Data is getting increasingly bigger and, while this allows us to analyze data more effectively, it’s also putting a major strain on our storage.

And that’s why so many organizations are looking to improve their storage options. After all, data is crucial for your organization to operate and remain competitive e.g. storing customer details and monitoring their purchasing history etc. Naturally, data storage has become a huge industry, so the options available for storing data have multiplied significantly.

Understanding which option is best for you, however, isn’t always straightforward. Therefore, to help you get started, we’re going to take a look at the best data storage options for your organization.

  1. Network Attached Storage

Network attached storage (NAS) allows large amounts of data to be stored in a central point which can be easily shared across an entire network. The most common form of NAS is an external hard drive which comes complete with Ethernet ports or built in WiFi. These devices can easily be integrated into your network and, with capacities now exceeding 4TB, can store huge amounts of data.

  1. Cloud Storage

Cloud storage is the new kid on the block when it comes to data storage and is being readily adopted by organizations. With cloud networks managed by third parties and all hardware being kept in central hub offsite, cloud storage allows your organization to save physical space while providing quick access to your data. An added bonus of cloud storage is that it provides amazing accessibility when it comes to accessing your data. Not only can your in-house staff access data immediately, but remote workers can log on to the cloud network from anywhere with an internet connection.

Accessibility is vital when it comes to sharing data, so many online services have sprung up which allow you to store and share data securely. Services such as Google Drive, Dropbox and Microsoft Drive grant you a set amount of space online to upload data and provide sharing links to colleagues and clients. While the initial (and free) storage space is limited, it provides a useful option for storing small sets of data online which take the strain off your internal storage capacities.

  1. Direct Attached Storage

Direct Attached Storage (DAS) devices are, as their name suggests, a form of storage which attaches directly to a computer. The most well-known forms of DAS are external hard drives and thumb drives. Capable of holding large amounts of data, DAS devices provide a useful storage option for new businesses that are looking to minimize storage costs, but not run out of space for their data.

  1. Offline Storage

Data is certainly getting bigger, but one of the oldest forms of data storage still has a place in modern business. Offline storage has been around for decades and involves using optical discs such as CDs and Blu-Rays to archive important data. And, although the data is not immediately available as it is with more modern storage options, offline storage is incredibly secure while also being available in the case of a network failure.

For more ways to secure and optimize your business technology, contact your local IT professionals.

Read More


Wireless networks are crucial for organizations to operate in the modern business landscape, but it’s critical that your wireless network is secure.

Increased mobility, production and scalability are the three main reasons why your organization will have embraced WiFi. Allowing you to remain competitive, WiFi is a service that you simply can’t be without. Therefore, security is more crucial than ever when it comes to wireless networks.

To help you get a better understanding of how to defend your network, we’re going to look at improving WiFi security for your Business.

How to Protect Your WiFi Network

There are many ways that you can secure your WiFi network, keep hackers out and ensure that productivity remains at an all-time high:

  • Keep on Top of Updates: Your router and associated hardware will regularly receive firmware updates that improve performance and, more importantly, patch any potential security issues. Unfortunately, many people put these updates on the back burner as the install processes are considered a little fiddly. However, while the install time and necessary reboots are irksome, they pale in comparison to your WiFi network being compromised.
  • Change Default Login Credentials: In order to access WiFi devices for the first time, these devices will come with default login credentials to allow the owner to configure them for their network. These default credentials, however, represent a major security risk as they rarely differ between devices. And that means that anyone with a list of default credentials – freely available online – can log on to your WiFi devices if they haven’t been changed.
  • A VPN Can Hide Your Network: A virtual private network (VPN) is a useful service which provides additional security to your WiFi network. A VPN server will hide all the connection details of PCs and devices on your network, so this makes it significantly harder for hackers to find a flaw in your defenses.
  • Keep Guest WiFi Networks Separate: Most organizations provide a guest WiFi network for visitors or staff to access with their own devices. While this is a generous offering, you need to make sure that guest WiFi networks are kept separate to the rest of your networks. Surrounding the individual networks with firewalls also helps to ramp up the defenses between your sensitive data and external breaches.
  • Secure Ethernet Ports: Network peripherals are always at risk of being compromised by unsecured ethernet ports. By simply plugging a cable into an ethernet port, a hacker can gain a foothold into your wireless network. The solution to this problem is, thankfully, relatively simple: enclose network peripherals within locked cases and limit key ownership.
  • Enable WPA2 Encryption: If your WiFi network is not encrypted then it means that the data being transferred over it is open to external parties. As a business, it’s a certainty that the data transferred over your network will be sensitive e.g. customer details, payroll information and emails. However, by enabling WPA2 encryption on your network, it will guarantee that your data will be scrambled as it’s transmitted. As a result, anyone ‘listening in’ will be unable to exploit the data.

For more ways to secure and optimize your business technology, contact your local IT professionals.

Read More


Hackers are now infecting websites in order to take control of your PC’s processor and help power the resource heavy activity of cryptocurrency mining.

Cryptocurrencies, such as Bitcoin, have been generating countless headlines in the last year due to the huge values being attributed to them in the financial world. Now, despite cryptocurrencies being purely digital, they still need to be mined to help produce new coins. Naturally, this isn’t a simple task or, otherwise, everyone would be doing it and making millions. Instead, you need plenty of time and even more computing power to carry out the mining process.

For a hacker, of course, harnessing such huge amounts of computing power isn’t exactly rocket science, so it’s no surprise that this is their latest enterprise. And, to make this task a little easier, they’ve started infecting websites to help steal your processing power and power their cryptocurrency mining.

Mining for Cryptocurrency

While leaching off the CPU of innocent users to facilitate cryptocurrency mining is nothing new, the use of websites to help capture this valuable resource is a new one on security experts. And the manner in which it’s being done is ridiculously simple.

Hackers are setting up malicious adverts on websites that run a JavaScript file directly in the browser whenever that site is opened. There’s no need for the hacker to have direct access to the victim’s PC, everything takes place in the victim’s browser. And, if the victim has JavaScript enabled, then the malicious code will automate and hand over a significant amount of their processor power to the hacker’s mining activities.

There are certainly more sensitive hacks – such as those which exploit or encrypt your data – but the real bugbear of having your CPU taken advantage of is the impact it has on your computer’s performance. Mining cryptocurrency requires significant processing power to power through the labor intensive tasks involved, so this drain on resources is going to cause your system to grind to a halt.

Is a Website Hacking Your Processor?

Organizations, in particular, do not want to see their productivity affected by a slowdown in performance, so it’s crucial that you understand the warning signs of these infected sites. If the internet is in use and your system starts slowing down then you should check the performance of your CPU by:

  • Right clicking the taskbar on your PC and selecting Task Manager. This will allow you to access the Performance tab where you can see which resources are taking up your processor’s usage.

If opening a webpage is causing your PC’s performance to rocket, then there’s a chance that this could be down to an infected webpage. The simplest way to deduce this is by closing individual webpages and monitoring the effect within your Performance tab in Task Manager.

Final Thoughts

These infected websites are not going to cause major damage to your organization, but they are going to put a drain on your resources. Understanding that any potential reductions in processor speed could be caused by this new method of hacking is vital to stay on top of your digital security.

For more ways to secure and optimize your business technology, contact your local IT professionals.

Read More


If you want your business to be successful and allow your team to collaborate with ease then you need a great PC server, but how do you know which is right?

You’re almost certainly aware that a server is an essential business purchase in the digital age, but do you know what a server actually does? Usually the preserve of IT professionals, servers are dedicated computers that allow you to run hardware, share resources and connect people within your organization. So, as you can tell, they’re crucial for your business to operate and boost your staff’s productivity.

Choosing the best server for your business, however, is a little more complicated due to the vast range of servers available. Naturally, this choice ensures there’s a server for every organization’s needs, but the technical specs and jargon can seem a little bewildering. Thankfully, I’m going to break this jargon down into something more digestible to help you make the right choice.

What Types of Servers are Available?

There are two types of servers most commonly seen in businesses:

  • Rack Mounted Servers: Installed within a framework known as a rack, a rack server is a computer dedicated for use as a server. Due to the racking system in place, rack servers can save you valuable space by stacking one server above the other. Rack servers also bring much more simplicity when it comes to connecting cables between individual components.
  • Tower Servers: Housed within a single, upright cabinet, a tower server contains a computer which is intended to be used as a server. These types of servers allow easier cooling of individual components and offer a scalability which allows you to constantly add new servers to your network.

 Which Operating System is Best? 

When it comes to servers, the very best option you can choose to power them is Windows Server. It may feel as though Windows Server is ubiquitous in modern computing and among your rivals, but this is for one simple reason: it’s incredibly effective.

In use, in its earliest incarnation, since 2003, Windows Server is the industry standard, so there’s not only a vast range of options contained within its shell, but there’s also an amazing amount of support available to tackle virtually any issue. There are, of course, alternative options (mostly open source software), but the support for these systems is less prevalent.

How Do You Determine Storage and Memory?

One of the most important needs of a good server is adequate storage and memory. Therefore, calculating the needs of your organization’s computer activity is crucial. Every organization is different, so you will need to analyze your digital operations closely. For example, if you run a client database which requires 1TB storage and 4GB memory then your server needs to have at least that amount of storage and memory. Chances are that your storage and memory needs will increase over time, so it’s recommended that you overbuy in terms of storage and memory to accommodate any future demands.

These are the very basics of servers, but if you can get them right then you’re laying down a fantastic foundation to help power your organization’s networks.

For more ways to secure and optimize your business technology, contact your local IT professionals.

Read More