FAA Outage Raises Concerns About Aging IT Infrastructure

FAA Outage Raises Concerns About Aging IT Infrastructure

When was the last time your business checked the equipment keeping its network running? Not just the computers employees use every day, but the routers, switches, and other equipment that keep everything connected.

It’s easy to overlook these things when everything seems to be working fine. But Friday’s nationwide FAA outage showed why aging technology deserves more attention.

On November 13, the Federal Aviation Administration (FAA) issued a nationwide ground stop that disrupted thousands of flights across the country. During an evening White House press conference, officials discussed serious concerns about the FAA’s aging technology, including network equipment and communications lines that have been in use for decades.

For businesses, it’s a good reason to take a closer look at the technology they rely on every day.

FAA Outage: What Officials Said About Aging Technology

During the November 13 White House press conference, Transportation Secretary Sean Duffy discussed the FAA’s aging technology and the problems officials believed contributed to the nationwide ground stop.

Speaking about the condition of the agency’s air traffic control infrastructure, Duffy said, as reported by NPR:

“We have old switches, old routers. We use 1980s little copper lines.”

Duffy also explained what happened when the network equipment became overwhelmed with data. According to ABC News, he stated:

“Our switches, our routers, actually got overloaded with data … and started to give us inconsistency in the data from those routers. And because of that, we shut the system down.”

While the investigation is still ongoing, officials have said there is no evidence of a cyberattack at this time. Duffy also discussed the FAA’s efforts to modernize its technology, pointing out that the newer equipment had not experienced the same problems. As reported by ABC News, he said:

“By the way, all of the new equipment that we put in, none of that went down.”

Although investigators had not yet determined every factor behind the outage, the comments raised concerns about the reliability of aging infrastructure. Most businesses don’t operate systems anywhere near the size of the FAA’s, but they still depend on routers, switches, and other equipment to keep their operations running.

How Outdated Network Equipment Can Affect Your Business

Think about the routers and switches in your office. How old are they? When were they last updated? Does the manufacturer still support them?

Some businesses have network equipment that’s been running for ten years or longer. It still works, so nobody gives it much thought. But the company’s technology needs may have changed quite a bit since that equipment was initially installed.

Maybe you’ve added employees, moved more of your work to cloud-based applications, or started using software that requires a faster, more reliable connection. Equipment that worked perfectly well several years ago might not be able to keep up with everything you’re asking it to do today.

There’s also the issue of manufacturer support. Older routers and switches eventually reach a point when updates and technical assistance are no longer available. If something goes wrong, fixing the problem may not be as simple as installing an update or replacing a part. Depending on what fails, the effects can reach across your entire business. Employees might lose access to shared files, business applications, or the internet. Customer calls and emails could be delayed, and work that needs to get done may have to wait until the network is running again.

The Cost of Outdated IT Equipment and Network Downtime

Replacing IT equipment isn’t always at the top of a business owner’s priority list, especially with the rising cost of just about everything. If a router or switch is still doing its job, it’s understandable to want to keep using it. But at what cost?

If your equipment suddenly fails in the middle of a busy workday, the cost can go far beyond replacing a router or switch. Employees may be unable to do their jobs, customer requests can go unanswered, and important deadlines may be missed. Add in emergency repairs, lost productivity, and potentially hours of downtime, and that decision to put off an upgrade could become a much more expensive problem.

The good news is that you don’t necessarily have to replace everything at once. Regular equipment reviews can help identify outdated devices, performance issues, and systems that may be struggling to keep up with your business’s needs. From there, you can decide which upgrades need to happen sooner and which can wait, rather than having to make those decisions when something breaks.

How Epoch IT Helps Businesses Manage Aging IT Infrastructure

For many small and mid-sized businesses, keeping track of all this isn’t easy. Most business owners aren’t checking the age of their network switches or looking up when manufacturers will stop supporting their routers. They have a business to run, and they expect their technology to work.

That’s where Epoch IT comes in.

Through our Managed IT services, we help businesses monitor network performance, identify outdated equipment, and address potential problems before they interrupt daily operations. We also work with companies to plan upgrades around their budgets, prioritizing the equipment that needs attention first.

You shouldn’t have to find out that a critical piece of equipment is outdated because it suddenly stops working. Having an IT partner who knows your systems and keeps track of your equipment means someone is regularly checking for issues that might otherwise go unnoticed.

Even with regular maintenance, technology problems can still happen. But monitoring equipment, keeping systems updated, and planning replacements can help reduce the risk of unexpected downtime.

When Should You Upgrade Your IT Infrastructure?

The FAA outage has put a spotlight on aging technology, but it’s an issue businesses should be thinking about even when everything is running normally.

If you can’t remember the last time someone checked your routers, switches, or other network equipment, now might be a good time to find out where things stand. By doing so, you may discover that everything is in good shape, or you might find equipment that needs attention before it can cause problems.

At Epoch IT, we can help you evaluate your existing infrastructure, identify outdated equipment, and plan improvements that make sense for your business and budget.

Contact Epoch IT to learn how our Managed IT services can help you stay ahead of unexpected technology problems.

Microsoft Outage

What Happens to Your Business if Microsoft 365 Stops Working?

How much does your company rely on Microsoft 365? It’s probably not something you think about very often, at least until something goes wrong. And as we’ve seen before, Microsoft outages have a way of reminding us just how much we depend on these tools. Yesterday was no exception, as businesses across the country experienced disruptions to Outlook, Teams, and other Microsoft 365 services.

Think about how often your employees use these tools throughout the day. Outlook helps employees manage email, Teams allows coworkers to stay connected, and OneDrive and SharePoint make it easy to access and share important files. They’ve become such a regular part of daily business operations that it’s easy to take them for granted. But when they suddenly stop working, the impact can reach far beyond a few missed emails.

While businesses can’t prevent problems on Microsoft’s end, they can prepare for interruptions and help reduce their impact. The recent outage is a good reminder of why having a plan matters.

How a Microsoft 365 Outage Can Affect Your Business

For many businesses, Microsoft 365 is involved in nearly everything employees do throughout the workday. When these services become unavailable, employees may be unable to send important emails, join scheduled meetings, or access documents they need to complete their work. Customer communications can be delayed, projects can fall behind, and routine tasks can become difficult.

The impact also depends on how heavily a business relies on Microsoft 365. A company that uses Teams for most of its internal communication may have trouble coordinating employees, while another that stores important documents in SharePoint could struggle to access information needed for daily operations. Even a relatively short outage can create problems, particularly when employees don’t know how long the interruption will last.

What Should Businesses Do During a Microsoft 365 Outage?

When Microsoft 365 stops working, the first step is determining whether the issue is affecting your company’s systems or whether it’s part of a larger Microsoft outage. Microsoft provides service health information that can help administrators identify known problems and monitor updates. Your IT provider can also help determine which services are affected and whether there are any temporary alternatives.

Communication is especially important during an outage. If employees normally rely on Outlook or Teams, how will you reach them when those services aren’t available? Having an alternative communication method, such as phone calls, text messages, or another messaging platform, can help everyone stay informed.

It’s also important to avoid making unnecessary changes to your systems while Microsoft is working to restore service. Sometimes the best approach is to monitor the situation, communicate with employees, and focus on the work that can continue without the affected tools.

Why Business Continuity Planning Matters

Most businesses have plans for common technology problems, such as a computer that won’t start or an internet connection that goes down. What happens, though, when a service used by your entire company goes down?

That’s where business continuity planning comes in. A business continuity plan outlines how your organization will continue operating when unexpected problems interrupt normal activities. For a Microsoft 365 outage, that might include identifying alternative ways to communicate (as mentioned before), determining which files employees need access to during an interruption, and establishing procedures for handling urgent customer requests.

It’s also important to understand the difference between having files stored in the cloud and having a reliable backup strategy. Microsoft 365 includes built-in data protection features, but businesses should still evaluate whether additional backup solutions are needed. Backups can help recover lost or deleted information, but they won’t necessarily restore access to Outlook, Teams, or other Microsoft services during an outage.

The goal isn’t to create a complicated plan for every possible scenario. It’s to make sure employees know what to do when the technology they depend on isn’t available.

How Managed IT Services Can Help

Technology interruptions are frustrating enough without having to figure out what’s happening or how to respond.

Working with a managed IT services provider means having someone who understands your company’s technology and can help determine what’s happening when problems come up. During a Microsoft 365 outage, that might involve confirming which services are affected, monitoring Microsoft’s updates, and helping employees find temporary ways to continue working.

At Epoch IT, we also help businesses prepare before problems occur. From reviewing backup solutions to developing business continuity plans, we work with organizations to identify potential vulnerabilities and make sure they’re better prepared when technology doesn’t work as expected.

Is Your Business Prepared for the Next Outage?

Yesterday’s Microsoft 365 outage was another reminder of just how much businesses depend on technology to keep their operations running. And while services may be restored, the experience raises an important question: What would your business do if those systems were unavailable again tomorrow?

If you’re not sure how your business would handle an extended outage, now is a good time to find out. The team at Epoch IT can help you identify potential gaps and make sure you have a plan in place before the next disruption.

Contact Epoch IT to get started.

PHP Vulnerabilities

Critical PHP Vulnerabilities: What Businesses Need to Know

The recent discovery of two PHP vulnerabilities has raised concerns in the cybersecurity community. While many business owners may not be familiar with PHP, the websites and online applications they use every day often rely on it behind the scenes.

On October 21, researchers publicly disclosed two serious PHP security flaws that could allow hackers to access affected web servers without a username or password. Known as PHP2Shell, these vulnerabilities have led to warnings from the Cybersecurity and Infrastructure Security Agency (CISA) and Google Cloud, along with recommendations to install security updates as soon as possible.

So, what does this mean for your business, and who should be concerned?

What Is PHP and How Does It Work?

Many websites use PHP, a programming language that helps handle functions that go beyond displaying information. For example, when someone fills out a contact form, logs into an account, or schedules an appointment online, PHP may be part of what makes that possible.

Most business owners don’t need to know much about PHP or how it works. However, if their website relies on it, security problems with the software could affect the website and the information it handles.

What Are the PHP2Shell Vulnerabilities?

Researchers found the two vulnerabilities, CVE-2026-109618 and CVE-2026-109619, in PHP itself, rather than in a particular website plugin or application. Depending on how a company configures its website or server, these flaws could allow hackers to run malicious code or access information they shouldn’t be seeing. That could lead to stolen data, problems with website functionality, or access to other connected systems.

Both vulnerabilities received a severity rating of 9.2 out of 10, making them critical security concerns that require immediate attention. CISA has recommended that organizations check whether they’re using affected versions of PHP and install the necessary security updates.

The PHP project has released updates for supported versions, including 8.2.35, 8.3.36, 8.4.27, and 8.5.12, but businesses using PHP 8.1 or earlier may need to take additional steps. Those older versions no longer receive official security updates, so upgrading or working with a software provider may be necessary.

Now, this doesn’t mean that every website will be affected by these vulnerabilities. Some hosting providers may have already installed the updates, while others may still need to address the issue. The important thing is to find out whether your website has been checked.

How AI Helped Discover the PHP Vulnerabilities

Artificial intelligence also played a part in discovering these vulnerabilities. According to Google Cloud, researchers at Wiz used AI tools to help examine the software, find the security flaws, investigate possible attacks, and test whether the fixes worked.

For cybersecurity researchers, tools like these can make it easier to examine large amounts of code and find problems that might otherwise take much longer to identify. The concern is that hackers may have access to similar technology. If so, they may use it to find weaknesses in software as well.

This could change how quickly researchers discover security problems and hackers exploit them. Businesses may have less time to respond once a vulnerability becomes public, particularly if hackers are already looking for ways to take advantage of it.

Could the PHP Vulnerabilities Affect Your Business?

If your business has a website, it may use PHP without you even knowing it. Again, that doesn’t automatically mean there’s a problem. But it’s worth finding out which version of the software your website uses and whether any updates are needed.
Start by contacting whoever manages your website. This could be your web developer, hosting provider, internal IT team, or outside technology company. Ask whether your website uses PHP and if it has been checked for the PHP2Shell vulnerabilities.

If an update is needed, they should be able to explain what needs to happen and whether it could affect any of your website’s features. In some cases, an older website may need additional work before it can support a newer version of PHP.

Website maintenance is also something that can be easy to overlook. Most businesses think about updating their website when they need to change information, add a service, or improve its appearance. But the software behind the website needs attention, too, even when everything seems to be working fine.

Why Regular Software Security Updates Matter

The problem with vulnerabilities like PHP2Shell is that businesses may have no obvious reason to suspect anything is wrong. A website can continue working normally while the software behind it contains a security flaw that hackers could potentially exploit.

Software updates help address these problems, but keeping track of them isn’t always simple. Some updates are routine, while others require immediate attention because of the risks involved.

This can be especially challenging for small and mid-sized businesses that rely on several different technology providers. One company may manage the website, another may handle hosting, and an internal employee or outside IT provider may be responsible for other business systems. When several providers share these responsibilities, important updates can fall through the cracks.

With so many different systems and providers involved, it’s important for businesses to know who’s responsible for what. When researchers discover a new security threat, there shouldn’t be any confusion about who’s checking for problems or making sure the necessary updates are completed.

How Epoch IT Can Help Protect Your Business

The PHP2Shell vulnerabilities are a good example of why businesses need to pay attention to the software running behind their websites and applications. Even if everything appears to be working normally, there may be security issues that need to be addressed.

Of course, most business owners aren’t going to spend their days checking software versions or reading cybersecurity alerts. And they shouldn’t have to. But someone needs to be responsible for keeping track of these things, especially when a serious vulnerability is discovered.

At Epoch IT, we help businesses manage their technology and stay on top of potential security concerns. That includes reviewing systems for weaknesses, helping address security risks, and working with businesses to make sure they understand what needs attention.

Our cybersecurity services give businesses practical support without making technology more complicated than it needs to be. We work with organizations to understand their needs and help them make decisions about protecting their systems and information.

If you haven’t checked with your website or hosting provider about the recent PHP vulnerabilities, now is a good time to do so. To learn more about protecting your business, contact Epoch IT to see how we can help.

Cybersecurity Awareness Month

The Cybersecurity Risks Small Businesses Tend to Overlook

October is Cybersecurity Awareness Month, making it a great time to review how your business protects its systems, employees, and information. While major cyberattacks often make headlines, some of the most common cybersecurity risks are much closer to home than you think.

Outdated software, forgotten user accounts, suspicious emails, and untested backups can all create vulnerabilities that go unnoticed during daily operations. For small and mid-sized businesses, keeping up with these details can be challenging, especially when employees are busy, resources are limited, and technology needs continue to change.

The good news is that improving cybersecurity doesn’t always require major changes. Often, it starts with paying closer attention to the systems and practices your business already has in place.

Why Small Businesses Overlook Cybersecurity Risks

Most businesses understand the importance of cybersecurity. The challenge is finding the time and resources to keep up with everything it takes to maintain a secure IT environment. Between managing daily operations, supporting employees, and planning for growth, routine technology maintenance can easily move down the priority list. A software update gets postponed, an old account remains active, or a backup system continues running without anyone checking whether the data can actually be restored.

Individually, these issues may seem minor. Over time, however, they can create security gaps that leave important systems and information exposed. That’s why effective cybersecurity involves more than just responding to threats. It requires consistent attention to the everyday details that help keep an organization’s technology secure and dependable.

Outdated Software and Devices

We’ve all clicked “Remind Me Later” on a software update. It’s easy to postpone an update, especially when you’re in the middle of something important. Delaying updates for too long, however, can create more than an inconvenience.

Software developers regularly release updates to address security vulnerabilities, resolve problems, and improve performance. When businesses continue using outdated software or unsupported devices, they may leave known security weaknesses unaddressed.

Older equipment can create additional challenges, particularly when it no longer supports current operating systems or security tools. Regularly reviewing your organization’s software and devices can help identify systems that need attention. Keeping applications updated, replacing unsupported equipment, and planning for future technology needs are all key to maintaining a secure, reliable IT environment.

Employee Access and Forgotten Accounts

When someone joins your organization, setting up access to email, applications, and shared files is usually a priority. But what happens when that employee changes roles or leaves the company?

Old accounts or unnecessary permissions can easily remain in place, especially as businesses grow or responsibilities change. An employee who moves to another department may still have access to information they no longer need. An account belonging to someone who left the company months ago could remain active without anyone realizing it. These situations can create unnecessary security risks.

Managing user access should be an ongoing process, not something that happens only when a new employee starts. Regular account reviews, appropriate permissions, and consistent procedures for employee departures help businesses maintain better control over who can access their systems and information.

Multi-factor authentication (MFA) adds another important layer of protection. By requiring an additional verification step, such as a code from an authentication app or approval through a notification, MFA helps protect accounts even if a password is compromised.

Phishing and Everyday Security Habits

Not every cybersecurity threat involves sophisticated technology. Sometimes, it starts with an email that looks like an ordinary request. It might be a message from a familiar vendor asking about an invoice, an unexpected password reset notification, or a request from a coworker who needs information right away. Cybercriminals often use these familiar situations to make phishing attempts more convincing.

Even employees who understand basic cybersecurity practices can overlook warning signs, especially when they’re busy or responding to something urgent. A convincing email can lead someone to click a malicious link, open an unsafe attachment, or share sensitive information. Employees need to know how to recognize suspicious activity, verify unexpected requests, and report potential threats.

Ongoing cybersecurity awareness training helps reinforce these habits. Regular reminders, practical examples, and open communication can help employees make safer decisions and keep cybersecurity top of mind throughout the year.

Backups That Have Never Been Tested

Backups are an important part of protecting your organization’s information, but having a backup doesn’t necessarily mean you can recover your data when you need it. A backup system may appear to be working properly, yet problems can go unnoticed until someone needs to restore a file, application, or entire system.

Imagine discovering during an unexpected outage that your most recent backup is incomplete or that restoring critical systems could take much longer than anticipated. That’s not the time you want to find out something isn’t working.

Regular backup reviews and recovery testing help businesses confirm that important information is protected and can be restored when needed. It’s also important to understand which systems are most critical to daily operations and how quickly they need to be available again.

A well-planned backup and disaster recovery strategy goes beyond protecting copies of data. It helps organizations prepare for disruptions and make informed decisions about recovery and business continuity.

Why Cybersecurity Requires Ongoing Attention

Cybersecurity isn’t something businesses can address once and consider finished. Technology changes, employees come and go, new applications are introduced, and security threats continue to evolve. Practices that worked well a year ago may need to be reviewed as an organization’s technology environment and business needs change.

That’s why a proactive approach matters. Regular system maintenance, security monitoring, employee training, and periodic reviews can help identify potential vulnerabilities before they create larger problems. Just as importantly, ongoing IT management gives businesses an opportunity to plan improvements rather than constantly reacting to issues as they arise.

The goal isn’t to eliminate every possible risk. It’s to create a more secure, dependable technology environment that supports employees, protects important information, and keeps business operations moving.

Where Should Your Business Start?

Improving cybersecurity doesn’t mean you have to address everything at once. A good place to start is by looking at the systems and practices your organization already relies on. Are your devices and applications up to date? Do employees have access only to the information they need? Does your team know how to recognize suspicious requests? Have you tested your backups recently? Answering these questions can help identify areas that need attention and guide decisions about what to prioritize next.

Cybersecurity Awareness Month is a timely reminder to review your organization’s security practices, but protecting your business requires attention throughout the year.

At Epoch IT, we help small and mid-sized businesses build secure, dependable IT environments through proactive IT management, cybersecurity services, and practical technology guidance. We work with organizations to identify risks, strengthen security practices, and develop solutions that support their daily operations and long-term goals.

Ready to take a closer look at your organization’s cybersecurity?

Schedule a Free Consultation to learn how Epoch IT can help you identify potential vulnerabilities and strengthen your cybersecurity approach.

Backup vs. Disaster Recovery vs. Business Continuity: What Is the Difference?

Backup vs. Disaster Recovery vs. Business Continuity: What’s the Difference?

Backup, disaster recovery, and business continuity are often discussed together, but they each play a different role in protecting your organization. Backups protect your data, disaster recovery focuses on restoring your technology, and business continuity helps keep critical operations running during recovery.

Each plays its own part, and understanding the difference matters. Having your data backed up doesn’t necessarily mean you’re prepared for a disruption. You also need to know how quickly you can restore critical systems and how your organization will keep operating in the meantime.

In this blog post, we’ll break down backup, disaster recovery, and business continuity, how they differ, and how they work together to help keep your organization prepared.

Backup: Protecting Copies of Your Data

Backups, disaster recovery, and business continuity…don’t they all mean basically the same thing? Well, not quite. Think of them as part of the same family. They’re closely related, but each brings something different to the table.

Backups are an essential part of protecting your organization’s information. They create copies of your data so you can recover files if they’re accidentally deleted, damaged, corrupted, or compromised. A reliable backup can also help when equipment fails or a cyber incident affects your data.

But having backups is only part of the equation. You need to know they’re working properly and, more importantly, that you can restore your data when you need it. Routine monitoring and testing help make sure your backups are ready when it matters most.

In short, backups protect your data. It’s an important first step, but it doesn’t cover everything needed to get your organization back up and running.

Disaster Recovery: Restoring Systems and Access

Disaster recovery focuses on restoring your technology after a disruption. A disaster recovery plan outlines how your organization will restore critical systems, applications, networks, and access so your team can return to normal operations.

Think about what would happen if a ransomware attack took several systems offline. Clean backups would play an important role in recovery, but your team would still need to know which systems to restore first, who’s responsible for each part of the process, and how quickly you’ll need them back online.

Those are decisions you don’t want to make for the first time during an incident. Planning ahead clarifies which systems take priority and what your team needs to do to restore them.

Business Continuity: Keeping Critical Operations Moving

Technology recovery doesn’t always happen immediately. Your organization still needs to operate while your team restores systems, which is where business continuity comes in.

If a critical system goes down, employees may need another way to work, communicate, access information, or serve customers and residents. A business continuity plan identifies the functions your organization depends on most and helps determine how to keep them running during a disruption.

Business continuity and disaster recovery go hand in hand. Disaster recovery is about restoring your technology. Business continuity keeps your organization functioning until recovery is complete.

How RTO and RPO Connect the Three

Not every system needs to come back online at the same time. Some technology is critical to daily operations and needs to return quickly. Other systems can stay offline longer without significantly affecting your organization. Recovery Time Objective (RTO) and Recovery Point Objective (RPO) help you set those priorities.

RTO tells you how quickly you need to restore a system after a disruption. RPO tells you how much data your organization can afford to lose, typically measured in time. Together, they help you determine how often to back up data and which systems should take top priority during recovery.

For example, a system employees use throughout the day may need a much shorter recovery window than one they use only occasionally. Setting those expectations ahead of time lets you plan around how your organization actually operates instead of treating every system the same.

What a Complete Recovery Strategy Should Include

Backup, disaster recovery, and business continuity work best when you plan them together. Your backups protect important data, your disaster recovery plan outlines how you’ll restore critical technology, and your business continuity plan addresses how your organization will operate in the meantime.

Everyone should also understand their role. Which systems need to come back first? Who handles each part of the recovery process? What should employees do if the technology they normally use isn’t available? Answering those questions ahead of time can make a difficult situation much easier to manage.

And a plan shouldn’t exist only on paper. Test your backups regularly to make sure you can restore your data, and review your recovery plans to make sure they work as expected. Testing can uncover gaps, clarify responsibilities, and give you time to adjust before a disruption occurs.

Be Prepared Before a Disruption Happens

Cyber incidents, equipment failures, human error, power outages, and other unexpected events can interrupt operations at any time. You can’t prevent every disruption, but you can prepare your organization to respond and recover.

Epoch IT helps organizations develop practical backup, disaster recovery, and business continuity strategies around the technology and operations they rely on every day. We can help with automated backups, restore validation, disaster recovery planning, RTO and RPO development, and business continuity exercises. Together, these services help put the right protections and processes in place before you need them.

Whether you’re strengthening an existing recovery strategy or identifying areas for improvement, Epoch IT can help you build a plan that keeps your organization prepared and ready to recover when it matters most.

Learn more about Epoch IT’s Backup & Disaster Recovery Services or contact us to get started.

How to Run Ethernet Cable Through a House Like a Pro

Running Ethernet cable through your home requires planning, the right tools, and a basic understanding of technical knowledge. Strong IT solutions begin with reliable wired connections that consistently outperform wireless speeds. This guide walks you through each step of the installation process, from picking the right cable to testing your final setup. You’ll learn how to route cables efficiently and avoid common mistakes. By the end, you’ll have a professional-grade network running through your house.

 

Cable Selection

Select the appropriate Ethernet cable category based on your speed requirements and budget. Cat5e cables support speeds of up to 1 Gbps, which is sufficient for most homes. Cat6 handles up to 10 Gbps, while Cat6a reaches 10 Gbps or higher over longer distances. For short runs in your home, Cat5e might be enough, but Cat6 or Cat6a future-proofs your network for faster speeds down the road. Always get cable that’s long enough for your specific run to prevent signal problems. Choosing the right cable from the start saves you time and money in the long run.

 

Planning the Route

Map out your cable path before you start drilling or pulling wires. Examine your house layout and identify potential obstacles, such as walls, floors, and other structural elements. Select the most direct route possible to minimize cable length and maintain strong signals. Avoid using electrical outlets and large appliances that can interfere with your signal. Drawing your route on floor plans helps you visualize the cable path and calculate the amount of cable needed. Effective planning makes installation easier and ensures your network runs smoothly.

 

Preparing the Tools

Ensure all your tools are ready before beginning the installation. You’ll need a cable tester, fish tape, cable lubricant, a stud finder, a drywall saw, a drill with bits, cable ties, a measuring tape, a cable stripper, and a crimping tool. The cable tester verifies that connections are working properly. Fish tape pulls cables through walls or ceilings easily. Cable lubricant helps cables slide through tight spaces. Use the stud finder and drywall saw to locate obstacles and make openings. The drill creates access points, while cable ties keep everything organized and tidy. The measuring tape helps cut cables to the correct length, and the stripper and crimping tool secure connections.

 

Making Connections

Properly terminating cable ends with connectors creates reliable Ethernet connections. Use RJ45 connectors designed for your cable type, solid or stranded. Strip the cable jacket carefully without damaging the wires inside. Arrange the wires following the TIA/EIA-568-B wiring standard (T-568B is most common) before inserting them into the connector. Use a crimping tool to secure the wires and create a solid connection. Test all cables with a cable tester after terminating them to verify they work correctly.

 

Troubleshooting Tips

Check cable connections and equipment settings when issues arise. Make sure cables are plugged in securely at both the device and the wall outlet or router. If connections feel loose, try a different port or swap the cable. Check your device’s Ethernet adapter settings to ensure they match your network setup. Check for IP address conflicts or wrong network configurations. Reboot your device or reset the router to fix many connectivity issues. Utilize diagnostic tools, such as ping tests or network analyzers, to identify issues within your network. These steps solve most Ethernet cable issues quickly.

 

Final Testing and Optimization

Test everything thoroughly before calling the job done. Use cable testers to verify proper connectivity and data transfer speeds. Ensure all connections are secure and there’s no signal interference or packet loss. Fine-tune your network by adjusting cable lengths, rerouting paths to avoid interference sources, and verifying that all components operate efficiently. Adjust network settings on your devices to get maximum speed and stability. After testing and tweaking everything, you’ll have a reliable and efficient Ethernet cable network running throughout your home.

 

 

 

 

Related Topics:

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  • What Is Network Operations
Co-Managed IT for Municipalities: When Shared Support Makes Sense

Co-Managed IT for Municipalities: When Shared Support Makes Sense

Municipal IT teams have a lot to keep running, and the work doesn’t stop when resources are stretched. Employees still need support, systems need to be maintained, cybersecurity risks need attention, and technology projects still have to move forward.

Then something changes. A major project requires more time or expertise than the team has available. A staff member is out for an extended period. A cybersecurity issue needs specialized attention while everyday support requests continue to come in. The internal IT team may be fully capable of managing the municipality’s technology, but there are only so many hours in a day.

That doesn’t necessarily mean outsourcing IT entirely. Co-managed IT for municipalities provides a way to bring in additional support while keeping the existing team in place. An outside IT provider works alongside internal staff, helping where more resources or expertise are needed.

What Co-Managed IT Means for a Municipality

Co-managed IT is a shared approach to technology support. The municipality retains its internal team, while a managed service provider (MSP) assumes specific responsibilities based on where help is needed.

For one municipality, that might mean keeping employee support and applications in-house while an MSP helps with system monitoring and cybersecurity. Another may handle most technology needs internally but bring in outside help for a network upgrade, cloud project, or coverage when a team member is unavailable.

That’s what separates co-managed IT from a fully managed approach. With fully managed IT, the provider takes primary responsibility for supporting the organization’s technology. With co-managed IT, the work is shared.

When Internal IT Needs Additional Support

Municipal IT teams may support multiple departments while managing networks, devices, applications, backups, security, vendors, and everyday employee needs. When something new comes up, those responsibilities don’t go away.

Maybe a network upgrade keeps getting pushed back because day-to-day issues take priority. A cybersecurity initiative requires expertise the team doesn’t regularly need in-house. A staffing change leaves fewer people available to respond to support requests.

Co-managed IT can provide another resource in those situations. The internal team continues to manage the areas it knows best, while an outside provider helps with specific projects, coverage, cybersecurity, monitoring, and other needs.

The goal isn’t to replace internal IT. It’s to give the team support where it can make the biggest difference.

What Can Stay In-House and What Can Move to an MSP

There’s no single way to divide the work. Internal IT may continue handling employee support, applications, vendors, or systems that require a detailed understanding of municipal operations. An MSP might help with monitoring, patching, backups, cybersecurity, infrastructure, or other areas that need more resources.

Projects can be shared too. An internal team may know exactly what the municipality needs from a network upgrade, cloud migration, hardware refresh, or cybersecurity project, but need additional technical help to get it done.

If something is working well internally, there may not be a reason to change it. Co-managed IT gives municipalities the flexibility to keep those responsibilities in-house and bring in help where it makes sense.

How to Define Ownership and Security Responsibilities

Sharing IT responsibilities works best when everyone knows who handles what. If a system goes down, who responds first? When should an issue move to the MSP? Who handles backups, patches, user access, and system changes? If a cybersecurity alert comes in, who investigates it and who needs to know?

Answering those questions ahead of time can help prevent duplicated work, missed tasks, or delays. Cybersecurity responsibilities should be especially clear, including who monitors systems, manages access, responds to alerts, and escalates potential incidents.

Communication matters too. Internal staff should know when and how to reach the provider, and the provider should have sufficient knowledge of the municipality’s systems and priorities to step in when needed.

Questions to Ask Before Starting a Co-Managed Engagement

Before bringing in an outside provider, start with what’s already working. Which responsibilities does the internal team handle well? Where is most of its time going? What projects or priorities keep getting pushed back?

From there, municipalities can ask:

  • Where does our IT team need the most help?
  • Are there skills or expertise we don’t regularly have in-house?
  • Are important technology projects being delayed?
  • Where would additional coverage be useful?
  • Which responsibilities should stay with our internal team?
  • How should cybersecurity responsibilities be divided?
  • When and how should issues be escalated?
  • How will the two teams communicate?

These questions can help define what support is actually needed and make expectations clear from the start.

Finding the Right Level of IT Support

Co-managed IT can be a good fit for municipalities that already have internal technology staff but need help in certain areas. It adds resources without taking away the people who already understand the organization, its systems, and the needs of its departments.

For some municipalities, fully managed IT may make more sense. For others, sharing responsibilities provides the right balance. What matters is finding an approach that fits the team and its technology needs.

At Epoch IT, we work with municipalities and other public-sector organizations through both managed and co-managed IT services. We can serve as the primary IT provider or work alongside an existing technology team, providing day-to-day support, cybersecurity expertise, project assistance, and additional resources as needed.

Could your municipal IT team use additional support? Contact Epoch IT to talk about your technology needs and whether a co-managed approach makes sense for your organization.

cybersecurity

Cybersecurity Governance: What Leaders Need to Own

Cybersecurity can’t be managed by technology alone. Firewalls, endpoint protection, multi-factor authentication, and other security measures all play an important role, but they’re only part of the picture. Effective cybersecurity requires decisions about which risks take priority, where resources should be focused, and who is responsible for moving those priorities forward. That’s where cybersecurity governance comes in.

Take an aging system that IT has identified as a security risk. The technical issue may be clear, but addressing it isn’t always as simple as replacing the system. How critical is it to daily operations? What would happen if it became unavailable? How does replacing it compare with other priorities? What risk remains if the organization decides to wait?

For business owners, executives, and municipal leaders, cybersecurity governance helps bring structure to these decisions. The goal isn’t to become a cybersecurity expert. It’s about understanding the risks that matter and making sure the right people are involved when decisions need to be made.

What Cybersecurity Governance Means in Practice

Cybersecurity governance provides a process for setting security priorities, defining responsibilities, and making risk decisions. This matters because cybersecurity rarely affects technology alone. Replacing an aging system can require a significant investment, changing access requirements can affect how employees work, and a new vendor may need access to sensitive information. A cybersecurity incident can raise questions about business continuity, recovery, and who has the authority to act.

IT brings technical expertise to those conversations, while leadership brings an understanding of the organization’s priorities, operations, and resources. Effective governance connects the two.

What Leadership Owns and What IT Owns

IT teams generally manage the technical side of security, which may include endpoint protection, multi-factor authentication, email security, backups, monitoring, access controls, patching, and other safeguards. Leadership has a role when cybersecurity decisions involve policies, budgets, operations, or broader organizational priorities.

For example, IT can implement multi-factor authentication, while leadership can support the policies that require its use. IT can maintain backups, while leaders can help determine which operations are most critical and how quickly they need to be restored. IT may identify an aging system as a security concern, but deciding when to replace it can involve cost, timing, and operational impact.

Understanding these roles makes it easier to determine which cybersecurity issues require the most attention.

Setting Cybersecurity Priorities

No organization can eliminate every cybersecurity risk, and not every risk carries the same potential impact. Setting priorities starts with understanding which systems, information, and services the organization relies on most.

For a business, that may include financial systems, customer information, email, cloud applications, or production systems. Municipalities may depend on technology to support public services, financial operations, employee information, communications, and systems used across multiple departments.

Leadership and IT can use that understanding to ask practical questions:

  • Which systems and services are most important to our operations?
  • Where is sensitive or critical information stored?
  • Which cybersecurity risks could have the greatest impact?
  • Which risks need attention first?
  • Who is responsible for addressing them?
  • How would operations continue if a critical system became unavailable?

These questions can help identify where attention and resources should be focused.

Making Informed Decisions About Risk

Not every cybersecurity issue can be addressed right away. Organizations have to balance security with budgets, staffing, operational needs, and other priorities. A system replacement may be delayed, a security project may move to a future budget cycle, or a vendor may require access to certain systems to provide a necessary service.

These situations can leave some level of cybersecurity risk in place. There’s an important difference between a risk an organization has considered and chosen to accept and one that remains simply because no decision has been made. Cybersecurity governance helps make that distinction clear.

The same principle applies to cybersecurity policies. Requirements around authentication, remote access, sensitive information, incident reporting, and other security practices need to remain relevant as technology, employees, vendors, and operations change.

How NIST CSF 2.0 Approaches Governance

NIST’s Cybersecurity Framework (CSF) 2.0 provides a useful reference point for cybersecurity governance. The framework is organized around six functions: Govern, Identify, Protect, Detect, Respond, and Recover.

The Govern function addresses an organization’s cybersecurity risk management strategy, expectations, and policy. It covers areas including organizational context, risk management strategy, roles, responsibilities and authorities, policy, oversight, and cybersecurity supply chain risk management.

NIST CSF 2.0 doesn’t prescribe one cybersecurity program for every organization. Instead, it provides a framework businesses and municipalities can use to consider whether cybersecurity priorities reflect organizational needs, responsibilities are understood, policies are maintained, and significant risks are receiving appropriate attention.

If those areas aren’t clear, the issue may not be another security tool. It may be a gap in cybersecurity governance.

When Outside Security Leadership Can Help

An organization can have an experienced IT team and effective security tools and still have difficulty moving cybersecurity priorities forward. Risks may be identified without a clear process for prioritizing them, projects may remain unresolved, or leadership may not have enough context to determine what requires attention.

Some organizations have a Chief Information Security Officer (CISO) or another security leader responsible for cybersecurity strategy and risk. Many small and midsized businesses and municipalities don’t have a full-time security executive, so these responsibilities may be shared among leadership, IT teams, and outside providers.

A virtual Chief Information Security Officer (vCISO) can provide strategic cybersecurity leadership while working alongside existing resources. Depending on the organization’s needs, that can include assessing and communicating risk, establishing priorities, developing policies, supporting incident preparedness, and providing leadership with greater visibility into the cybersecurity program.

The goal isn’t to replace IT. It’s to connect technical security work with the broader needs and risks of the organization.

Building Stronger Cybersecurity Governance

For business and municipal leaders, cybersecurity governance doesn’t mean managing security tools or becoming involved in every technical issue. It means having the information and structure needed to make informed decisions about cybersecurity risk.

At Epoch IT, we help businesses and municipalities take a practical approach to cybersecurity based on the systems, data, and operations they depend on. Our Cybersecurity and vCISO services can provide security support and strategic guidance while working alongside existing IT resources.

Have questions about your organization’s cybersecurity strategy or governance? Contact Epoch IT to learn how we can help!

AI in IT

How AI is Transforming IT for SMBs

Imagine this scenario. It’s Monday morning. Your team logs in to start the week, but something isn’t working. Email is slow, shared files won’t load, and a few employees can’t access the systems they rely on every day. Productivity slows while someone tries to figure out what went wrong.

For many small and mid-sized businesses (SMBs), situations like this aren’t unusual. Technology supports nearly every part of daily operations, but managing that technology can quickly become complex.

This is where artificial intelligence is beginning to make a difference.

AI is transforming how IT services are delivered—not by replacing IT teams, but by giving them smarter tools to monitor systems, identify issues early, and respond faster when something goes wrong. For organizations with limited internal IT resources, these improvements can make a meaningful difference in day-to-day operations.


Why AI Is Becoming Essential for Modern IT Services

Most businesses today rely on several technologies working together. Cloud platforms, collaboration tools, cybersecurity software, connected devices, and remote work environments all contribute to how work gets done.

With so many systems interacting, IT environments generate a constant stream of activity and data. Monitoring everything manually can be difficult, especially for smaller teams responsible for multiple systems at once.

Artificial intelligence helps simplify that process.

AI-driven tools can continuously analyze system activity and performance, helping IT teams recognize early signs of trouble. Instead of discovering problems only after they disrupt work, teams can often address them before employees notice anything is wrong.

Over time, this type of proactive monitoring helps create a more stable and dependable technology environment.


From Reactive Support to Proactive IT Management

For years, IT support has largely been reactive.

An employee encounters a problem, submits a support request, and the IT team begins troubleshooting. While this approach works, it means the issue has already started affecting productivity.

AI helps shift that model toward something more proactive.

Modern IT management platforms track network activity, device health, and system performance in real time. When something unusual appears—such as unexpected traffic patterns or declining system performance—the system can alert IT teams immediately.

In some cases, automated responses can resolve smaller issues automatically, preventing disruptions before they spread.

For businesses, the benefit is simple: fewer unexpected technology problems during the workday.


AI Tools Helping Small and Mid-Sized Businesses Today

Artificial intelligence may sound like a future technology, but many businesses are already benefiting from it.

Modern IT platforms increasingly include AI capabilities designed to simplify technology management and improve system reliability.

Some of the most common examples include:

Intelligent System Monitoring
AI tools can observe networks and devices continuously, identifying irregular behavior that may signal performance issues or hardware concerns.

Smarter Help Desk Systems
Artificial intelligence can organize incoming support requests, categorize issues, and route tickets to the right technician more efficiently. This helps reduce response times while ensuring urgent problems receive attention quickly.

AI-Driven Cybersecurity Detection
Security platforms are using AI to recognize patterns associated with potential threats, such as suspicious login attempts or unusual data activity. By analyzing large volumes of information quickly, these tools can detect threats earlier than traditional monitoring methods alone.

Predictive System Maintenance
AI can also review historical performance data to identify systems that may require maintenance or updates soon. Instead of waiting for equipment failures, businesses can schedule improvements before issues occur.


Strengthening Cybersecurity With AI

Cybersecurity threats are evolving, and small and mid-sized businesses are often prime targets. Attackers assume that these organizations may not have the same security resources as larger enterprises, making early detection and rapid response essential.

This is where artificial intelligence can help. AI-driven security tools continuously monitor networks and devices, spotting unusual behavior and alerting IT teams before issues escalate. In some cases, these systems can even respond automatically, containing potential threats before they cause serious damage.

For smaller businesses, AI provides an extra layer of protection, giving peace of mind without the need for a large internal security team.


Helping IT Teams Focus on What Matters Most

Despite the attention surrounding artificial intelligence, AI is not designed to replace IT professionals. Instead, it helps them work more efficiently.

Routine tasks such as system monitoring, alerts, and performance analysis can be automated. This allows IT teams to spend more time improving infrastructure, strengthening security strategies, and supporting new technology initiatives.

For businesses, this means their IT environment can continue improving without requiring major increases in staffing or resources.


How SMBs Can Future-Proof IT With AI

Artificial intelligence is quickly becoming a standard part of modern IT services.

As these tools continue to evolve, they will play an even greater role in helping businesses maintain secure, reliable technology environments.

For small and mid-sized organizations, this represents an opportunity to access advanced capabilities that were once limited to large enterprises. By adopting AI-driven tools today, businesses can strengthen their technology foundation while preparing for future growth.


Contact Epoch IT for AI Cybersecurity Solutions

AI-powered cybersecurity can help businesses detect threats earlier, respond faster, and reduce the risk of disruptions. For small and mid-sized organizations, having the right technology and expertise in place is essential to maintaining a secure and reliable IT environment.

Epoch IT provides AI-driven cybersecurity solutions designed to monitor systems, identify potential threats, and strengthen your overall security posture.

Contact Epoch IT today to learn how AI-powered security solutions can help protect your business.

 

Practical Password and MFA Improvements for Businesses

Practical Password and MFA Improvements for Businesses

Passwords are part of nearly everything we do online. From email and Microsoft 365 to cloud applications, financial systems, and remote access, login credentials protect much of the information your business relies on every day.

Most businesses understand the importance of strong passwords, and many have implemented multi-factor authentication (MFA) as an added layer of security. But as your business grows and technology changes, it’s worth taking another look at how you’re protecting your accounts.

As your business adds new applications, employees change roles, and access needs evolve, gaps can develop over time. Employees may reuse passwords, old accounts can remain active, or some systems may have MFA while others don’t. Taking the time to review these areas can help identify potential gaps and strengthen your overall cybersecurity posture.

Start with Better Password Practices

A strong password is about more than meeting a list of complexity requirements. While uppercase letters, lowercase letters, numbers, and symbols can make passwords harder to guess, length and uniqueness matter too.

Employees should use long, unique passwords or passphrases and avoid reusing the same credentials across multiple accounts. If one account is compromised, a reused password could put other business systems and information at risk.

The challenge, of course, is remembering a different password for every account. A business password manager can help by giving employees a secure place to store and manage credentials instead of relying on spreadsheets, notes, or the same few passwords. Password managers can also provide a more secure way to handle shared credentials when multiple employees need access to the same resource. Giving employees the right tools makes good password habits easier to maintain.

Make Sure MFA Is Protecting the Right Accounts

Even a strong password can be compromised, which is why multi-factor authentication adds an important layer of protection. By requiring an additional form of verification, MFA can help prevent someone from accessing an account with a stolen or compromised password.

Many businesses already use MFA for Microsoft 365 and email, but those aren’t the only accounts that need protection. Financial systems, cloud applications, remote access tools, VPNs, file-sharing platforms, and administrative accounts may also contain sensitive information or provide access to important business resources.

As you review where MFA is enabled, consider the authentication methods you’re using as well. Depending on your systems, options may include text-message codes, authenticator apps, security keys, biometrics, or passkeys. The right approach will depend on the account, the information it protects, and the level of access it provides. Your IT provider can help you determine which options make the most sense for your business.

Help Employees Recognize Suspicious MFA Requests

MFA adds an important layer of security, but employees need to know how to respond when something doesn’t look right. If an employee receives an MFA request when they aren’t trying to log in, they shouldn’t approve it. An unexpected request could mean someone else has the employee’s password and is attempting to access the account. Employees should also know not to share MFA verification codes or enter their credentials on a login page they weren’t expecting. Unexpected password resets and login notifications are also worth paying attention to.

This is where cybersecurity awareness training can make a difference. Employees don’t need to become cybersecurity experts, but they should understand what suspicious activity looks like and know when to contact IT for help.

Protect Administrative Accounts and Access

Passwords and MFA protect the login process, but it’s also important to consider what someone can access after they log in.

Administrator accounts may provide access to users, applications, security settings, and critical systems. Those privileges should be limited to employees who actually need them, and whenever possible, administrator accounts shouldn’t be used for routine activities such as checking email or browsing the web.

The same principle applies throughout your organization. Employees should have access to the systems and information they need to do their jobs without holding onto permissions they no longer need.

Keep User Access Up to Date

Access needs change as your business changes. Employees join the organization, move into different roles, take on new responsibilities, and leave. Your organization adds new applications and retires others over time.

Without regular reviews, it’s easy to overlook old accounts and unnecessary permissions. Periodically check for inactive accounts, former employees who still have access, unnecessary administrative privileges, shared credentials, and accounts without MFA. Keeping access current helps reduce unnecessary risk while making sure employees can still get to the tools and information they need.

Five Password and MFA Questions to Ask Your IT Team

If you haven’t reviewed your password and MFA practices recently, you don’t need to overhaul everything at once. Start by asking a few practical questions:

  • Is MFA enabled on the accounts and systems that need it?
  • What authentication methods are we currently using?
  • How are employees storing and managing passwords?
  • Who has administrative access, and is that access still necessary?
  • How quickly is access removed when an employee leaves?

The answers can help you understand what’s working today and identify areas that may need attention.

Taking a Practical Approach to Password and MFA Security

Password and MFA security doesn’t need to make everyday technology more complicated. The focus should be on putting the right protections in place and making them practical for employees to use.

Using unique passwords, providing a secure way to manage credentials, enabling MFA where it matters, protecting administrative accounts, and keeping user access current can all help strengthen your security. Employee training brings those efforts together by helping your team understand what to look for and what to do when something seems unusual.

At Epoch IT, we help businesses take a proactive approach to cybersecurity by identifying potential gaps and putting practical solutions in place that fit the way they work.

Have questions about password security, MFA, or your overall cybersecurity strategy? Contact Epoch IT to learn how we can help.