone screen, and render a smartphone useless, among other things. According to Statista, as of March 2018, "the total number of Android malware detections amounted to over 26.6 million programs." All of this got me wondering about how easy it is to infect the phone with a virus, so I decided to try it out and document my journey.
Innovation is difficult to come by. It is a fleeting concept that eludes most companies. In fact, the odds of a new product idea reaching full commercialization are less than 4 percent. And that is the best case.
But, there are 5 sure-fire ways you can make certain innovation never sees the light of day at your company:
Analytics have become an important part of the decision-making process for many companies in the past few decades, particularly with corporations using data assets as a core competency and point of origin.
My work in the past few decades in the data and analysis field have brought forward six predicted trends to watch for in the near future:
In today’s pressurized environment, decisions not only have to be right, but they also have to be made quickly. But with so much information coming from numerous different sources, it can be hard to pinpoint the important data.
Since its launch in 1985, Excel has undoubtedly transformed the way businesses operate. However, over 30 years later it has not evolved to meet the speeds and efficiencies of other, more automated, solutions. Recording, analyzing, categorizing and reporting thousands of changing data points back to stakeholders is far more complex than plugging numbers into a table. Consequently, the cutting-edge technologies of yesterday are now seen by many employees as archaic and prehistoric when compared with today’s instant digital information experiences they have come to expect in their personal lives.
Cyberattacks are a global epidemic today. They target organizations, critical infrastructure, and governments around the world with timely, sophisticated attacks. Examples of this include ransomware attacks like Petya and WannaCry. These put some of the world’s most critical functions on hold for a while.
Another example was the Equifax data breach that affected about 143 million Americans. With the persistence of these attacks many people believe that by 2021 cybercrime will cause $6 trillion in damages.