Storage Struggles? How to Keep Up with the Data Explosion

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The digital boom presents us with brand new problems too. By moving all our files into a digital space, the amount of storage we need to maintain has grown larger and larger just to keep up.

As digital technology has improved, the resolution, clarity, and size of the digital files we create has exploded. Items such as Xrays, which used to be printed on film are now digital files transferred by computer. As a result of the increase in both the number of digital files we use and their ever-growing size, the size of the data we need to store has exploded exponentially.

There are a number of ways in which we can tackle our ever-growing storage problem.

Local server or Network Attached Storage (NAS)

A local server is a machine physically located within your own office or building. These are typically designed to serve many files to multiple clients at one time from locally held storage.

The primary advantage that a local network server has is that all your vital data is available to all users in one central location. This means that employees across the network can access all the resources made available.

These machines can serve files at the speed of the local network, transferring large projects, files, and documents from a central position within the network with ease.

A NAS has many of the same network properties, typically packaged as a smaller profile, low powered computer. A NAS is specifically designed to enable network file sharing in a more compact package. These can be available in units small enough to fit in a cupboard nook and yet still provide staggering storage capacity on only a small amount of power.

Both a local server and NAS device allow for large amounts of storage space to be added to the local network. These units are often expanded with more and more storage over time. As an organization grows over time, so do its data storage requirements.

Cloud Storage

Sometimes the best option for storage is to move your ever-expanding data outside of the business completely. Often, offloading the costs of hardware and IT management can work out to be an intelligent business decision. One that provides freedom and flexibility in your data storage needs.

The major advantage of cloud storage comes from the ability to expand and contract your services as needed without the unnecessary overhead of adding and maintaining new hardware.

By moving storage to the cloud, data can be accessed from anywhere in the world. The flexibility provided by cloud storage allows limitless expansion to any number of devices, locations, and offices. Being able to access data from many locations at a single time can often provide a valuables boost to productivity that can help to speed projects along.

Some of the drawbacks of cloud storage come from factors that may be outside of the control of the business. Not all internet connections are found to be up to the task of handling large amounts of data to and from the cloud. In some cases, the infrastructure is quite simply not in place yet to support it.

IT security regulations can prove to be a barrier to enabling storage in the cloud too. Some regulations either prohibit the feature entirely or enable only certain specific types for use.

The Right Choice for your data

Both cloud and local storage can provide further benefits to enhance your business. Audit logs, central backups, and version control can all be used to secure the way your firm handles data.

Whatever your situation, whether a small NAS can boost your office productivity, a local server can provide the connectivity missing from your firm, or cloud storage can switch on new resources, we can advise on the best choices for your business.

Give us a call at (515)422-1995 to allow us to use our expertise to make the right chose for your data.

Protecting A Business from Internal Threats

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When considering IT threats to your business many articles focus on hackers, viruses, and attacks from external threats. These dangers are real, constant, and easily identifiable. In many cases, however, the largest threat to a firm comes from inside the business itself.

People inside the firm often pose the largest single threat to systems and security. These individuals often have trusted access and a detailed working knowledge of the organization from the inside. Employees therefore deserve the largest security consideration when designing a safe business system.

It is important to first distinguish the type of dangerous employee we want to defend against. We’re not talking about an otherwise model employee accidentally opening a malicious email or attachment. Rather, a disgruntled employee seeking to do damage to your business. An employee who may wish to destroy services or steal clients and files from your firm.

Security Policy

Some firms, particularly young businesses, grant employees system-wide permissions from day one. This can make administration appear simple, preventing further IT requests in future. Granting system-wide access is an inherently risky strategy.

Private information relating to the business should be restricted access information. Many types of files need to remain confidential, often as a legal requirement. Human resource files, salary information, and employee documents should be limited to only a select few employees. Yet, businesses often keep confidential information in public places on the network.

Granting system-wide read and write access can appear to save time short term. It is, however, a security policy which only serves to cause security, administration, and potentially legal troubles in the future.

The Principle of Least Privilege

The principle of least privilege is a vital tool, helping you to handle internal IT security. It defines a security policy which ensures staff can access only the resources, systems and data they require to carry out their job.

The policy protects the business from many different types of threat in day-to-day operations. Even where malicious attachments have been opened by accident, the damage is limited only to the work area of a single employee. This results in contained damage, less time needed to restore from backup, and drastically reduced downtime for the firm.

Along with limiting accidental damage, malicious employees looking to destroy or steal data are limited too. With restricted access, an employee with a grudge or profit motivation can only damage or steal from their own area of operation. This helps to ensure that no single employee can damage the entire firm’s operations.

Security Policy In Practice

A member of staff within Human Resources, for example, may have read and write access to the employee database. This will likely include payroll information and sensitive data. This same member of staff would have no need to access sensitive client data, such as sales information, in normal working conditions.

Likewise, a staff member from the sales department should have no need for accessing sensitive HR records.

Using the principle of least privilege, each employee may only have full access to systems that are directly related to their role. Similarly, some systems may be visible to a wider group of staff members even if they can only be edited or removed by one or two people.

In some cases, a security policy may be defined by even finer details than a person’s role within the organization. An HR employee should not be able to edit their own file to change salary information for example. An employee file might only be edited by their superiors in such a case.

Additional parameters can be used to assign privileges to enable the business hierarchy to work within the IT network. Seniority, physical location, and time are all examples of factors that can restrict access to critical systems and secure data.

We can tailor your network to your business, locking down your data to ensure data is only accessed on an “as needed” basis. Call us at (515)422-1995 now.

Is Your Home WiFi Keeping Up

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Wi-Fi has forever changed the way we live, work and play. We can surf the internet on the couch or by the pool, look up a recipe in an instant, and even connect our lights to voice control. It’s no wonder it was accepted with open arms, but is your Wi-Fi as good as it needs to be?

15 years after Wi-Fi first made its way into homes with those mysterious rabbit-eared boxes, it’s evolved into a juggernaut of speed and accessibility that we can’t do without. Think about how many wireless devices your home has – the average home has at least 10 devices connected wirelessly to the internet, many have more.

While older devices are typically happy with a small slice of your internet, newer devices like 4kTVs and media streaming simply can’t function without a fast connection. Add in a game console, tablet, a few smartphones and a laptop or two, and your Wi-Fi is suddenly stretched beyond full capacity and struggling to keep up. Yet, most people don’t know how fast their Wi-Fi is, or if it’s working right– they only know how many bars they’ve got. Unfortunately, counting bars can add up to one big headache.

Here’s why your WiFi may be letting you down:

Bars measure the wrong thing: While it’s great to know you’ve got a ‘strong’ signal, it would be even better if you could have a ‘fast and available’ signal. The internet could actually be down and you’d still have full bars because it’s really only measuring how close to the Wi-Fi router you are. That proximity measure doesn’t take into account how many devices are fighting for the same bandwidth or whether there’s any left for you. We can ensure your Wi-Fi isn’t just available, it’s up to the task.

Wi-Fi goes sideways too: While your neighbor’s Wi-Fi can reach the back of their property, it can also go a similar distance sideways into your house. This extra ‘noise’ can disrupt and slow down your own Wi-Fi. In dense areas, your Wi-Fi is basically getting lost in a swirling field of signals, all using the same channel and frequency. It’s a digital crowd which can seriously slow your speeds. We can fix this by changing your Wi-Fi channel to one with less cross-talk.

Everyone uses the default settings: Most home Wi-Fi uses a 2.4ghz frequency by default. While it makes a plug & play router easy to set up, it does mean you’re not getting the speeds you could be. Switching to the 5ghz frequency means your Wi-Fi is separated from the neighborhood cross-talk. The 5ghz band is also considerably faster, which is a bonus but it has its drawbacks too. We can help you upgrade to a newer 5Ghz-capable router that can provide both frequency bands and automatically switch your device to the best one.

Your house is too big: WiFi radios are limited in transmission power by the FCC. As such, even the fanciest most powerful router can only reach so far. Likewise, even if your super-powerful router can broadcast to the edges of your property, your device may not be strong enough to send a signal back. Sometimes people’s solution to this is to purchase another router (setting up two networks which are cumbersome at best), or adding an off-the-shelf repeater (which isn’t a great solution either). Instead of going down that patch of a segmented unstable network, there are systems for sale that actually allow you to have a seamless single network through your home. These types of networks are called ‘Mesh’ networks, and when implemented properly they can GREATLY increase the coverage and performance of your network.

Priority isn’t set: While not Wi-Fi specific, we can also set up “Quality of Service” if your router supports it or supply you with one that does. This allows things like Netflix and Skype calls to always take priority and remain uninterrupted over less important tasks like downloads. You’ll be able to watch movies without those awful buffering jumps and video chat without freezing.

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