Coleman Technologies Blog

There are several aspects of a backup and recovery strategy that business owners (who do see reason to implement one) have to square away. By breaking the strategy into three core parts, your organization can secure a positive ROI from a backup and recovery system that, with any luck, you’ll never have to use.

Data Backup
Deciding on a backup platform is obviously the first step in the process. There are several strategies a small business can use to cover its assets. They could use cloud storage, network attached storage facilities that use hard disk drives or tape backup drives, or even a manual system where people protect the data by backing it up to a hard drive and then take a copy with them when they leave. No matter what platform you choose to utilize, you have to understand that if you look at your data as an asset, it stands to reason that you would want to protect as much data as you can. At Coleman Technologies, we offer a comprehensive backup and disaster recovery service that utilizes network attached storage that pushes copies to the cloud in real-time. This not only provides the kind of data redundancy every organization needs, it allows our clients to thoroughly plan their data recovery strategies.

Before we go into recovery, we’d be remiss not to mention that some data simply isn’t important. Small businesses often have a lot of data they collect but don’t do anything with, so it just sits on their infrastructure taking up space. Some businesses look to data analytics to cut down on dark data, but for the small business that doesn’t have a backup strategy, it might just be putting the cart before the horse.

Data Recovery
If you are looking for a positive ROI, this is where it begins. A business needs to establish acceptable parameters for the recovery of their data. To do this, an organization is going to have to establish what are known as their recovery point objective (RPO) and recovery time objective (RTO). Before we elaborate, we should say that if you are in a position where you need to restore a large portion of your data--whether it be because of malware, natural disaster, sabotage, or blatant negligence--you absolutely have to have these plans made (and tested).

The recovery point objective defines how much data your business could reasonably afford to lose in order to be able to sustain operational effectiveness. Recovery time objective is the maximum time you believe you can go without your data before your business fails. Each figure isn’t static throughout your business. Some of your data is more important than other data, of course, and has to be weighted this way. Therefore, some systems that hold more crucial data will have different RPOs and RTOs than less critical systems.

How the System Provides a Calculable ROI
This is where you can put it all together. How do you calculate the return on investment on systems that you hope you will never ever use?

• Establish your organization’s hourly realized revenue. To do this you take the amount of revenue your organization has taken in over the past year and divide it by the total working hours you and your staff have logged for that time.
• Figure out how much you would stand to lose both with and without a backup and recovery system in place.
• Multiply the hourly realized revenue with both scenario-specific figures you’ve calculated in step 2 and take the difference. This number represents the total avoided loss, in dollars.
• Finally, plug that figure into this formula to measure your backup system’s ROI:

ROI = (Avoided loss - Cost of backup and recovery system x 100%)

Without a disaster hitting your business, you may think that backup and recovery strategies are a waste of time and resources, but the ROI is clear.

If your business is looking for a backup and disaster recovery solution that can seriously save your business in the event of a disaster--something no ROI calculator will ever tell you--call the IT professionals at Coleman Technologies today at (604) 513-9428.

Use Proper Password Management
As one of the most important parts of protecting your infrastructure, password management can’t be ignored. Your passwords should be complex, using both upper and lower-case letters, numbers, and symbols. While this might make them difficult to remember, an enterprise-level password manager can make this task easier.

Check for Security Certificates
Before you enter sensitive credentials into any website, you should first check to see that it’s secured with a security certificate. In Google Chrome, you can check this by looking for the green padlock icon next to the URL in the address bar. In general, if you see a website with an https:// in the URL, it’s probably secure, but it’s still best to check the certificate.

Implement a Spam Filter
Hackers tend to use email as a scamming option. They will include links that lead to malicious downloads or fake websites that are designed to harvest your credentials. You can dodge many of these bullets by hovering over the link and checking to see where it goes, before you actually download the file or go to the website.

Be Careful of What You Download
Online “freeware,” will often come bundled with unwanted programs, like adware or browser add-ons. Many of these add-ons can be malicious in nature, so it’s best to always pay attention to end-user license agreement prompts, and to be on the lookout for what you are agreeing to. In other words, don’t leave checkboxes checked unless you actually want what they’re offering.

Always Keep a Firewall and Antivirus Solution Active
It’s of the utmost importance to always keep a firewall and antivirus running on your network and its endpoints. Firewalls can keep threats out of an infrastructure, while an antivirus can eliminate the threats that manage to make it through your defenses. Never disable your firewall for any reason.

Use Content Filtering
Most business owners associate content filtering with blocking social media and other time-wasting online content, but its use extends far beyond that. With content filtering, you can keep your users from accessing fake websites or those that contain malware that could negatively affect your infrastructure.

Identify Phishing Attacks
While a spam filter can keep some phishing emails at bay, others will undoubtedly still make it through the restrictions. Phishing attacks use deception to trick users into handing over important credentials or sensitive data. The hacker might even pretend to be someone else in order to extort information from you. Look for spelling errors or inconsistencies if you receive messages from unsolicited sources, and never let your guard down. You can even cross-check the email addresses or phone numbers that you have on file to check if the user is legit or trying to scam you.

Just Use Common Sense
People tend to act impulsively or irrationally when faced with threats like malware and viruses. Instead, you should devote your time and energy into resolving the problem, rather than panicking. Doing so can help minimize the damage done and avoid the threats altogether.

For more great security tips and tricks, reach out to Coleman Technologies at (604) 513-9428, and subscribe to our blog.

Let's look at the definition of disaster.

dis·as·ter

A calamitous event, especially one occurring suddenly and causing great loss of life, damage, or hardship, as a flood, airplane crash, or business failure.

To Coleman Technologies, a disaster is anything that involves a major loss of data or major downtime. When one of our clients experience a server malfunction that leaves most employees sitting idle unable to work, that is a disaster.

The Cost of a Disaster

Downtime is a very terrible expense to not try to avoid. Try this simple formula for yourself:

Number of Employees Affected by an IT Outage X Average Employee Hourly Cost (NOT WAGES)
+ Average Company Hourly Income X Percentage of Income Lost Due to the IT Outage

This simple formula will tell you about how expensive every hour of downtime is for your company. The hardest value in the formula is understanding the percentage of income lost. Not all companies might have a figure, but you will want to consider it as you do the math. This doesn't include the cost of repair, consultation, parts, or any of the remediation required to get things back up and running.

Disaster's Harbinger

Disaster can strike from any direction. Hard drives can go, data can be corrupted, hardware can fail, and networks can go down, and systems can become infected with viruses and malware. User error can cause disaster, as well as theft and other malevolent activity. While companies should take precautions to safeguard themselves against threats both external and internal, and managed maintenance can prevent a lot of foreboding issues, having a solid disaster recovery plan can mean faster turnaround when there is devastating downtime.

Employing a disaster recovery plan starts with the data - your most important IT asset. Computers can be replaced, hardware can be repurchased and software can be reinstalled. Your data is the culmination of countless hours of work by all of your employees ever. It's no wonder why most businesses that suffer a major data loss go out of business within the first year. You can lose your credibility, and things go into disarray. Data needs to be backed up.

Your backed up data should be archived regularly offsite. Most importantly, your backup solution needs to be easy to test, and tested regularly. You don't want to find out your backups are corrupted when it is too late.

The time to put together your company's disaster recovery solution is now. Contact Coleman Technologies at (604) 513-9428 to talk about solutions for safeguarding your data and your business in the event of a disaster, large or small.

First of all, what shocked us the most is that according to the FTC, in the United States, 9 million individuals have their identities stolen each year. Identity theft is a little different than identity fraud, however. Theft is when personal information is exposed and taken without permission. This is happening all the time by malicious software like spyware, but it can also happen when legitimate websites and services get infiltrated by cybercriminals. If a reputable online store (or even a database for a brick and mortar store) gets hacked into, your personal information can be stolen. That's identity theft.

Identity fraud is when that data is misused for financial gain. This is when things start to get very dangerous. In 2009, $56 billion dollars were accumulated by cyber criminals through identity fraud. The good news is in 2010 that number went down to "only" $37 billion. What does that mean to the average person? On average, victims of identity fraud had $4,841 dollars stolen per victim. Trouble is, the world has had to improve drastically to protect consumers from identity fraud. This means higher costs of doing business which then get reflected on prices of products and services. In other words, because of identity fraud, we all lose.

How does your data get stolen?  There are plenty of ways, but here are a few popular methods:

1. Hackers can pick up credentials via public Wi-Fi and public PCs.
2. Credit Card Skimming - a process that involves your credit card data being stolen when your credit card is swiped at a standard ATM or credit card terminal.
3. Selling or discarding used computer equipment that isn't properly wiped can expose personal information.
4. Hackers can infiltrate networks and databases.
5. Dumpster diving and paper mail theft.
6. Malware and viruses
7. Phishing.

In almost half of reported identity theft cases, the victim knew the criminal.

What do you do if your identity is stolen?

Almost half of all reports of identity frauds are discovered by the user first, although banks and credit card companies have methods in place to stay on top of it as well. If your financial credentials are stolen, you need to contact your bank and/or credit card companies immediately, both by phone and in writing. You'll want to file a police report with details about where your identity was stolen, what you believe was or could have been stolen, and documented proof of the crime.

You don't want to risk identity fraud. Monitor your credit reports closely, shred sensitive mail and documents before throwing them away, and ensure your computers and network are running latest security updates and antivirus, as well as other security measures. For a complete review of your security, contact us at (604) 513-9428 and we will help pinpoint vulnerabilities and fill in the cracks before a costly event occurs.

There are several factors that contribute to the speed of a PC. Let's very briefly break these down:

CPU/Processor

The CPU handles all of calculations a computer performs. These days consumer-class CPUs handle billions and even trillions of instructions per second. While dated processors can greatly influence the actual speed of a computer, if your PC is fairly new (as in 1 or 2 years old, and possibly older for higher end builds) it's likely not bottlenecking your performance. Today, CPUs are equipped with two, four, or even more cores, which means the CPU can handle an more calculations exponentially and consume less electricity.

RAM/Memory

Random Access Memory is basically the short-term memory of your computer. While your computer is loading and running applications, they get stored in the RAM. The RAM is much faster than the hard drive, so your computer doesn't need to spin it's wheels looking for specific files and parts of applications. The more RAM you have, the more "stuff" that can be stored in it. The faster your RAM, the faster your computer can sift through the data that gets temporarily pushed into it. Once your RAM is full, your computer will depend on the hard drive to retrieve information, and that's where things get sluggish. Once you stop running a program, it will remove itself from the RAM to free up some space for everything else running.

Hard Drive

The hard drive is the storage device of a computer. For extremely high-end PCs, the hard drive is the bottleneck. Hard drives, when compared to RAM, are very slow to access and write information. Once your computer needs to rely on your hard drive heavily for RAM, things are going to start getting bogged down. While it's great that your PC can rely on your hard drive in this way for those times it needs some extra memory, it is likely this is the slowdown. Unfortunately, because hard drives are mechanical and have moving parts, there's limitations to how fast science can make them perform. There are costly solid-state drives, but as a performance-improving factor on a standard workstation, typically solid state drives aren't the cost-effective answer.

Of course, there are software factors as well. Malware and Spyware can bog down your system, and after a lot of use, temporary files can bog things down. Before upgrading hardware, you'll want to have a technician run a quick evaluation on your PC - it's possible a little cleanup can make all the difference in the world.

Otherwise, the next step is upgrading the RAM. RAM is usually relatively cheap, even to double or triple your existing RAM with faster, higher performance memory. Often the cost of the new RAM itself will be between $50 and $100, and more than likely less than that, and that's for a substantial increase, but it depends on your PC.

Is your computer running slow? Does it get bogged down by the time you have all of your day-to-day applications open? Contact us at (604) 513-9428 for a quick evaluation to see if a simple, cost-effective upgrade will help you perform your job more effectively.