No business wants to suffer a data breach. But unfortunately, in today’s environment, it’s difficult to completely avoid them. Approximately 83% of organizations have experienced more than one data breach. (IBM Security 2022 Cost of a Data Breach Report)

These breaches hurt businesses in many ways. First, there is the immediate cost of remediating the breach. Then, there are the lost productivity costs. You can add lost business on top of that along with lost customer trust. A business could also have extensive legal costs associated with a breach.

Visit our website here to see what the cost of downtime would be for your business.

According to IBM Security’s report, the cost of a data breach climbed again in 2022. The global cost of one breach is now $4.35 million, up 2.6% from last year. If your business is in the U.S., the cost rises to $9.44 million. In Canada, the average data breach costs companies $5.64 million.

Costs for smaller companies tend to be a little lower. But breaches are often more devastating to SMBs. They don’t have the same resources that larger companies do to offset all those costs.

It’s estimated that 60% of small companies go out of business within six months of a cybersecurity breach.

Companies don’t need to resign themselves to the impending doom of a data breach. There are some proven tactics they can take to mitigate the costs. These cybersecurity practices can limit the damage of a cyberattack. 

All these findings come from the IBM Security report. They include hard facts on the benefits of bolstering your cybersecurity strategy.

Cybersecurity Tactics to Reduce the Impact of a Breach

Use a Hybrid Cloud Approach

Most organizations use the cloud for data storage and business processes. Researchers found that 45% of all data breaches happen in the cloud. But all cloud strategies are not created equally.

Breaches in the public cloud cost significantly more than those in a hybrid cloud. What is a hybrid cloud? It means that some data and processes are in a public cloud, and some are in a private cloud environment.

What some may find surprising is that using a hybrid cloud approach was also better than a private cloud.

Put in Place a Disaster Recovery Plan & Practice It

You don’t need to be a large enterprise to create an Disaster Recovery (DR) plan. The DR plan is a set of instructions for employees to follow should any number of cybersecurity incidents occur.

Along with this, it is the Business Continuity Solution put in place by the business to monitor backup processes, implement recovery objectives and restore your data to its former state.

Here is an example. In the case of ransomware, the first step should be disconnecting the infected device. DR plans improve the speed and effectiveness of a response in the face of a security crisis.

Having a practiced Disaster Recovery plan reduces the cost of a data breach by an average of $2.66 million per incident.

Need help setting up your Disaster Recovery plan? We’re ready to help you with a custom-built business continuity solution that meets the needs of your unique business. Give our experts a call at 716-373-4467 x115 or click here to get started.

Adopt a Zero Trust Security Approach

Zero trust is a collection of security protocols that work together to fortify a network. An example of a few of these are:

• Multi-factor authentication
• Application safelisting
• Contextual user authentication
• Restricting administrative privileges

Approximately 79% of critical infrastructure organizations haven’t adopted zero trust. Doing so can significantly reduce data breach costs. Organizations that don’t deploy zero trust tactics pay about $1 million more per data breach. 

Use Tools with Security AI & Automation

Using the right security tools can make a big difference in the cost incurred during a data breach. Using tools that deploy security AI and automation brought the biggest cost savings.

Data breach expense lowered by 65.2% thanks to security AI and automation solutions. These types of solutions include tools like advanced threat protection (ATP). They can also include applications that hunt out threats and automate the response.

Here at Databranch, we use a number of automated remote monitoring tools that will inspect your system 24/7, 365 days a year to help prevent attacks from happening to your organization. Click here to learn more.

How to Get Started Improving Your Cyber Resilience

Many of these ways to lower data breach costs are simply best practices. You can get started by taking them one at a time and rolling out upgrades to your cybersecurity strategy.

Databranch will even help you put together a roadmap to achieve this in the most efficient way possible. Address the “low-hanging fruit” first. Then, move on to longer-term projects.

As an example, “low-hanging fruit” would be putting multi-factor authentication in place. It’s low-cost and easy to put in place. It also significantly reduces the risk of a cloud breach.

A longer-term project might be creating an incident response plan. Then, you would set up a schedule to have your team drill on the plan regularly. During those drills, you could work out any kinks.

Need Help Improving Your Security & Reducing Risk?

Working with Databranch can take the cybersecurity burden off your shoulders. Contact us today at 716-373-4467 x 115 or [email protected] to discuss your security needs.

Article used with permission from The Technology Press.

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The CIA Triad is an information security concept that consists of three core principles, (1) Confidentiality, (2) Integrity and, (3) Availability. These core principles become foundational components of information security policy, strategy and solutions. Cybersecurity professionals and Executives responsible for the oversight of cybersecurity programs should have a deep understanding and appreciation for each of the three core principles.

Ultimately, all vulnerabilities and risks should be evaluated based on the threat they pose to one or more of the CIA Triad core principles. In addition, all security controls, or countermeasures, should be evaluated on how well they address the core principles of the CIA Triad.

Confidentiality

This core security principle is defined as the ability to restrict unauthorized subjects from accessing data, systems, objects or resources. Imagine an employee punches the timeclock and goes home for the evening but forgets to shut down or lock their computer. Even worse, they are still logged into the client database that contains all sorts of Personally Identifiable Information (PII) like your client’s names, addresses, and social security numbers. What happens if the janitorial service shows up to clean the office space and one of the cleaners notices the unlocked computer and helps themselves to the valuable info? This example illustrates the importance of Confidentiality.

There are many cyber-attacks used to violate confidentiality including, social engineering, theft of credentials or passwords, eavesdropping and network sniffing. Here are a few controls that you should consider incorporating into the program:

1. Inventory of Devices and Software – It is very difficult to manage access to devices, applications and systems unless you have an accurate inventory of those assets. Once you understand what assets you own, only then can you begin to think about who is authorized to access and use them. At Databranch, our Managed Services clients have their inventory maintained for them by their Databranch Account Manager
2. Data Classification – You must understand what data or information resides on your information systems. More importantly, you have to classify this data so that it can be protected according to value, sensitivity, and regulatory compliance.
3. Access Controls – Systems and information should be physically and / or logically segregated based on data classification efforts.  Access to systems and information should be granted to authorized users on a need to know basis. Procedures for granting and revoking access should be documented and enforced. Strong password policies should be implemented and enforced. Privileged accounts should be minimized and monitored very closely using logging and notification technologies. Multifactor Authentication (MFA) should be used by authorized users when accessing systems and data according data classification efforts and regulatory requirements.
4. Encryption – Information should be encrypted at rest and in transit according to data classification, regulatory requirements and the annual risk assessment. 
5. Personnel Training – Many confidentiality breaches occur by accident or mistake. Authorized users need to be properly trained. They should understand your data classification policy and acceptable use policy. They should understand why certain security controls are in place, how to properly use them and why they should never attempt to circumvent them. Lastly, they should understand the threat landscape as it relates to confidentiality and what their actions and behaviors can do to help mitigate those risks. Click here to learn more about Databranch’s Annual Security Awareness training.

Integrity 

This core security principle is defined as the ability for data and information to retain truth or, accuracy and be intentionally modified by authorized users only. Imagine a patient under the care of doctors and nurses at a hospital. The patient requires 100mg of medication every six hours. What happens if the nurse accesses the patients’ medical records and the 100mg has been modified (with malicious intent or by accident) and now reads 1000mg? This example illustrates the importance of integrity.

There are many cyber-attacks used to violate integrity including, computer viruses, malware, logic bombs, database injections and altering system configurations.  Your cybersecurity program should absolutely work to promote integrity and defend against these attacks. Here are a few controls that you should consider incorporating into the program:

1. Intrusion Prevention Systems (IPS) and Intrusion Detection Systems (IDS) – IPS / IDS examines network traffic flows to detect and prevent vulnerability exploits. Many times this technology is embedded in perimeter defenses such as firewalls but, it needs to be enabled and configured to work properly.
2. Anti-Virus / Anti-Malware – This powerful tool can be used to detect, quarantine and even remove malicious code from computers and systems. It is imperative that Antivirus software is installed and configured on all computing devices.
3. Vulnerability Management – There should be a process for identifying known vulnerabilities across systems and applications and then remediating those vulnerabilities typically by installing patches. Click here to request your free Databranch baseline security assessment.
4. Log Monitoring and Analysis – The ability to collect system and application logs and then monitor / analyze them is critical. It can detect anomalies in system behaviors and be used in forensic efforts post incident.

Availability 

This core security principle is defined as the ability to grant authorized users uninterrupted access to systems and information. Imagine logging into your computer on Monday morning. You are refreshed from the weekend, ready to work and conquer the world. Then suddenly, a message flashes across your computer screen. The message explains that your computer and everything on it has been encrypted by ransomware, and you must pay a fee to receive the decryption key and resume regular work activities. You no longer have access to email, customer records, financial records, etc. What would you do if the applications and data on your computer were no longer available to use? This example illustrates the importance of Availability.

There are many cyber-attacks used to violate availability including, computer viruses, malware and denial of service (DoS). There are also circumstantial events that violate availably such as hardware failure and natural disasters. Your cybersecurity program should absolutely be influenced by the availability principle. Here are a few controls that you should consider incorporating into the program:

1. Data Backup Systems – Effective data backup strategies should be defined, implemented and monitored for success. If systems or data suddenly become unavailable, recovery efforts almost always start with restoring from a successful backup job.
2. Disaster Recovery (DR) and Business Continuity Planning (BCP) – Documenting DR and BCP plans is an absolute must. In addition, these plans should be tested, at least annually to verify effectiveness. Learn more about our Dataguard Backup and Recovery solution here!
3. System Monitoring – Critical systems and applications should be continuously monitored for performance and capacity requirements. Proactive monitoring can often prevent unwanted outages or disruptions.
4. Incident Response Plan – Having a plan to contain, eradicate, and recover from a cybersecurity incident is invaluable. Incidents create stress and chaos. Having an incident response plan introduces confidence and organization. 

As one can see, the core principles of the CIA Triad (Confidentiality, Integrity and Availability) are simple information security concepts that when properly applied to policy and program creation can have a real meaningful impact our ability to stay safe and protected.

Contact Databranch today at 716-373-4467 x115 or [email protected] for any questions about the information above. You can also fill out the form below to set up a meeting with one of our experienced team members to discuss how we can help enhance your businesses cybersecurity.

Article used with permission from Huntress.

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It is common for organizations to invest in preventative cybersecurity defenses. In fact, most organizations have technologies such as firewalls and anti-virus software that are designed to stop a cyber-attack. These controls certainly serve a purpose in fighting the war against cybercrime and should not be discounted.

But, cybersecurity professionals are recommending that we turn our attention to our ability to detect cybersecurity incidents and recover from them.

It makes perfect sense. The reality is that defending cyber-attacks is an incredibly hard task to do. Hackers are anonymous, perimeters are not physical, attacks are sophisticated, and the volume of cyber assaults launched every day is astounding. Defending cyber-attacks is a little like entering a cage fight blindfolded with one arm tied behind your back. Despite the best defensive efforts, you will get hit.

Hence the recommendation to invest the ability to recover from a cybersecurity incident. Of course we will continue to defend ourselves from cyber criminals, but we also recognize we are not fighting a fair fight, and that we will likely suffer a cyber incident at some point. The thought is simple, when we become a victim of cybercrime, we must be prepared to recover from the incident. 

If you do not regularly backup critical data and systems, then you must start doing so immediately. If you do not have a documented disaster recovery plan, then you must create one as soon as possible. In the process of creating a data backup strategy and disaster recovery plan, please recognize the nine most common mistakes made and more importantly, how you can avoid making them in your quest for recovery preparation. 

The 9 Mistakes

1. The Scope of the Backup is Incomplete 

It is very common to see a data backup that has very little strategic thought behind it. Evidence of this mistake presents itself in the form of:

• Important Data, Applications, or Systems that are NOT included in the backup job(s).
• All Data, Applications and Systems are backed up the exact same way – there are no priorities.
• The time it takes to ACTUALLY recover lost or corrupt data is much longer than expected.
• The point in time in which you are ACTUALLY able to restore to is too far in the past (I want to recover yesterday’s information, but I am only able to recover last month’s information!)

Avoid this mistake by classifying and prioritizing the data, applications and systems that need to be backed up. A Business Impact Analysis will identify critical sets of data and define Recovery Time Objectives (RTO) and Recovery Point Objectives (RPO). This allows you to implement a backup job that supports lightning fast restore times for critical information.

2. Backups are Not Completed Automatically 

All too often we see backup jobs that require a person to manually start the backup. The process to start the backup job is usually very simple, like clicking a button. However , people forget to do it.

Backup jobs should always be automated. Automation eliminates human error or neglect and yields a much better chance of having a successful backup when you need it most.

With Datto you will receive daily backup verifications and screen shots of your virtual servers give you peace of mind and ensure that your backup data is working and accessible to you when you need it.

3. There is Only ONE Copy of the Backup 

There should always be more than one copy of your data backup. For critical systems, we recommend having three copies – for less critical systems, we recommend having two copies. The logic is simple, what happens if your data backup is lost, deleted or becomes corrupt? If you need to restore from backup, is it more comforting to have only one recovery source, or is it more comforting to have a few recovery sources?

4. Backups are Not Monitored for Success

So many businesses have a “set it and forget it” mentality about their data backup jobs. People rarely check to see if the backups are running successfully. For this reason it is important that your backup jobs are monitored very closely and if there are any errors (and there will be from time to time) that cause a backup job to fail.

There are many systems that are available to provide monitoring and alerting services for backup jobs. You must keep a close eye on your backups; otherwise you will find yourself in a very bad situation one day.

This is why Datto has implemented screenshot verifications for their users. This ensures that the backups are operating as designed and the users have peace of mind that their critical data is being saved in case of a disaster.

5. Backups are Not Kept Offsite

It is very common for data backups to be kept onsite, in the same physical location of the systems that are being backed up. While this practice is acceptable for some types of system failures (hardware failure, software corruption, etc.), it is a terrible idea for other types of failures. For example, if your building floods or burns – and your servers are severely damaged – do you think the backup media that was located right next to those servers will also be damaged? YES, IT WILL BE! For this reason, it is important to keep at least one copy of your data backups offsite, at a different physical location.

Not only will the Datto backup all your data to the device itself, but it will also backup everything to 2 separate offsite cloud storage locations. So in the event that the local device is destroyed, you can still access your information, even from a remote location. 

6. There is Insufficient Capacity for Backups

The backup job is 400GB, but your backup tape or drive is only 300GB. Capacity issues have a tendency to create sloppy and incomplete backup jobs. It is imperative that your backup media be sized and provisioned to not only support your current backup needs, but also allow for some element of growth over time.

Need help determining you backup size? A simple Capacity Planning exercise conducted by a Databranch engineer could be incredibly important to your overall backup strategy. Click here to request a meeting with one of our highly trained team members.

7. There is No Documented Disaster Recovery Plan

Often we see backup jobs that are working very well. Critical data is being backed up at regular intervals which support organizational RTO and RPO requirements. Then, disaster strikes. There is a power outage that fries the server, the network room floods, the building burns down, etc.

A backup job is only successful if data can be easily and quickly recovered. You need to have a recovery procedure documented! Typically this is in the form of a Disaster Recovery (DR) Plan. The plan should include important procedural steps involved in recovering lost data and should also indicate who is responsible for performing those steps once a disaster is declared.

If you choose to not have a documented DR Plan, then recovering from a disaster will be chaotic and frustrating at best! At worst? A disaster could cost you business thousands of dollars and could possibly cost you the business itself.

Interested in calculating the cost of downtime for your business? Check out our Recovery Time Calculator here.

8. There is No Process to Add or Remove Items from the Backup Scope

As new servers, applications and data repositories are added to your computing environment – they also need to be added to your backup job(s). It is very important to have a documented Data Backup Policy that outlines the process for adding or deleting components of the data backup job(s).

Without a policy, new systems may or may not be integrated into the backup job(s) effectively and old systems may never get removed. Once you have a great data backup job, you want it to stay great. This requires governance and oversight typically provided by good policies and procedures.

9. Backups are Not Tested; People are Not Trained

Data backup job(s) absolutely, positively need to be tested at least once a year – if not more frequently. A true test is the only way to verify that critical information can be restored if needed. More importantly, people (employees, vendors, etc.) should all be educated on the restore process, especially if they play a critical role in restoring lost or corrupted data. A common and effective way to provide this training is by conducting routine Table Top exercises where DR scenarios are presented to the recovery team and they have an opportunity to respond – without creating any service disruptions

Backup and Recovery Solutions

Avoid these common pitfalls and be confident in your ability to recover from most cyber security incidents. Invest in defense, and also in resiliency. Our backup recovery and disaster recovery solution ensures that your data is restored to its former state, with little to no downtime or interruption to your business.

Databranch monitors the success of every backup, and if there’s an issue, we’ll take care of it for you as part of the service. With a commitment to continually improve and serve, Databranch employees regularly go above and beyond to ensure complete customer satisfaction. Reach out to us today at 716-373-4467 x115 or [email protected], you can rest assured that your data is in good hands.

Article used with permission from Cyberstone.

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Cybersecurity insurance is still a pretty new concept for many SMBs. It was initially introduced in the 1990s to provide coverage for large enterprises. It covered things like data processing errors and online media.

Since that time, the policies for this type of liability coverage have changed. Today’s cyber insurance policies cover the typical costs of a data breach. Including remediating a malware infection or compromised account.

Cybersecurity insurance policies will cover the costs for things like:

• Recovering compromised data
• Repairing computer systems
• Notifying customers about a data breach
• Providing personal identity monitoring
• IT forensics to investigate the breach
• Legal expenses
• Ransomware payments

Data breach volume and costs continue to rise. 2021 set a record for the most recorded data breaches on record. And in the first quarter of 2022, breaches were up 14% over the prior year.

No one is safe. Even small businesses find they are targets. They often have more to lose than larger enterprises as well. About 60% of small businesses close down within 6 months of a cyber incident.

The increase in online danger and rising costs of a breach have led to changes in this type of insurance. The cybersecurity insurance industry is ever evolving and businesses need to keep up with these trends to ensure they can stay protected.

Here are some of the cyber liability insurance trends you need to know about.

Demand is Going Up

The average cost of a data breach is currently $4.35 million (global average). In the U.S., it’s more than double that, at $9.44 million. As these costs continue to balloon, so does the demand for cybersecurity insurance.

Companies of all types are realizing that cyber insurance is critical. It’s as important as their business liability insurance. Without that protection, they can easily go under in the case of a single data breach.

With demand increasing, look for more availability of cybersecurity insurance. This also means more policy options, which is good for those seeking coverage.

Premiums are Increasing

With the increase in cyberattacks has come an increase in insurance payouts. Insurance companies are increasing premiums to keep up. In 2021, cyber insurance premiums rose by a staggering 74%. 

The costs from lawsuits, ransomware payouts, and other remediation have driven this increase. Insurance carriers aren’t willing to lose money on cybersecurity policies. Thus, those policies are getting more expensive. This is at the same time as they are more necessary.

Certain Coverages are Being Dropped

Certain types of coverage are getting more difficult to find. For example, some insurance carriers are dropping coverage for “nation-state” attacks. These are attacks that come from a government. Many governments have ties to known hacking groups. So, a ransomware attack that hits consumers and businesses can very well be in this category.

In 2021, 21% of nation-state attacks targeted consumers, and 79% targeted enterprises. So, if you see that an insurance policy excludes these types of attacks, be very wary.

Another type of attack payout that is being dropped from some policies is ransomware. Between Q1 and Q2 of 2022, ransomware attacks increased by 24%.

Insurance carriers are tired of unsecured clients relying on them to pay the ransom, so many are excluding ransomware payouts from policies. This puts a bigger burden on organizations. They need to ensure their backup and recovery strategy is well planned.

If a cybersecurity incident occurs, does your business have a recovery plan? If not, reach out to Databranch today to get started.

It’s Harder to Qualify

Just because you want cybersecurity insurance, doesn’t mean you’ll qualify for it. Qualifications are becoming stiffer. Insurance carriers aren’t willing to take chances. Especially on companies with poor cyber hygiene.

Some of the factors that insurance carriers look at include:

• Network security
• Use of things like multi-factor authentication
• BYOD and device security policies
• Advanced threat protection
• Automated security processes
• Backup and recovery strategy
• Administrative access to systems
• Anti-phishing tactics
• Employee security training

You’ll often need to fill out a lengthy questionnaire when applying for insurance. This includes several questions about your cybersecurity situation. It’s a good idea to have your IT provider help you with this.

This can seem like a lot of work that you have to do to qualify for cyber insurance. As you review the questions, your IT partner can identify security enhancements. Just like other forms of insurance, if you take steps to reduce risk, it can often reduce your premiums.

So, it pays to do a cybersecurity review before applying for cyber insurance. You can save yourself time and money. It can also fortify your defenses against cyberattacks.

Need Help Making Sense of Cybersecurity Policies?

Cybersecurity coverage and insurance applications can be complex. If you answer wrong on a question, it can mean paying hundreds more in premiums than you should. If you’re considering cybersecurity insurance, don’t go it alone. Contact us today at 716-373-4467 x 115 or [email protected], we can explain the policy details and provide guidance.

Article used with permission from The Technology Press.

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When the year is coming to a close, it’s the perfect time to plan for the future. Most businesses begin the year with the hope of growing and improving operations. Much of how a business operates depends on technology. So, it makes sense to look to your IT for areas of optimization.

A year-end technology review provides an opportunity to look at several areas of your IT. The goal is to take time to focus on improvements you can make to boost your bottom line. As well as what tactics to take to reduce the risk of a costly cyberattack.

A recent study by Deloitte looked at digitally advanced small businesses. Small businesses that make smart use of technology are well ahead of their peers. Here are some of the ways they excel:

• Earn 2x more revenue per employee
• Experience year-over-year revenue growth nearly 4x as high 
• Had an average employee growth rate over 6x as high

The bottom line is that companies that use technology well, do better. They are also more secure. According to IBM, businesses that have an incident response plan reduce the costs of a data breach by 61%. Using security AI and automation can lower costs by 70%.

As the year is coming to an end, take some time to do a technology review with one of our experienced team members. This will set you up for success and security in the coming year.

Considerations When Reviewing Your Technology at Year-End

The goal of a year-end technology review is to look at all areas of your IT infrastructure. Security, efficiency, and bottom-line considerations will be the key drivers for future initiatives.

Technology Policies

When technology policies get outdated, people stop following them. Review all your policies to see if any of them need updating to reflect new conditions. For example, if you now have some staff working from home, make sure your device use policy reflects this.

When you update policies, let your employees know. This gives them a refresher on important information. They may have forgotten certain things since onboarding.

Disaster Recovery Planning

When is the last time your company did an incident response drill? Is there a list of steps for employees to follow in the case of a natural disaster or cyberattack?

Take time to look at disaster recovery planning for the new year. You should also put dates in place for preparedness drills and training in the coming months.

Interested in learning more? Click here to read about the backup recovery and disaster recovery solutions we have available to protect your business.

IT Issues & Pain Points

You don’t want to go through a big IT upgrade without considering employee pain points. Otherwise, you might miss some golden opportunities to improve staff productivity and wellbeing.

Survey your employees on how they use technology. Ask questions about their favorite and least favorite apps. Ask what struggles they face. Let them tell you how they feel technology could improve to make their jobs better.

This, in turn, benefits your business. It can also help you target the most impactful improvements.

Privileged Access & Orphaned Accounts

Do an audit of your privileged accounts as part of your year-end review. Over time, permissions can be misappropriated. This leaves your network at a higher risk of a major attack.

You should ensure that only those that need them have admin-level permissions. The fewer privileged accounts you have in your business tools, the lower your risk. Compromised privileged accounts password open the door to major damage. Read more about local admin privileges and the associated risks.

While going through your accounts, also look for orphaned accounts. You need to close these because they’re no longer used. Leaving them active poses a security risk.

IT Upgrade & Transformation Plans for the New Year

If you make IT upgrades and decisions “on the fly” it can come back to bite you. It’s best to plan out a strategy ahead of time, so you can upgrade in an organized way.

Have a vulnerability assessment performed. This gives you a list of potential problems your company should address. Eliminating vulnerabilities improves your cybersecurity and planning ahead will allow you to budget for your upgrades while avoiding unplanned expenses

Request your free baseline security assessment here.

Cloud Use & Shadow IT

Review your use of cloud applications. Are certain apps hardly used? Do you have redundancies in your cloud environment? A review can help you cut waste and save money.

Also, look for uses of shadow IT by employees. These are cloud applications that are being used for work but did not go through approval. Management may not even be aware of them. Remove this security risk by either closing the accounts or officially approving them.

Customer-Facing Technology

Don’t forget to look at the customer experience of your technology infrastructure. Go through your website and contact process as a customer would.

If you get frustrated by things like site navigation, then your customers and leads may be too. Include optimizations to your customer-facing technology in your new year plans.

Schedule a Technology & Security Assessment Today!

We can help you with a thorough review of your technology environment to give you a roadmap for tomorrow. Contact us today at 716-373-4467 x 115, [email protected], or fill out the form below to see how we can make the most out of your technology infrastructure for next year.

Article used with permission from The Technology Press.

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