Don’t Forget to Protect Your Browsing Privacy

When you open a browser on your phone, what do you think it knows about you?

The websites you visit? Maybe your location? Possibly what you’ve searched for?

The reality is, for many popular mobile browsers, it’s a lot more than that.

A recent analysis looked at how popular mobile browsers handle user data, based on the privacy information they publish in app stores. 

And what it found should make you pause for thought.

If you’re using Google Chrome or Microsoft Edge on your phone or tablet, you’re using two of the most data-hungry browsers around. 

That doesn’t mean they’re unsafe, or that you need to abandon them tomorrow. 

But it does mean you should be paying attention to what they collect, and how you protect yourself.

According to the research, these browsers gather a surprisingly wide range of information. Not just browsing history, but things like location data, payment details, saved files, and even media such as photos or audio in some cases. 

The stated reason is usually sensible enough: Making the app work properly, syncing accounts, preventing fraud, or personalizing the experience.

And to be fair, some data collection is unavoidable. A browser can’t function at all without knowing something about what it’s doing.

The concern is how much data is collected, how long it sticks around, and who it may be shared with. 

Some browsers confirm that parts of this information can be passed on to third parties. In the best case, that means advertising profiles and targeted offers. In the worst case, it means valuable identifiers floating around that could be exposed in a breach.

This matters more than many people realize, because browsing history tells a story. 

Over time, it can reveal business interests, financial activity, health concerns, legal worries, and personal habits. It’s not just “websites you like”. It’s a digital trail of who you are and what you’re dealing with.

What surprised researchers most was how few people really think about this anymore. Only a small minority still describe themselves as privacy conscious. Most of us just tap “accept”, install the app, and move on with our day.

That’s understandable. You’re busy running a business. But the risk isn’t theoretical. 

When companies are breached, customer identification data is often what leaks first. 

Browser data and identifiers are increasingly valuable targets because they help attackers link activity back to real people and real organizations.

So, what should you do?

You don’t need to ditch your browser of choice. Chrome and Edge are popular for good reasons, especially in business environments. 

The key is reducing how much unnecessary data you give away and adding a few sensible layers of protection.

Start by checking your browser’s app permissions on your phone. 

Does it really need access to location all the time? Does it need access to files, photos, or media when you’re just browsing? Most people are surprised by how much they’ve allowed without realizing.

And be mindful of how you log into websites. 

Using a proper password manager means your browser doesn’t need to remember everything for you, and it reduces the damage if one account is ever compromised. This also makes it far easier to use strong, unique passwords without having to remember them.

None of this requires changing how you work day to day. You still open the same browser. You still visit the same sites. You’re just being more deliberate about what information leaks out in the background.

Your browser is one of the most used tools in your business. It’s also one of the most overlooked when it comes to privacy.

If we can help you keep your data better protected, get in touch. 

Information used in this article was provided by our partners at MSP Marketing Edge.

Here’s a question I suspect most business owners haven’t thought about yet.

If one of your team buys something inside an AI chat window… is that okay with you?

Because that’s exactly where things are heading.

You’re probably already familiar with tools like Microsoft Copilot and ChatGPT helping people write emails, summarize documents, or answer questions. 

The next step is much more practical. And potentially much more sensitive.

Buying stuff.

Last year, ChatGPT quietly introduced a feature called Instant Checkout. In simple terms, if you ask a shopping-related question, you can be shown products and complete the purchase without ever leaving the chat.

Now Microsoft is rolling out something very similar: Copilot Checkout.

If someone asks Copilot for recommendations, say software, equipment, subscriptions, or services, Copilot can show relevant products. 

If the seller supports Copilot Checkout, the user can click “Buy”, confirm delivery and payment details, and complete the purchase right there inside Copilot.

No jumping to a website. No checkout page in a browser. No familiar “are you sure?” pause.

From Microsoft’s point of view, this is powerful. 

Its data suggests people are far more likely to complete purchases when Copilot is involved, and they do it faster too. 

That’s why this feature won’t just live in one place. It’s expected to appear across Copilot, Bing, Edge, MSN, and more.

For consumers, this feels convenient.

But for businesses, it raises a different set of questions.

The first one is simple: Do you want your team buying things this way?

In many businesses, purchasing is deliberately slow. There are approval steps. Budgets. Supplier lists. Controls. Someone checks what’s being bought, why, and by whom.

Copilot Checkout has the potential to quietly bypass some of that, especially if it’s used casually or without guidance.

Then there’s the data side.

To make checkout work, payment details, shipping information, and account data need to be involved. 

Copilot Checkout launches with platforms like PayPal, Stripe, and Shopify. These are reputable systems, but the question isn’t whether they’re trustworthy. It’s whether your policies account for this new way of buying.

If an employee is signed into Copilot with a work account, whose payment method is being used? 

What information is Copilot allowed to see or reuse?

Are purchases logged somewhere central, or do they disappear into the noise?

And then there’s behavior.

When buying becomes frictionless, people buy more. Microsoft openly says journeys involving Copilot are far more likely to end in a purchase. That’s great for sellers, but it can quietly inflate costs if nobody’s watching.

None of this means Copilot Checkout is “bad”. But it does mean it’s something you should decide on deliberately, rather than discovering it accidentally after the fact.

If you do want your team to use it, there are a few sensible considerations:

• Clear rules around who can buy
• What they can buy
• Which accounts or payment methods are allowed 
• Visibility into purchases made through AI tools
• Guidance for staff so they understand that convenience doesn’t remove responsibility

If you don’t want it used, that decision also needs to be clear. Because if it’s not written down, explained, and enforced, people will assume it’s fine.

This is a recurring theme with AI features.

They don’t arrive with a big announcement saying, “You should update your policies now.”
They just… appear.

The real question isn’t whether your team can use it. It’s whether you’ve decided if they should.

My team and I can help you decide what’s best for your business. Get in touch.

Information used in this article was provided by our partners at MSP Marketing Edge.

Cybercriminals Targeting Your Employees to Gain M365 Tenant Access

A manufacturer in Michigan came to Yeo & Yeo Technology after their business ground to a halt. Cybercriminals had seized control of their Microsoft 365 tenant, locked out their legitimate users, and deployed ransomware across their network. By the time they reached us, they were losing $70,000 per day in downtime. The initial entry point? One employee who clicked a link in a phishing email.

This is not a rare or exotic attack. It is the most common way criminals break into businesses today. And if your team uses Microsoft 365, you need to understand exactly how this works and what you can do to stop it.

How Criminals Get In: The Phishing Playbook

Phishing attacks targeting M365 users have become highly sophisticated. Criminals craft emails that look exactly like legitimate Microsoft notifications, internal IT alerts, or messages from a colleague or executive. They use real logos, familiar formatting, and language designed to trigger one emotion above all others: urgency.

Common tactics include:

• Fake Microsoft login prompts warning that your account will be suspended
• Spoofed emails appearing to come from your CEO, HR or IT department
• Shared document notifications that mimic OneDrive or SharePoint alerts
• Invoice or payment emails that impersonate a known vendor

Why Employees Get Fooled

The emails are convincing because criminals do their homework. They research your company, find employee names on LinkedIn, and tailor their messages accordingly. When an email appears to come from your IT department telling you to verify your credentials immediately or lose access, most people do not stop to question it. They click.

A few factors make employees especially vulnerable:

• Mobile viewing makes it nearly impossible to inspect URLs before clicking
• Email volume and fatigue mean people process messages quickly, not carefully
• Social engineering exploits authority, fear, and curiosity to lower a person’s guard
• Lookalike domains and shortened URLs disguise the true destination of a link

How Criminals Capture Your Credentials

When an employee clicks the phishing link, they land on a page that is an exact visual copy of the Microsoft 365 login portal. Every logo, color, and font matches what they expect to see. They enter their username and password, and those credentials are instantly captured by the attacker.

Modern phishing attacks have also found ways to defeat multi-factor authentication. Two of the most common techniques are:

• MFA Fatigue (Push Bombing): Criminals trigger repeated MFA push notifications until a frustrated employee taps ‘Approve’ just to make them stop.
• Adversary-in-the-Middle (AiTM) Attacks: The phishing site acts as a relay, capturing not just credentials but active session tokens, which bypass MFA entirely.

What “Owning the Microsoft Tenant” Really Means

When criminals capture valid M365 credentials, they do not just access one inbox. They gain entry to your entire Microsoft environment, which is called your Microsoft tenant. Think of the tenant as the master account that controls everything your organization does inside Microsoft. It includes:

• Email, calendar, and contacts for every user in your organization
• SharePoint and OneDrive files, including sensitive documents and financial records
• Microsoft Teams conversations and channels
• Third-party applications connected to your M365 account
• Azure Active Directory, where attackers can create new admin accounts and lock out your real ones

Once inside, attackers move quietly. They read emails to understand your business relationships, identify key contacts, and wait for the right moment. They may lurk for weeks before making their move.

From Intrusion to Ransomware: What Happens Next

The company that came to us had experienced the full attack chain. After capturing credentials, the criminals gained administrator access to the Microsoft tenant. They created a backdoor account, began exfiltrating sensitive data, and then deployed ransomware, encrypting files across the network. At $70,000 per day in losses, every hour without containment compounded the damage. Recovery took weeks and carried significant legal and reputational costs on top of the direct financial hit.

The attack progression typically follows this path:

• Credential theft via phishing
• Silent reconnaissance inside the network
• Lateral movement to additional accounts and systems
• Data exfiltration for leverage or sale
• Ransomware deployment to maximize damage and demand payment

What Employees Should Watch For

Security awareness training is one of the most cost-effective defenses available. Here is what every employee on your team should know:

• Check the sender’s actual email domain, not just the display name
• Hover over links before clicking to see the real destination URL
• When in doubt, navigate directly to the application rather than clicking the link in the email
• Verify unusual requests through a separate channel, such as a phone call or Teams message
• Report suspicious emails to IT immediately rather than simply deleting them

How Yeo & Yeo Technology Fights Back: A Layered Security Approach

No single tool stops every threat. At Yeo & Yeo Technology, we build security in layers so that if one control fails, the next one catches what slipped through.

• Security Awareness Training: We run simulated phishing campaigns and regular training so employees can recognize and report real attacks before they succeed.
• Microsoft 365 Security Hardening: We configure Conditional Access policies, enforce phishing-resistant MFA, and tune Microsoft Defender to block malicious emails before they reach the inbox.
• Endpoint Detection and Response (EDR/XDR): EDR tools monitor every device on your network for suspicious behavior, catching threats that get past email filters and credential controls.
• Managed Detection and Response (MDR): Our security partners provide 24/7 monitoring and rapid incident response, so threats are contained before they escalate to ransomware.
• Zero Trust Architecture: We limit what any set of credentials can access, so a compromised account cannot move freely across your environment.
• Incident Response Planning: We help clients document a clear response plan so that if an attack occurs, the team knows exactly what to do in the first critical hours.

Do Not Wait for a $70,000 Day

The company that reached out to us after their attack is recovering, but the financial and operational damage was severe and largely preventable. The entry point was a single employee click on a single phishing email.

How confident are you that your team could recognize today’s phishing attempts?

Find out where you stand.

Yeo & Yeo Technology works with Michigan businesses every day to build the layered security posture that stops these attacks before they start.

 Contact Yeo & Yeo Technology today to schedule a security review.

Technology challenges become technology possibilities, but only if you see them coming. Right now, there is a shift happening in the cybersecurity landscape that Michigan businesses across manufacturing, finance, construction, and local government need to understand. AI is no longer just a productivity tool. In the wrong hands, it has become one of the most effective attack instruments cybercriminals have ever had access to.

The Same Technology. A Very Different Agenda.

The AI tools helping Michigan businesses automate workflows, reduce double entry, and improve productivity are the same tools threat actors are using to build more convincing, more scalable, and far more dangerous attacks. Researchers have tracked a staggering 135% increase in novel social engineering attacks over a single year, a number that correlates directly with AI becoming widely available.

Phishing emails now read like they were written by someone who knows your business, because AI helped write them. High-volume attack campaigns that once required sophisticated criminal operations are now accessible to anyone with a laptop and a free tool. And attackers are increasingly going after the AI systems and machine learning models that organizations lean on for their own defenses.

78% of CISOs say AI is already having a measurable impact on the threats their organizations face. That number continues to climb.

What You Don’t Know Is the Actual Risk

Nearly half of all organizations admit they are not adequately prepared for AI-powered threats. That alone is a significant finding. But break it down by who is being asked, and the picture becomes sharper.

Leaders consistently report higher confidence in their organization’s security than the practitioners running security day to day. Only about half of hands-on security professionals agree with their leadership’s assessment. That gap between assumed readiness and operational reality is where incidents happen.

For Michigan SMBs without large internal IT teams, and particularly in industries handling sensitive client financial data, health information, or government records, that gap carries weight. The businesses that have been left behind by unresponsive IT providers, slow ticket queues, and vendors that treat them as small accounts are also the ones least likely to have an accurate picture of their current exposure.

More Tools Is Not the Answer. Better Tools Are.

Trust in traditional, non-AI-based security solutions is slipping. Security professionals are increasingly clear that legacy tools were not built for the attack methods being deployed right now. Layering more disconnected products on top of each other does not solve the problem. It compounds it.

With nearly five million unfilled cybersecurity positions globally, the workforce shortage is not easing. Businesses that wait for the right hire to come along are leaving themselves exposed in the meantime. The organizations closing the gap are doing it through integrated, AI-powered platforms that give their teams real visibility and real response capability.

Forward-Thinking Protection, Built for How Michigan Businesses Actually Work

95% of cybersecurity professionals say AI improves their ability to prevent, detect, respond to, and recover from threats. Generative AI handles tasks like phishing simulations and plain-language incident reporting. Behavioral analysis, anomaly detection, and real-time threat identification run on unsupervised machine learning that maps your specific environment, learns what normal looks like, and flags deviations as they happen.

For credit unions, CPA firms, manufacturers, and local government offices managing sensitive data, keeping that data in-house rather than routing it through external systems for model training is not a best practice. It is a baseline expectation.

The right security posture is not built on generic solutions dropped in by a national provider who doesn’t know your name. It is built on a local partner who understands your industry, your workflows, and what downtime actually costs you.

Your IT Should Be Working as Hard as You Are

If your current security approach was built around yesterday’s threats, or worse, built by a provider that stopped being responsive a long time ago, now is the time to find out where you actually stand.

Yeo & Yeo has been serving Michigan businesses since 1984. Every call is answered live by a real person on our team. Every support email gets a response within 15 minutes. No call centers, no outsourcing, no phone tag. We take the time to understand how your business operates and build IT and security strategies that grow with you.

If you are not certain your defenses are ready for what the threat landscape looks like today, that is the right question to start with.

Let’s find out together.

Let me ask you a slightly uncomfortable question.

Do you know which AI tools your team is using at work … and what they’re putting into them?

Most business owners we speak to think they do. And then we dig a little deeper.

Generative AI tools like ChatGPT and Gemini have slipped into everyday work incredibly fast. They’re great for productivity. Drafting emails. Summarizing documents. Brainstorming ideas. Solving problems faster.

The trouble is, they’ve arrived so quickly that governance hasn’t kept up.

A recent report looked at how businesses are using GenAI, and the findings are eye-opening. 

AI usage in organizations has surged. The number of users tripled in just a year. 

People aren’t just trying it out either. They’re relying on it. Prompt usage has exploded, with some organizations sending tens of thousands of prompts every month.

At the very top end, usage runs into the millions.

On the surface, that sounds like efficiency. 

Underneath, it’s something else entirely.

Nearly half of people using AI tools at work are doing so through personal accounts or unsanctioned apps. 

This is called “shadow AI.” It means staff are uploading text, files, and data into systems the business doesn’t control, can’t see, and can’t audit.

That’s where the risk creeps in.

When someone pastes information into an AI tool, they’re not only asking a question. They’re sharing data. 

Sometimes that data includes customer details, internal documents, pricing information, intellectual property, or even login credentials – often without you realizing it.

According to the report, incidents involving sensitive data being sent to AI tools have doubled in the last year. The average organization now sees hundreds of these incidents every single month.

And because personal AI apps sit outside company controls, they’ve become a significant insider risk. Not malicious insiders, necessarily. Well-meaning people trying to get their job done faster.

This is where many businesses get caught. They assume AI risk looks like hacking from the outside. 

It can look like an employee copying and pasting the wrong thing into the wrong box, at the wrong time.

There’s also a compliance angle here. 

If you operate in a regulated environment or handle sensitive customer data, uncontrolled AI use can put you in breach of your own policies, or someone else’s regulations, without anyone noticing until it’s too late.

The warning is blunt: As sensitive information flows freely into unapproved AI ecosystems, data governance becomes harder and harder to maintain. 

At the same time, attackers are getting smarter, using AI themselves to analyze leaked data and tailor more convincing attacks.

So, what’s the answer?

It’s not banning AI. That ship has sailed. And it’s not pretending it’s harmless either.

The real answer is governance.

That means deciding which AI tools are approved for work use. Being clear about what can and cannot be shared with them. Putting visibility and controls in place so data doesn’t quietly drift where it shouldn’t. And making sure your team understands the risks, not in a scary way, but in a practical, grown-up one.

AI is already part of how work gets done. Ignoring it doesn’t make it safer. Governing it does.

We can help you put the right policies in place and educate your team on the risks of AI. Get in touch.

Information used in this article was provided by our partners at MSP Marketing Edge.

What would happen if someone got hold of one of your employees’ passwords from years ago?

Not a password they’re using today.

Not one they even remember.

Just an old one that never got changed.

Because that’s exactly how a recent, large-scale data-theft campaign worked.

A recent investigation by a cybersecurity firm uncovered a new hacking campaign. Sensitive business data from dozens of organizations around the world was quietly collected and later put up for sale on the dark web.

Different industries. Different countries. Different sizes of business.

But one thing kept coming up again and again.

Every affected organization had allowed staff to log into important cloud systems using nothing more than a username and password. No second step. No extra check. Just type your password and you’re in.

This is where MFA comes in.

Multi-factor authentication simply means using more than one piece of evidence to prove it’s really you. Usually, that’s your password plus something else, like a code on your phone, a notification you approve, or a fingerprint. 

So even if someone steals your password, they still can’t get in.

In these cases, MFA wasn’t enforced.

So how did the attackers get hold of the passwords in the first place?

They relied on something called infostealing malware. That’s a type of malicious software that can end up on a computer without the person using it realizing. 

Once it’s there, it quietly collects saved passwords, login details, and other sensitive information, and sends it back to criminals.

This doesn’t only happen on office computers. It can happen on home devices, personal laptops, or any machine that’s ever been used to log into work systems.

When those details are stolen, they don’t always get used straight away. And this is the part that really matters.

Some of the passwords used in this campaign were years old.

That tells us two important things:

• Passwords weren’t being changed often enough.
• Old logins were still being trusted long after they should have been invalidated.

In other words, a device infected a long time ago could suddenly become a serious problem today.

This has been described as a “latency” issue. The threat sits quietly in the background, waiting. An old mistake doesn’t disappear just because time has passed.

The attackers would have been stopped if MFA had been switched on.

They had the passwords. But they didn’t have the second factor. No phone. No app. No approval tap. That one extra step would have turned a successful break-in into a dead end.

This is why security professionals keep saying the same thing, repeatedly: Passwords on their own are no longer enough.

We know one of the most common reactions to MFA is, “But it’s annoying.” And yes, it does add an extra moment to the login process. 

But compare that to what happens when a password nobody remembers is still valid years later. When confidential files can be copied, sold, or quietly taken without anyone noticing until it’s too late.

MFA turns a stolen password into a useless piece of information. And that’s why enforcing MFA isn’t overkill anymore, it’s sensible.

If there’s one lesson here, it’s a simple one: Old passwords don’t expire on their own. One extra lock on the door makes all the difference.

Need help getting set up? Get in touch.

Information used in this article was provided by our partners at MSP Marketing Edge.

Cybercrime continues to escalate at an alarming pace, with the latest data from the FBI underscoring both the growing financial impact and the increasing sophistication of modern attacks. According to the FBI’s most recent Internet Crime Complaint Center (IC3) report, cybercriminals caused more than $20 billion in reported losses, marking a significant year-over-year increase and highlighting the expanding role of artificial intelligence in cyber-enabled fraud.

Your district needs new wireless access points. Also a server. Plus licensing renewals for Microsoft 365. And someone just requested new monitors for the library.

That’s four different vendors. Four different quotes. Four different procurement processes. Four different invoices. Four different support contacts.

What if there was one partner who could handle all of it with competitive pricing, expert recommendations, and over 20 years of Michigan school experience?

Here’s how comprehensive technology procurement actually works.

The Multi-Vendor Problem

School business managers and technology directors spend countless hours managing vendor relationships.

One vendor for network equipment. Another for computers. A third for software licensing. A fourth for monitors and peripherals. Each requires separate quotes, purchase orders, delivery coordination, and payment processing.

Comparing quotes across vendors takes time you don’t have. Is the Dell server comparable to the HP server? Are the Lenovo laptop specs equivalent to the HP specs? Does the Samsung monitor warranty match the Dell warranty?

E-Rate adds another layer of complexity. Not all vendors can participate. Form 470 requirements demand competitive bidding. Eligible equipment verification takes research.

Budget constraints mean every dollar matters. You need competitive pricing but lack time to research market rates across multiple product categories.

Support becomes fragmented too. Server issues go to one vendor. Laptop problems to another. Network questions to a third. No one sees the complete picture of your technology environment.

Complete Technology Procurement Under One Roof

Yeo & Yeo Technology provides everything Michigan school districts need through a single partnership.

Infrastructure and Networking

HPE ProLiant, Lenovo ThinkSystem and Dell PowerEdge servers anchor district infrastructure with reliable performance and strong education pricing. Network switches from managed enterprise models to basic unmanaged units support different building needs. Fortinet next-generation firewalls and wireless access points deliver security and connectivity designed for high-density school environments.

We recommend configurations based on student count, building layouts, bandwidth requirements, and growth projections so infrastructure scales with your district.

End-User Devices from Industry Leaders

Lenovo brings ThinkPad and IdeaPad laptops, ThinkCentre and ThinkStation desktops, and education-focused Chromebooks with ruggedized designs for K-12 use. Durability and reliability suit districts prioritizing long-term performance.

HPE offers ProBook and EliteBook laptops, ProDesk and EliteDesk desktops, and MIL-STD tested Chromebook models with strong K-12 focus. Comprehensive education portfolio covers student devices through teacher workstations.

Samsung delivers professional displays from 19-inch monitors to 34-inch ultrawide models, interactive panels for classrooms, and high-resolution displays for specialty programs. Display quality and eye comfort features suit all-day student use.

We match manufacturers to your specific requirements based on use case, budget, and existing infrastructure instead of pushing one brand.

Complete Peripheral and Accessory Line

Standing desks, Keyboards, mice, webcams, and headsets for remote learning and testing. Document cameras and projectors for instruction. Network printers and scanners. UPS systems for servers and critical equipment. Charging carts for Chromebook and laptop programs.

Bulk purchasing creates consistency across your district. Compatible accessories work with devices from any manufacturer. Volume pricing improves cost-effectiveness.

Cloud and Software Licensing

Microsoft 365 for Education licensing (A1, A3, A5 plans) with guidance specific to school needs. Azure cloud services for infrastructure and applications. Licensing optimization prevents overpaying for unused features.

According to Microsoft’s education programs, schools have access to specialized pricing and licensing options. We help districts navigate these programs to maximize value.

Educational software procurement through volume licensing agreements. Implementation support ensures software actually gets used instead of sitting unused after purchase.

Specialized Solutions

Security cameras and access control systems. PA systems and intercoms. Digital signage for announcements and wayfinding. Interactive displays and document cameras for classrooms. Testing lab equipment including Chromebooks and secure browser configurations.

Integration with existing systems matters. New technology should enhance what you have, not create incompatibility problems.

E-Rate Purchasing

E-Rate provides 20% to 90% discounts on telecommunications, internet access, and internal connections for eligible schools and libraries.

Category 1 covers internet and connectivity. Category 2 covers internal connections including wireless infrastructure, switching, and firewalls. Districts can leverage significant funding for technology upgrades that would otherwise strain operating budgets.

Not all vendors can participate in E-Rate. Working with E-Rate vendors ensures eligible products, compliant procurement processes, and proper documentation for reimbursement.

How Yeo & Yeo Helps with E-Rate

We support competitive bidding processes with compliant quotes. We verify product eligibility before procurement, so you don’t request reimbursement for ineligible equipment.

Beyond Procurement: Managed Services

Buying technology is one thing. Managing it long-term is another.

Many Michigan school districts operate with one or two IT staff supporting thousands of students. They need ongoing support, not just one-time purchases.

Managed IT Services for Schools

Help desk support for staff extends your IT team’s capacity without hiring additional employees. Network monitoring catches problems before they impact instruction. Server and infrastructure management keeps critical systems running. After-hours and emergency support means help is available when regular IT staff aren’t.

Summer project work happens when your IT staff focus on other priorities or when reduced staffing makes large projects difficult. We handle network upgrades, server migrations, and infrastructure improvements during break periods.

Managed Cybersecurity Services

24/7 security monitoring watches for threats around the clock so attacks get caught at 2 AM instead of discovered Monday morning. Threat detection and response stops incidents before they become breaches. Firewall and endpoint management with SentinelOne and Fortinet keeps defenses current.

KnowBe4 security awareness training educates staff on recognizing phishing and social engineering. FERPA and CIPA compliance support ensures your security approach meets regulatory requirements.

Project Services

Network upgrades and expansions for growing districts or aging infrastructure. Server migrations and virtualization to modernize data centers. Wireless network deployments across buildings with Fortinet access points. Cloud migrations to Azure and Microsoft 365. Summer technology refresh projects when students are gone.

One-time expertise without permanent hiring. Projects get completed by specialists who’ve done them dozens of times.

The Yeo & Yeo Advantage for Michigan Schools

20+ Years of Michigan K-12 Experience

We’ve worked with school districts from 300 students to over 10,000. Small rural districts. Large suburban systems. Urban schools. We understand tight budgets, board approval processes, summer implementation windows, and the unique challenges of K-12 technology.

• One Partner, Multiple Manufacturers

Instead of managing separate relationships with Lenovo, HPE, Dell, Samsung reps plus procurement, and support coordination, you work with one team. Hardware for your IT network infrastructure, workstations, tablets, wireless, standing desks, peripherals, and more. One quote comparing options across manufacturers. One purchase order. One invoice. One support contact who knows your complete environment.

SentinelOne, Fortinet, and KnowBe4 for cybersecurity. We recommend what’s best for your specific needs based on use case, budget, existing infrastructure, and long-term support requirements.

You’re not locked into one manufacturer because we sell only that brand. You get honest recommendations for your situation.

• Competitive Pricing Through Education Channels

Education pricing programs, volume discounts, and manufacturer partnerships deliver competitive rates. Enterprise-grade technology at education budgets. Bulk purchasing across multiple buildings improves pricing further.

Instead of managing separate relationships with Lenovo, HPE, Dell, Samsung reps plus procurement,

• Michigan-Based and Locally Accessible

We’re here. Michigan-based professionals answer when you call. We show up on-site when you need hands-on support. We understand Michigan schools because we’ve been serving them since 1984.

Simplify Your Technology Procurement

Technology procurement doesn’t have to involve juggling multiple vendors, comparing incompatible quotes, and coordinating separate support relationships.

With access to Lenovo, HP, Dell, Samsung, SentinelOne, Fortinet, and KnowBe4 through one partnership plus Microsoft licensing knowledge, and 20+years of Michigan K-12 experience, procurement becomes streamlined and actually helpful.

You save time. You get competitive pricing. You work with a team that understands your complete technology environment instead of vendors who only see their piece.

Have technology needs coming up? Schedule a consultation to discuss how we can help. Whether you’re comparing Lenovo vs HP Chromebooks, planning a district-wide laptop refresh, pursuing E-Rate funding for wireless infrastructure, or need ongoing managed services, we’ll show you exactly how we simplify the process.

Schedule a Procurement Consultation

At Yeo & Yeo Technology, we’ve been the technology partner for Michigan school districts for over two decades. From servers to mice. From procurement to ongoing support. We handle it all.

How often should we review our IT setup?

At least once a year. Your business changes, and your technology should change with it.

How soon should we remove old employee accounts?

As soon as someone leaves the business. Unused accounts are easy entry points for attackers. If someone doesn’t work for you anymore, their access shouldn’t exist.

Can cyber insurance replace good security?

No. Insurance helps with recovery, not prevention. Insurers expect security basics (at the very least) to be in place.

Information used in this article was provided by our partners at MSP Marketing Edge.

Your district’s Chromebooks are 5 years old. Performance is declining. Support is ending. You need to replace 400 devices before school starts in August.

Who specs the new devices? Who handles procurement? Who images and configures them? Who deploys them to classrooms? Who manages the old device disposal?

For many Michigan school districts, device replacement is a months-long project that pulls IT staff away from everything else. It doesn’t have to be.

Here’s what decades of Michigan school device deployments has taught us about making refresh cycles seamless.

Why Device Refresh Cycles Matter

Most districts operate on tight technology budgets with limited capital funding. Stretching device lifecycles saves money short-term but costs more long-term.

Aging devices slow down. Students wait for Chromebooks to boot. Teachers struggle with frozen applications. IT staff spend more time troubleshooting old hardware than supporting instruction.

Performance degradation happens gradually. You don’t notice it until the comparison is stark. New devices boot in seconds. Applications respond instantly. The productivity difference is measurable.

Security becomes a problem too. Manufacturers stop providing updates after a set period. According to Google’s Chromebook support policy, devices receive automatic updates for a specific timeframe. After that, security vulnerabilities don’t get patched. Your district data sits on unsupported devices.

Budget planning requires predictability. Planned refresh cycles let you forecast capital needs that align with bond funding windows. Crisis replacements when devices fail cost more and create chaos.

Understanding Device Lifecycles by Type

Different devices serve different purposes and have different replacement timelines.

Chromebooks: 4-5 Year Refresh

Student Chromebooks take the most abuse. Dropped in hallways. Shoved in backpacks. Used daily for 6-8 hours. Battery health degrades. Keyboards wear out. Hinges loosen.

Lenovo education Chromebooks feature reinforced hinges and spill-resistant keyboards that extend durability. HP Chromebook models pass MIL-STD testing for K-12 environments. But even ruggedized devices need replacement after 4-5 years of student use.

Google’s Auto Update Expiration (AUE) policy defines support windows. Check AUE dates before purchasing to maximize usable life. Buying devices near their AUE date wastes money.

Laptops: 4-5 Year Refresh

Teacher and staff laptops run more demanding applications than student Chromebooks. Multiple browser tabs, video conferencing, gradebook software, and productivity tools stress older processors and limited RAM.

Lenovo ThinkPad models deliver business-class reliability for education. HP ProBook and EliteBook lines provide long-term support with education pricing. Dell Latitude series offers strong warranty programs and consistent availability.

Battery replacement around year 3 extends laptop life but doesn’t solve performance issues. Processors and RAM determine whether devices keep pace with software updates.

Desktops: 5-6 Year Refresh

Computer lab desktops and specialty program workstations last longer than portable devices. No battery degradation. Less physical stress. More upgrade potential.

Lenovo ThinkCentre and HP ProDesk models serve general lab needs. Dell OptiPlex systems offer small form factor options for space-constrained labs. High-performance configurations support CTE programs, video production, and graphics work.

Plan desktop refreshes around program changes. New software requirements often exceed old hardware capabilities.

Displays: 6-8 Year Refresh

Monitors outlast the computers they connect to. Samsung displays provide eye comfort features for extended student use with reliable performance across large deployments. Lenovo, HP and Dell monitors offer cost-effective options with education pricing.

Replace monitors when technology changes demand it. Higher resolution requirements, USB-C connectivity for modern laptops, or classroom redesigns trigger display updates more than failure rates.

The Complete Refresh Process

Successful device replacement requires planning across five phases.

Phase 1: Planning and Specifications

Match devices to actual use cases. Elementary students using Google Classroom need different specs than high school video production students. Teachers running multiple applications need more power than students taking standardized tests.

Budget determines options but use case determines requirements. We help districts balance cost and capability, so you don’t overspend on unused performance or undersell needs.

Consider total cost of ownership. Cheaper devices with shorter support windows cost more over time than quality devices with longer lifecycles and better warranties.

Phase 2: Procurement

E-Rate Category 2 funding changes the procurement equation for eligible districts. E-Rate supports internal connections including network equipment and some endpoint devices under specific circumstances.

Form 470 requirements and competitive bidding rules add complexity. We provide competitive quotes for E-Rate purchases.

For non-E-Rate purchases, education pricing through Lenovo, HP, Dell, and Samsung channels delivers competitive rates. Volume purchases across multiple buildings improve pricing further.

Phase 3: Configuration and Imaging

Standard images ensure consistency across hundreds of devices. District software, security settings, network configurations, and user policies deploy automatically instead of manual setup on each device.

Microsoft System Center expertise matters here. We assist IT teams with imaging configurations for Lenovo, HP, and Dell devices so standard images deploy correctly regardless of manufacturer.

Quality assurance catches problems before classroom deployment. Testing images on representative devices from each model prevents mass deployment failures.

Phase 4: Deployment and Distribution

Summer implementation windows create tight timelines. Devices must be ready when teachers return for professional development. Students need working devices on day one.

We staff accordingly and work extended hours to meet school schedules. On-site deployment teams deliver devices to buildings, set up classroom carts, and provide initial troubleshooting.

Teacher training happens before students arrive. Even familiar devices have new features. Quick orientation prevents first-week support floods.

Phase 5: Old Device Management

Secure data disposal protects student information. NIST standards require proper data wiping before surplus or recycling. Simply deleting files isn’t sufficient.

Environmental compliance matters too. E-waste regulations govern electronics disposal. Working with certified recyclers ensures compliance and provides documentation for audits.

Some districts donate functional older devices to families or community organizations. Data security must come first. Wiped devices help bridge digital divides.

Manufacturer Selection Guide

Different manufacturers excel in different areas. The right choice depends on your specific needs.

When to Choose Lenovo

ThinkPad and ThinkCentre reliability suits districts prioritizing durability and long-term support. Education-specific Chromebook models handle student use well. Strong warranty programs and consistent availability across product lines make multi-year standardization easier.

When to Choose HP

HP’s K-12 focus shows in ruggedized Chromebook designs and MIL-STD testing. ProBook laptops balance cost and performance for teacher deployments. Comprehensive peripheral options from one manufacturer simplify purchasing.

When to Choose Dell

Latitude laptops and OptiPlex desktops offer long lifecycle support with education-specific configurations. PowerEdge servers anchor district infrastructure. Consistent product availability and strong commercial warranty programs support multi-building standardization.

When to Choose Samsung Displays

Professional display technology with eye comfort features suits all-day student use. Range from basic monitors to interactive panels covers diverse classroom needs. VESA mounting flexibility adapts to different learning spaces.

We compare options based on your requirements, not manufacturer incentives. Districts get honest recommendations for their specific situations.

Full-Service or Collaborative Support

Every district has different IT capacity and different needs.

Full-Service Device Replacement

We handle everything from needs assessment through deployment and old device disposal. This works best for districts with limited IT staff, large deployments, or complex multi-manufacturer environments.

You get manufacturer recommendations, competitive procurement, imaging and configuration, on-site deployment, and secure disposal. Your IT team focuses on supporting teaching and learning instead of managing logistics.

Collaborative Support

We assist with specific steps where you need expertise. Spec recommendations while you handle procurement. Imaging services while you manage deployment. Microsoft System Center configuration support for your IT team.

This works best for districts with capable IT staff who need expert support, not full outsourcing. You maintain control while accessing specialized knowledge.

Get Your Refresh Cycle Right

Device replacements don’t have to overwhelm your IT team. With the right partner and access to Lenovo, HP, Dell, and Samsung education programs, refresh cycles become predictable projects instead of annual crises.

Planned cycles save money compared to emergency replacements. Consistent standards reduce support complexity. Students and teachers get reliable tools that support learning instead of fighting technology.

Planning a device refresh? Schedule a consultation to discuss your timeline, budget, and specific needs. We’ll show you exactly how we can help and which manufacturers and models fit your district best.

Schedule Your Device Planning Consultation

At Yeo & Yeo Technology, we’ve managed device deployments for Michigan school districts for over 20 years. From 50 devices to over 1,000. We know what works.

Patch management has been a cornerstone of good cybersecurity and IT hygiene for decades, but many organizations still struggle to get it right. Even with built-in tools and regular update cycles, patches too often fail to install, break critical systems, or get delayed indefinitely, leaving networks exposed and IT teams scrambling for answers. Understanding why this happens and how to modernize patching efforts is essential for any organization serious about security, uptime, and operational efficiency.

The Real Challenges Behind Patching Failures

At its core, patch management is simple: identify updates, test them, deploy them, and verify success. In practice, however, a patch moves through a chain of conditions, and any weak link can break the process. Devices must be online, services must be running, prerequisites must be present, storage must be available, and the update agent itself must be healthy. If any of those aren’t stable, the patch fails.

Here are some challenges IT teams commonly run into:

1. Lack of Control Over When and How Patches Install
   Relying on users to approve updates or run installers on their own devices results in inconsistent compliance and unpredictable outcomes. End users may postpone updates to avoid disruption, leaving systems behind on critical fixes.
2. Inadequate Visibility Into Failures
   Native system tools may report that a patch “failed” without context and provide no clear insight into why, forcing technicians to guess or blindly re-run updates. Without rich logs and dashboards showing root causes, remediation becomes slow and inefficient.
3. Scaling Issues Across Distributed Environments
   Patching 10 devices in a single office is one thing; patching hundreds or thousands across remote sites or hybrid workforces is another. Uncontrolled downloads can saturate networks, and machines that go offline regularly often miss maintenance windows entirely.
4. Fragmented Toolchains and Manual Workflows
   When monitoring, patching, automation, and reporting live in separate tools, technicians juggle dashboards and manual tasks rather than addressing the underlying issues. This “tool sprawl” increases workload and amplifies risk.

Why This Matters to Your Business

Patches aren’t just about keeping software up to date; they’re a critical frontline defense against cyber threats. Unpatched systems are vulnerable to malware, ransomware, and exploits that attackers can weaponize quickly. In regulated industries such as healthcare, finance, and government, failing to maintain patch compliance can lead to audit failures, fines, and loss of trust.

For small and mid-sized businesses without large IT teams, these challenges translate into tough choices: devoting scarce personnel to repetitive patch tasks, or risking gaps that can expose the organization.

The Shift to Modern Patch Management

To move past these problems, organizations need patching approaches that are operationally resilient, not just automated at the surface level.

Centralized Policy and Control
A consistent set of patch policies enforced across all endpoints removes guesswork. Rather than relying on user-initiated updates, IT teams can ensure patches are applied at predictable times with clear approval workflows.

Pre-Deployment Testing and Staging
Testing patches in safe environments before broad rollout prevents disruptions. This detects compatibility or dependency issues in advance, preventing downtime later.

Deep Visibility and Reporting
Seeing exactly which patches succeeded, failed, and why they failed empowers faster remediation. Dashboards and failure analytics turn reactionary work into proactive maintenance.

Intelligent Automation with Built-In Logic
Automation that understands common failure patterns — retry logic, dependency awareness, and remediation sequencing — drastically reduces technician involvement in routine updates.

Network-Aware Distribution
Smart caching and staged rollouts prevent networks from bogging down when hundreds of devices check in for updates simultaneously. This matters especially for organizations with remote sites or limited bandwidth.

How Yeo & Yeo Technology Helps You Overcome These Challenges

Patch management doesn’t have to be a recurring headache. But to get it right, it requires more than clicks and schedules — it needs visibility, testing discipline, intelligent automation, and an orchestrated process tailored to your environment. By modernizing patch workflows and leveraging expert-managed services, organizations protect themselves against vulnerabilities and free up IT teams to focus on what matters most.

At Yeo & Yeo Technology, we take patch management beyond simple updates and orchestrate the process to ensure it runs reliably at scale for your business.

Voice over Internet Protocol (VoIP) has replaced traditional phone systems for many organizations because it’s flexible, scalable, and often more cost-effective than legacy telephones. But with IP-based communications come new security risks: cybercriminals are actively probing voice systems for vulnerabilities, from intercepting calls to executing toll fraud and disrupting service. As VoIP becomes a critical operational system for businesses of all sizes, security must be treated as a foundational element of your communications strategy — not an afterthought.

Fortunately, modern VoIP platforms and best practices give organizations powerful tools to protect sensitive communications, safeguard revenue, and maintain compliance with industry regulations.

1. Protect Voice Traffic with Encryption and Network Controls

Unlike traditional analog phone lines, VoIP sends voice and signaling data over the internet, which means traffic can be intercepted if it’s not properly secured. That’s where encryption comes in: a robust VoIP environment encrypts both call setup (signaling) and the conversation itself (media), so eavesdroppers can’t read or reconstruct communications in transit.

To fully protect your environment, strong network controls are essential as well. These include firewalls configured for VoIP traffic, session border controllers (SBCs) that validate signaling and block malformed requests, and network segmentation that keeps voice systems isolated from general data traffic.

Why this matters: Encrypting your VoIP traffic prevents attackers from listening in on calls or harvesting credentials. At the same time, network controls limit the pathways attackers can exploit — strengthening your security posture without compromising call quality.

2. Strong Access Controls and Identity Protection

One of the most common causes of VoIP security breaches is compromised credentials. If attackers gain access to your VoIP admin portal or user credentials, they can reroute calls, generate unauthorized toll traffic, or disrupt services.

To guard against this, implement strong identity protections:

• Multi-factor authentication (MFA) for administrative and user access
• Role-based access controls to restrict users to only what they need
• Device restrictions that limit softphones to managed endpoints

By tightening who can access your voice platform — and from where — you significantly reduce the chances that stolen credentials lead to a costly breach or fraudulent calling activity.

3. Monitor, Detect, and Block Fraudulent Activity

VoIP systems can be targeted for fraud, especially through “toll fraud” attacks where malicious actors generate large volumes of international calls, racking up substantial charges before anyone notices.

Real-time monitoring tools can analyze calling patterns, detect anomalies (like spikes in call volume or unusual destinations), and trigger automated alerts. Some systems can even enforce automated blocking rules, stopping suspicious activity before it impacts your business.

Additionally, protecting endpoints, such as softphones on laptops and mobile devices, is crucial. These devices expand the attack surface and often sit outside traditional network defenses, so enforcing secure logins and ensuring managed updates are in place helps reduce risk.

4. Secure Cloud Infrastructure and Compliance

Most modern VoIP solutions are delivered from the cloud, shifting parts of the security responsibility to your provider’s infrastructure. A secure cloud foundation includes hardened data centers, regular patching, strict access governance, and redundant systems to ensure communications stay up and running even in adverse conditions.

From a compliance perspective, features such as encrypted call recordings, detailed access logs, and audit trails help regulated organizations — such as healthcare practices, financial institutions, and government contractors — demonstrate they’re protecting sensitive information in accordance with HIPAA, PCI, or other mandates.

Ensuring your VoIP provider supports these capabilities enhances both your security and your ability to meet regulatory requirements.

5. Partner With Specialists Who Understand VoIP Security

Implementing and maintaining advanced VoIP security features can be complex, especially for small- and mid-sized organizations with limited IT resources. That’s where managed services and dedicated partners become invaluable.

At Yeo & Yeo Technology, we help organizations:

• Assess current VoIP security posture and risks
• Configure and enforce industry-specific security settings
• Monitor calling environments for anomalies and threats
• Maintain compliance documentation and reporting

Whether you’re deploying VoIP for the first time or looking to strengthen your existing setup, our team can design a solution that balances security, usability, and performance — all while aligning with your broader IT and business goals.

Information used in this article was provided by our partners at Intermedia.

Modern organizations rely on technology more than ever, from secure networks and compliant data systems to reliable remote access and cloud platforms. But managing all of that internally isn’t always practical. That’s where a Managed Service Provider (MSP) comes in: a partner that takes on your ongoing IT needs so your team can focus on core priorities. Choosing the right MSP matters — the wrong fit can slow growth, expose security gaps, or lead to unpredictable costs. Here’s how to evaluate managed services and find a partner that aligns with your business goals.

Understand What You Need First

Before evaluating providers, clarify your current IT pain points and strategic goals. Are you looking to improve cybersecurity, streamline compliance, support a hybrid workforce, or reduce downtime with 24/7 monitoring? Defining these objectives helps you ask the right questions and compare vendors objectively, rather than getting swayed by buzzwords. Understanding your internal needs ensures the provider you choose will deliver the services that matter most to your organization’s success.

Look for Experience, Specializations, and Industry Fit

A strong MSP brings deep technical expertise and a track record of solving the kinds of challenges your organization faces. Certifications, years in business, and documented client success stories are all indicators that a provider understands best practices in networking, cloud services, and managed security. More importantly, industry experience demonstrates familiarity with your specific regulations, technologies, and workflows. Providers with experience in your industry can implement solutions faster, anticipate common challenges, and ensure compliance best practices are embedded into day-to-day operations.

Evaluate Their Service Portfolio

Managed services can encompass a wide range of IT functions, but not every provider offers the same depth or breadth. Essential offerings to consider include:

• 24/7 network monitoring and remote support — to catch issues before they become outages
• Cybersecurity services — including threat detection, device protection, and incident response
• Cloud and infrastructure management — from migrations to ongoing optimization
• Help desk and end-user support — reliable assistance when your team needs it
• Backup, disaster recovery, and business continuity planning

A larger or more diverse portfolio means fewer vendors to manage and a smoother, more integrated IT environment. Ask potential MSPs to outline what’s included in their managed services and what would require an add-on — transparency here is key.

Check Their Approach to Security and Compliance

Security threats continue to rise across all industries. Your MSP should address this proactively, not reactively. Look for partners with layered cybersecurity protections, ongoing threat monitoring, vulnerability assessments, and compliance support tailored to your industry’s regulations (e.g., HIPAA, PCI, SOC). Robust security practices reduce risk and help you maintain trust with clients and regulators. A provider that puts cybersecurity at the core of their services minimizes the chance of data breaches and operational disruptions.

Ask About Scalability and Flexibility

Your technology needs today may look very different in a year, and strong MSPs plan for that. Choose a partner that can grow with you, adding users, devices, locations, or services as your business evolves. Providers that lock you into rigid packages or long, inflexible contracts can create headaches when change is needed. Scalable, adaptable service models mean you only pay for what you need, while still leaving room to expand as you grow.

Explore Support, SLAs, and Responsiveness

Downtime and unresolved IT issues cost time and money. When evaluating MSPs, carefully review their Service Level Agreements (SLAs). These documents outline guaranteed response times, supported hours, escalation paths, and uptime commitments. A strong SLA has clear expectations around how issues are prioritized and resolved, giving you confidence that critical systems won’t be left waiting for help. Providers should also make support easily accessible, whether through remote assistance, on-site visits, or hybrid models that fit your operations.

Transparency in Pricing and Partnership

Beware of providers who are not transparent about pricing or bundle essential services into confusing tiers. Transparent pricing structures (like per-user or per-device monthly plans) help with budgeting and avoid unexpected fees. Additionally, choosing a partner who communicates clearly and regularly — with performance reports, regular review meetings, and proactive recommendations — fosters a healthier, long-term relationship.

Consider Onboarding, Communication, and Culture Fit

Transitioning IT to a new managed services partner can be a major change. Ask about their onboarding process: How will they learn your systems? How long will the transition take? Who will be your point of contact? A provider that invests time in onboarding and understanding your environment reduces disruption and builds trust. Candid communication is just as important — you need a team that explains technology in a way that makes sense and keeps you informed about key decisions and issues as they arise.

Why Yeo & Yeo Technology Is a Trusted MSP Choice

At Yeo & Yeo Technology, we don’t just offer managed services — we build partnerships that help organizations run securely, efficiently, and with confidence. Our team delivers:

• Proactive monitoring and cybersecurity to protect networks and endpoints before problems occur.
• Cloud and infrastructure support that aligns with your business goals.
• Reliable help desk services to resolve issues quickly and get your team back to work.
• Customized solutions for evolving IT needs, delivered with transparency and responsiveness.

We work with businesses across industries — from healthcare practices needing HIPAA-aligned solutions to credit unions, governments, and auto dealerships — tailoring services to address your unique challenges and opportunities.

How to Protect Student Data

Michigan school districts hold something incredibly valuable: student data.

Names, addresses, social security numbers, medical records, behavioral assessments, financial aid information. And unlike banks or hospitals, most districts don’t have dedicated cybersecurity teams protecting it.

That makes schools prime targets. Here’s what every Michigan school administrator needs to know about protecting student data in 2026.

Why Hackers Target School Districts

School districts face a unique combination of vulnerabilities that make them attractive to cybercriminals.

Rich data, limited security budgets. School IT budgets average 2-3% of total operating costs. Private sector organizations spend 12-15% on IT. That gap creates vulnerability. Districts have valuable data but limited resources to protect it.

Aging infrastructure. Budget constraints delay technology upgrades. Legacy systems run outdated software. Unpatched vulnerabilities accumulate. Attackers know this and exploit it.

Limited IT staffing. Most districts have 1-2 IT staff members supporting 1,000 to 3,000 students. They can’t monitor systems 24/7. They can’t specialize in security while also managing daily help desk requests, device deployments, and infrastructure maintenance.

High attack success rate. Schools pay ransoms 50% more often than businesses, according to cybersecurity research from Sophos. Average ransoms exceed $500,000. Attackers know schools will pay to restore access quickly and avoid extended closures.

Summer vulnerability window. Attacks often happen during breaks when monitoring is reduced. Districts discover breaches when school resumes in fall. Maximum disruption at the worst possible time.

How AI Has Made It Worse

Artificial intelligence hasn’t just improved technology for schools. It’s improved technology for attackers too.

AI-powered phishing now targets school employees with perfect grammar and local context. Attackers use ChatGPT and similar tools to research districts through LinkedIn, school websites, and public records. They craft personalized emails referencing real projects, real vendors, and real administrators.

Automated attacks can hit dozens of districts simultaneously. What used to require a skilled hacker focusing on one target now happens at scale with minimal human effort.

AI helps attackers bypass traditional email filters that look for spelling errors and obvious red flags. The threats look legitimate because AI makes them legitimate-looking.

For Michigan schools, this means attacks that used to target Fortune 500 companies are now reaching small rural districts with 500 students.

The Real Cost of a Breach

When a cyberattack succeeds, the damage goes far beyond the ransom payment.

Financial impact: Ransom payments range from $50,000 to $500,000. Recovery costs add another $200,000 to $800,000. Legal fees run $50,000 to $150,000. Total cost for a typical district breach: $1 to 3 million.

Operational impact: Schools close for 3 to 10 days. Lost instructional time can’t be recovered. Manual processes for attendance, grades, and lunch payments create chaos. Staff work overtime during recovery.

Compliance and legal impact: FERPA violations cost $50,000 per incident. State data breach notification requirements add administrative burden. Potential loss of federal funding. Board accountability questions. Superintendent and CIO job security at risk.

Reputational impact: Community trust takes years to rebuild. Parents question whether their children’s data is safe. Local media coverage brings unwanted attention. Some families choose other districts.

A single successful attack can define a superintendent’s tenure and a district’s reputation for years.

Layered Security: The Only Real Defense

No single security tool protects schools. You need multiple layers working together.

Layer 1: Next-Generation Firewall

Fortinet firewalls provide network perimeter protection with application control and intrusion prevention. They block threats before they enter your district network. Fortinet’s wireless access points extend this protection across your buildings with enterprise-grade security designed for high-density school environments.

Layer 2: Endpoint Protection

SentinelOne EDR/XDR/MDR protects every device in your district. Staff laptops, student Chromebooks, servers, administrative workstations. Behavioral detection catches threats that traditional antivirus misses. When malware tries to encrypt files or connect to suspicious servers, SentinelOne stops it automatically. Works across Windows, Mac, and Chromebook environments.

Layer 3: Email Security

Ninety percent of attacks start with email. Advanced filtering goes beyond basic spam detection to analyze attachments for unusual behavior and protect against phishing attempts. Link protection prevents clicks on malicious URLs.

Layer 4: Network Segmentation

Separate networks for administration, staff, students, guests, and IoT devices limit damage when one area is compromised. A breach in the student wireless network doesn’t reach the student information system server.

Layer 5: Access Controls

Multi-factor authentication on all systems means compromised passwords don’t grant full access. Privileged access management restricts and monitors administrative credentials. Least-privilege principles limit what each account can access.

Layer 6: Security Awareness Training

KnowBe4 provides quarterly training for all staff with education-specific content. Simulated phishing campaigns test whether employees can recognize threats. Track completion rates and identify who needs additional training. Humans are both the weakest link and the strongest defense when properly trained.

Layer 7: 24/7 Monitoring and Incident Response

Security Operations Center teams watch for threats around the clock. When attacks happen at 2 AM on Saturday, someone is watching and responding. Immediate action prevents small incidents from becoming major breaches.

One layer fails? The others catch it. That’s how real protection works.

Yeo & Yeo: Protecting Michigan Schools

For over 40 years, Yeo & Yeo Technology has been protecting Michigan school districts. We understand the unique challenges schools face: tight budgets, complex compliance requirements, limited IT staff, and the critical importance of protecting student data.

• Cybersecurity Solutions
  We design and implement layered defense systems with SentinelOne endpoint protection, Fortinet firewalls and wireless infrastructure, and KnowBe4 security training so your district stays protected against evolving threats while meeting FERPA compliance requirements.
• IT Specializations
  Our managed IT services extend the capacity of small IT teams with 24/7 monitoring, help desk support, and after-hours emergency response so your limited staff can focus on supporting teaching and learning instead of fighting fires.
• Microsoft Specializations
  We optimize your Microsoft 365, Azure, and Copilot for Education investments with expert implementation and licensing guidance so you get maximum value without overspending on unused features.
• E-Rate Competitive Pricing
  We provide competitive bidding for E-Rate, including cybersecurity hardware and software.

We’ve worked with districts across Michigan for two decades. We answer our phones. We show up on-site. We know Michigan schools because we’ve been serving them since 1984.

Protect What Matters Most

Student data is a public trust. Parents trust schools to protect their children’s information. Communities trust schools to be responsible stewards of taxpayer dollars. Students deserve learning environments where technology enables education instead of disrupting it with breaches and outages.

Layered cybersecurity is essential for Michigan schools to protect their students.

Schedule Your Free K-12 Security Assessment

Together, we will evaluate your current defenses, identify gaps, and show you how to build layered protection that fits your budget and meets FERPA compliance requirements.

At Yeo & Yeo Technology, we’ve been protecting Michigan schools for over 40 years. We’re here to make sure your district stays secure.

If you are an IT leader at a Michigan school district, you may be facing an unexpected and significant challenge: the VMware crisis. Following Broadcom’s acquisition of VMware, organizations are reporting massive, unexpected price hikes for their license renewals, in some cases tens of thousands of dollars more than previous invoices. This sudden financial burden is putting immense pressure on already tight budgets and threatening the stability of critical IT infrastructure.

The Perfect Storm: Understanding the VMware Licensing Shake-Up

The root of this crisis lies in Broadcom’s strategic shift away from perpetual licenses to a subscription-based model, coupled with the elimination of discounts that many public sector organizations have long relied upon. The London Grid for Learning, a non-profit serving over 3,000 schools, reported a staggering 268% increase in their renewal quote. This is not an isolated incident; similar stories are emerging from organizations worldwide, including here in Michigan.

These changes are not just about price. The move to per-core licensing, and the (now-reversed) attempt to enforce a 72-core minimum, have created a complex and often confusing landscape for IT departments. For many, the immediate future of their virtualized environments feels uncertain, and the path forward is unclear.

The Impact on Michigan’s Public Sector

For Michigan’s school districts, the timing could not be worse. With budgets already stretched thin, absorbing such a significant and unforeseen cost is simply not feasible for many. The services that run on these VMware environments are not optional luxuries; they are the essential digital backbone of our public institutions. From student information systems to online learning platforms, the potential for disruption is very real.

The choice facing many IT leaders is a difficult one: either find the funds to pay the exorbitant renewal fees, or risk operating without essential security patches and support, leaving their systems vulnerable to attack. Neither option is a good one.

A Path Forward: Finding the Right Alternative

The good news is that you are not alone, and there are viable, cost-effective alternatives to VMware that can provide the performance, reliability, and security your organization needs. At Yeo & Yeo Technology, we have been closely monitoring this situation and are actively helping our clients navigate this challenging transition. We have migrated many clients away from VMware, eliminating the budget crisis.

One of the leading alternatives we recommend for many of our Michigan school district clients is Scale Computing. Scale’s platform is designed specifically for environments like yours, offering a simple, scalable, and self-healing infrastructure that can significantly reduce your total cost of ownership without sacrificing performance. We have seen firsthand how a move to an alternative like Scale can not only solve the immediate budget crisis but also provide a more resilient and easier-to-manage platform for the long term.

If Scale is not a fit, as a long-time Microsoft partner, we have migrated some schools and agencies to the M365 platform and Microsoft Hyper-V as a replacement for VMware. Our experience across multiple platforms means we can help you find the solution that works best for your specific needs and constraints.

It’s Time to Move Past VMware. Let’s Talk.

Book a Complimentary IT Consult and we can help you understand the full implications of the VMware licensing changes, explore the pros and cons of alternatives like Scale Computing, M365, Azure, or other options, and develop a strategic roadmap for your organization’s future. Don’t let the VMware crisis dictate your IT strategy. Let’s work together to find a solution that fits your needs and your budget.

We Are Here To Help You

Visit us at the MSBO Expo to learn more, or contact us today to schedule your complimentary consultation. We look forward to helping you navigate this transition and find the right path forward for your organization.

Why Michigan businesses are vulnerable to attacks their security tools can’t detect

You see an emoji in a file. 😊

Your security software sees an emoji.

But buried inside that innocent-looking smiley face is malicious code designed to steal your data, deploy ransomware, or create a backdoor into your network.

And because it looks like a harmless emoji, your defenses never catch it.

Emoji smuggling is happening right now and targeting businesses just like yours with an attack method your current security tools weren’t designed to detect.

Here’s what you need to know.

What’s Really Inside That Emoji

Emoji smuggling is exactly what it sounds like: hackers hiding malicious code inside Unicode characters like emojis, special symbols, and non-English characters.

The technique exploits how computers process text. Every character you see on screen from letters, numbers, emojis  is represented by code in the background. Unicode is the standard that defines those representations, supporting everything from A-Z to 😊 to 中文.

Here’s what makes it dangerous:

Attackers embed malicious instructions inside these Unicode characters. Your security tools scan the file and see… emojis. Nothing suspicious. File approved.

But when that file executes, the hidden code unpacks and runs. Ransomware deploys. Data gets stolen. Backdoors get installed.

Emoji smuggling attacks have surged in 2024-2025 as attackers discovered that traditional security defenses can’t detect them. And the problem is accelerating in 2026.

Why your security tools miss it:

• Antivirus scans for known malware signatures, patterns of malicious code it recognizes. Emojis don’t match any malware signatures.
• Email filters look for suspicious links, known bad attachments, and dangerous file types. An Excel file with emojis looks completely normal.
• Endpoint detection tools watch for suspicious behaviors like unusual network connections or file modifications. But the malicious code stays hidden until it’s too late to stop.

The attack succeeds because it doesn’t look like an attack.

The Four Steps of an Emoji Smuggling Attack

You don’t need a computer science degree to understand why this is so effective.

Here’s the attack flow:

Step 1: Attackers create the payload
They write malicious code,  ransomware, data theft tools, backdoor access scripts, and embed it inside Unicode characters. Emojis work well because they’re common, expected, and ignored by security tools.

Step 2: They insert it into a file
That malicious payload gets hidden in an Excel spreadsheet, a Word document, an email message, or even a software script. To anyone looking at the file, it just contains data and a few emojis.

Step 3: Your security scans and approves it
Your antivirus checks for known threats. Your email gateway scans for malicious attachments. Your EDR looks for suspicious patterns. None of them flag emojis as dangerous. The file gets delivered.

Step 4: The code executes
When the file opens or the script runs, the hidden instructions unpack and execute. By the time your security tools detect unusual activity, the attack is already underway.

The key problem: Your defenses are looking for what malware looks like. Emoji smuggling changes what malware looks like, so your defenses don’t recognize it.

Three Ways This Attack Reaches Michigan Businesses

Let’s make this concrete. Here are three scenarios Michigan businesses are facing right now.

Scenario 1: The Vendor Invoice That Wasn’t

Your accounts payable manager receives an Excel file from what appears to be a regular supplier. The file name is normal: “Invoice_March2026.xlsx.” The sender’s email looks legitimate.

They open it. The spreadsheet contains invoice data, line items, quantities, prices, and a couple of emojis in cells (✅ for approved items, ⚠️ for items needing attention). Nothing unusual.

Your endpoint detection software doesn’t flag it. The file opens normally.

What they don’t see: malicious code hidden in those Unicode characters, now executing in the background. Within hours, ransomware begins encrypting files across your network.

Scenario 2: The Urgent Email from Your Bank

Your CFO gets an email that appears to be from your bank. The subject line contains a ⚠️ emoji and reads “URGENT: Suspicious activity on your account.”

The message looks legitimate. The formatting matches your bank’s style. The sender address looks right. Because the malicious payload is hidden in special Unicode characters throughout the email, your email security gateway doesn’t detect anything wrong.

Your CFO clicks the link to “verify your account.” Credentials get compromised. By the time you realize what happened, unauthorized wire transfers are already processing.

Scenario 3: The Software Update You Trusted

Your business uses accounting software from a reputable vendor. You receive a notification that an update is available. You install it, just like you’ve done dozens of times before.

What you don’t know: the vendor’s update server was compromised. The update contains code with smuggled malicious instructions hidden in special characters. Your business installs it. The code executes silently in the background.

Weeks later, you discover a backdoor has been active for months, quietly exfiltrating financial data to an attacker’s server.

What all three scenarios have in common:

• Traditional security tools didn’t flag them as threats
• The attacks looked completely normal to employees
• By the time the breach was discovered, significant damage was done

And none of them required sophisticated hacking. Just an understanding of how Unicode characters bypass security filters.

The Security Gap Most Michigan Businesses Don’t Know About

If you’re thinking “this sounds like something that only targets big corporations,” you’re making a dangerous assumption.

Here’s why small and mid-size Michigan businesses are at risk:

You’re Relying on Traditional Security Tools

The antivirus, email security, and endpoint detection solutions protecting most businesses with 20-150 employees were built to catch known threats. They’re effective against ransomware variants they’ve seen before, phishing emails with obvious red flags, and malware that matches established patterns.

Emoji smuggling is too new. The attack signatures don’t exist yet. Your defenses are looking for the wrong thing.

Attackers Know You’re Not Prepared

Cybercriminals run automated campaigns against hundreds of small businesses simultaneously. They’re not hand-picking high-value targets. They’re casting a wide net and exploiting whoever’s vulnerable.

You don’t need to be a Fortune 500 company to be targeted. You just need to be accessible and if your security can’t detect Unicode-based attacks, you’re accessible.

Your Security Team Hasn’t Heard of This Yet

Even experienced IT professionals are just learning about emoji smuggling in 2026. This isn’t a criticism, it’s reality. New attack methods emerge faster than training programs can keep up.

If your in-house IT person or current managed services provider hasn’t briefed you on emoji smuggling and how to defend against it, they’re behind the curve. Not because they’re bad at their job, but because the threat landscape is evolving faster than traditional security approaches can adapt.

Most Michigan businesses are protected against last year’s threats, not this year’s.

Five Defenses That Stop Unicode-Based Attacks

Here’s what doesn’t work: hoping your current defenses are enough.

Standard antivirus won’t catch it. Basic email filtering won’t stop it. And your employees won’t spot it, emoji smuggling is designed to be invisible to human eyes and traditional security tools.

Here’s what does work:

1. Advanced Threat Detection with Behavioral Analysis

Security tools that watch for what code does rather than what code looks like.

YeoDefense EDR/XDR uses behavioral detection to catch malicious activity even when the attack method is brand new. If code starts behaving suspiciously, encrypting files it shouldn’t touch, connecting to unusual servers, escalating privileges without authorization, YeoDefense stops it before damage occurs.

It doesn’t matter if the attack is hidden in an emoji, a PDF, or a software update. Malicious behavior gets detected regardless of how it arrived.

2. 24/7 Security Monitoring with Real Human Analysts

Emoji smuggling attacks often execute outside business hours when no one’s watching.

YeoSecure’s Security Operations Center monitors your network around the clock with real security analysts, not just automated alerts. When something unusual happens at 2 AM on a Saturday, they investigate immediately, contain the threat, and respond before it becomes a full breach.

Automated tools generate alerts. Human analysts understand context, identify sophisticated attacks, and stop them in real-time.

3. Email Security with Advanced Threat Protection

Multi-layer email filtering that analyzes attachments and links for unusual behavior, not just known malware signatures.

Our email security solutions examine files for anomalies, unusual Unicode patterns, suspicious macros, embedded scripts that don’t match typical business communications. Catches Unicode-based attacks before they reach employee inboxes.

4. Security Awareness Training That Stays Current

Your employees need to know that even legitimate-looking files can hide threats.

Quarterly security awareness training keeps teams alert to emerging attack methods like emoji smuggling. Employees learn to verify unexpected files, question urgent requests, and report suspicious activity, even when everything looks normal.

Training isn’t a one-time checkbox. Threats evolve every quarter. Your team’s awareness needs to evolve with them.

5. Regular Security Assessments

What was secure six months ago isn’t secure today.

Regular security assessments identify new vulnerabilities before attackers exploit them. We test whether your current defenses can detect emerging threats like emoji smuggling, supply chain attacks, and AI-powered phishing, and show you exactly what needs to change.

The key principle: Layered defense.

No single tool stops everything. You need behavioral detection, 24/7 monitoring, advanced email filtering, trained employees, and regular assessments, all working together, managed by professionals who stay ahead of emerging threats.

That’s how real protection works in 2026.

Don’t Wait for Emoji Smuggling to Reach Your Network

Emoji smuggling is happening right now, targeting businesses just like yours, using a method your current security tools weren’t designed to catch.

Staying protected means adapting to new threats before those threats become breaches.

Can your current security detect attacks that don’t look like attacks?

Find Out Where You Stand

Schedule a complimentary 30-minute security consultation with Yeo & Yeo Technology.

We’ll assess whether your current defenses can detect emerging threats like emoji smuggling, AI-powered attacks, and Unicode-based malware, and show you exactly what needs to change to stay protected.

Schedule Your 30-Minute Security Consultation

At Yeo & Yeo Technology, we’ve been protecting Michigan businesses for over 20 years. We answer our phones. We show up on-site. And we stay ahead of emerging threats so you don’t have to.

You know you need to implement Copilot. But where do you start?

Do you hire a security consultant first? Do you need a separate vendor for change management? You can end up spending weeks researching vendors and comparing proposals, all while your competitors are already deploying and gaining an edge.

Piecemeal Copilot implementation is expensive, time-consuming, and risky. What you need is a clear path forward, not another vendor comparison spreadsheet. A successful rollout proves value at every stage, builds momentum through early wins, and scales based on documented results, not assumptions.

While every company’s path is unique, a phased approach is the most effective way to achieve high adoption and a strong return on investment with Copilot. The framework below is a solid starting point; however, the key to success is to customize it to your company’s unique environment, needs, and goals.

Phase 1: Assess Your Readiness

Before you buy a single license, the goal is to understand your current state. A comprehensive evaluation of your Microsoft 365 environment and business readiness is critical.

Key Areas to Assess:

• Security & Compliance: Examine your MFA status, conditional access policies, data classification readiness, DLP policy configuration, and permissions sprawl across SharePoint and OneDrive. For businesses in regulated industries, review industry-specific compliance requirements to ensure Copilot deployment won’t create regulatory exposure.
• Workflow & Use Cases: Identify which processes consume the most time, pinpoint where employees are doing repetitive knowledge work, and uncover your highest-ROI use cases. For manufacturing, this might be automating production reports. For financial services, it could be drafting client communications. Find what matters for your business.
• Team & Licensing Readiness: Evaluate your team’s current Microsoft 365 adoption, review past technology rollouts, and assess executive sponsorship. Also, review your current licensing to recommend the right approach for your deployment.

Why This Phase Matters: Companies that skip this assessment don’t know their security gaps until data is exposed, and can’t prove ROI because they didn’t establish a baseline. A proper assessment is insurance against wasting your investment. You’ll know your security gaps, your projected ROI, and who should pilot Copilot first.

Phase 2: Prepare Your Environment

Once you know you’re ready, it’s time to lock down security and set up your pilot for success. These tasks should be completed before starting your pilot.

What This Phase Includes:

• Security Hardening: Implement the critical security controls identified in your assessment, such as configuring MFA, setting up DLP rules, and cleaning up overshared permissions. This ensures your data is protected before Copilot can access it.
• Pilot Preparation: Select pilot users based on criteria that ensure success—they are tech-savvy but realistic users with a high volume of repetitive work. Procure the initial licenses and configure usage-tracking dashboards.
• Communication: Announce the pilot program, explain the selection criteria to prevent frustration from non-pilot users, and set clear expectations for the timeline.

Why This Phase Matters: The temptation is always to “just get started.” But security issues discovered after deployment require emergency fixes while Copilot is live, like replacing your brakes while driving on the highway. Proper preparation prevents costly problems.

Phase 3: Pilot and Prove ROI

This is where theory becomes practice. The goal is to prove ROI with a small, supported group before committing to a full deployment.

How to Structure a Successful Pilot:

• Role-Specific Training: Provide hands-on workshops tailored to your pilot users’ roles, not generic webinars. Generic training teaches “here’s what the tool can do.” Role-specific training teaches “here’s how it saves you 2-4 hours per week in your actual work.”
• Active Pilot Period & Measurement: Your pilot group uses Copilot daily in their actual workflows. Document time savings and wins. Measure adoption rates, user satisfaction, and quality metrics to validate ROI against your initial projections.

Why This Phase Matters: Your pilot group becomes your internal sales team. Instead of IT saying, “This tool is great,” you have production managers saying, “I get hours back every week.” According to Gartner research, 70% of digital transformation initiatives fail due to employee resistance. Pilot programs with documented results eliminate that resistance before it starts.

Phase 4: Scale Based on Proven Value

Once your pilot succeeds, you’re ready to expand strategically. The goal is to expand department by department, not deploy to everyone at once.

Effective Scaling Tactics:

• Use Pilot Users as Mentors: Each new department gets paired with a pilot champion who can share real results and best practices.
• Customize Training: Tailor prompts and training materials to each department’s specific workflows.
• Maintain Momentum: Keep the wins visible through regular communication, recognition for power users, and advanced training.
• Continuous Improvement: Implement monthly usage reports and quarterly optimization reviews to ensure you’re getting the most out of your investment.

Why This Phase Matters: Scale too fast, and new users get overwhelmed. Scale too slowly, and momentum dies. A strategic pace ensures each department has time to learn, your team isn’t overwhelmed, and adoption stays high.

Why Partner with Yeo & Yeo Technology for Your Copilot Journey?

• Comprehensive Specializations: As an experienced Microsoft Copilot partner, we can handle everything from the security assessment and hardening to pilot deployment and adoption support. You’re not coordinating multiple vendors.
• Industry Knowledge: A partner who understands your industry knows your challenges, your workflows, and your competitive pressures.
• Local Support: A local partner can be there when you need them. You’re not calling a national call center.
• Proven Framework: A partner with a proven framework has guided businesses through this journey and knows how to avoid costly mistakes.

Your Next Step: Schedule Your 30-Minute Complimentary Copilot Readiness Consultation

You’re ready to explore if Copilot is right for your business. In a complimentary 30-minute consultation, we’ll discuss and review:

• Your current Microsoft 365 environment and potential readiness gaps.
• Where Copilot could have the highest impact.
• Your security posture and any possible gaps that need addressing.
• Potential ROI for your business.

After this strategic session, we can start building a plan for your Copilot adoption journey. This isn’t a sales pitch. It’s a no-obligation consultation designed to give you confidence in your AI adoption decision.

Schedule Your 30-Minute Complimentary Copilot Readiness Consultation

How do I know if our cybersecurity tools are working?

Good security tools should give regular reports, alerts, and logs. We can review these with you and check whether anything appears unusual or requires improvement.

What’s the difference between a backup and a disaster recovery plan?

A backup saves your data. A disaster recovery plan enables your entire business to resume operations quickly after an outage. You need both.

How can we tell if one of our suppliers is a security risk?

Ask whether they use multi-factor authentication, encryption, and regular security audits. We can help you assess their risk level.

Information used in this article was provided by our partners at MSP Marketing Edge.

Mergers and acquisitions bring momentum, opportunity, and growth, but they also introduce uncertainty. New leadership. New systems. New expectations. In the middle of all that change, IT often becomes one of the most complex and underestimated areas impacted by an M&A.

Whether your organization already has an MSP partner or is evaluating support during a transition, one principle remains critical: stability in IT matters more during M&A than almost any other time.

Why IT Becomes a Pressure Point During M&A

Even when IT isn’t driving the deal, it’s affected by nearly every decision that follows. Common challenges include:

• Pressure to consolidate systems quickly
• Increased cybersecurity and compliance risk
• Limited visibility into existing environments
• Disruption to employees’ day-to-day work
• Competing priorities that stretch internal teams

When these challenges collide with rushed IT decisions or frequent vendor changes, the result is often downtime, confusion, and risk — exactly what organizations want to avoid during a critical transition.

The Case for Continuity in Managed IT Support

One of the most overlooked risks during M&A is changing IT partners at the same time systems and leadership are already in flux. An MSP with deep knowledge of your environment — or one brought in early enough to understand it — provides:

• Context behind existing systems and decisions
• Awareness of known risks and dependencies
• Consistency in security, support, and response
• Fewer surprises during evaluation and integration

Continuity doesn’t mean resisting change. It means making change informed, intentional, and controlled.

How the Right MSP Supports M&A — Without Running the Deal

Managed IT providers don’t manage mergers — but the right partner plays a critical supporting role throughout the process.

That includes:

• Providing clarity around current infrastructure and security posture
• Supporting approved system changes and integrations
• Helping leadership understand what can change quickly — and what should not
• Maintaining day-to-day operations so teams can stay productive

This support enables business leaders to focus on strategy and growth, knowing that IT isn’t becoming an added risk.

What Organizations Should Look for in an MSP During M&A

Whether you’re entering an M&A with an existing partner or considering a new one, the right MSP should offer:

• A proactive, advisory mindset — not just reactive support
• Strong security and compliance practices
• Clear documentation and transparency
• The ability to adapt as the organization evolves
• A partnership approach that prioritizes long-term stability

An MSP should act as an anchor during change — not another variable.

Planning for What Comes Next

M&A is a moment in time. The decisions made during it, however, shape the organization long after the deal closes. IT stability during transition helps protect employees, customers, and the value of the investment itself.

Whether you’re evaluating your current IT support or considering a new MSP as part of an organizational change, having the right partner in place can make all the difference — during the transition and beyond.

Most businesses have a firewall. The problem is that many of them aren’t using it properly. Firewalls don’t just work by being plugged in. They rely on good setup, maintenance, and monitoring to continue performing their job effectively.

And that’s where many SMBs slip up. Here are some common firewall mistakes and how to avoid them.

Using the default settings

When a new firewall is installed, it often comes with “default” or factory settings. These are designed to get things running quickly. But they’re not tailored to your business. Default settings can leave unnecessary ports open or fail to block certain risky types of traffic.

A properly configured firewall should be customized to your specific needs. The size of your business, the types of data you handle, and the tools your team uses. Without that, you’re only getting half the protection you think you have.

Setting and forgetting

This is one of the biggest mistakes of all. A firewall isn’t something you install once and walk away from. Cyberthreats change constantly. What protected you two years ago might not protect you today.

Firewalls need regular updates, just like your phone or computer. These updates address vulnerabilities and instruct the system on how to recognize new attacks. If your firewall hasn’t been updated or reviewed in a while, it may be quietly falling behind.

Relying on a home-grade router

Many businesses start out using the router provided by their internet service provider. The same type you might use at home. The issue? Home routers have very basic firewalls. They’re fine for family browsing, but not for protecting business data, customer records, or multiple employees online at once.

They often lack advanced features like:

• Intrusion prevention
• Real-time threat monitoring
• Detailed reporting and alerts

A business needs business-grade protection. It’s that simple.

No one is watching the alerts

Your firewall is constantly collecting information. Logging every blocked attempt and sending alerts if it detects something unusual. But if no one’s looking at those alerts, you might not notice a problem until it’s too late. This is why so many companies now use managed firewalls.

An IT support partner can monitor your systems on your behalf, check alerts in real-time, and address issues before they escalate into disasters.

If your business doesn’t have that kind of support, it’s worth asking: Who’s keeping an eye on your defenses right now?

Trying to do too much with one device

Some businesses rely on a single piece of equipment to handle everything. Firewall, Wi-Fi, web filtering, and more. That’s convenient, but it can also overload the system and slow down your network. When too many jobs are packed into one box, performance suffers. And sometimes, so does protection.

A better setup might separate some of those roles or use a dedicated next-generation firewall designed to handle them efficiently.

Ignoring remote workers

Lots of employees work from home or on the go. If your primary firewall doesn’t protect their devices, or if they connect through unsecured Wi-Fi, your network could still be at risk.

The best approach is to extend protection beyond the office using a cloud-based firewall, which filters traffic wherever users connect from. That way, your security perimeter moves with your people.

No regular review or testing

Even if your firewall was set up perfectly, things change. You add new software, hire new staff, expand to a second site, and every change affects your network traffic. Regular reviews help ensure your firewall’s rules still make sense.

A quick check every few months can identify gaps or outdated rules long before they become real problems.

How to choose the right firewall for your business

None of these mistakes are unusual. In fact, most companies have made one or two at some point. The key is identifying the weak spots and taking straightforward steps to address them.

A well-configured firewall is part of your business’s safety plan. And when it’s set up right, updated regularly, and monitored properly, it protects everything you’ve worked so hard to build.

Choosing a firewall means finding the right level of protection for your business. One that fits how you work, how your team connects, and what kind of data you need to protect. There’s no single “best” firewall for everyone.

Start with how your business operates

Before considering brands or features, examine how your business actually utilizes technology. Ask yourself:

• How many people are connecting to your network?
• Where do they work? All in one office, or in multiple locations?
• Do you have remote staff working from home or on the road?
• What kind of data do you handle? Financial details, personal information, or internal systems?
• Are there industry rules (like data protection standards) you need to meet?

The answers help determine what kind of firewall setup you’ll need. Whether a simple on-site device will do, or if you’ll benefit from a managed or cloud-based solution.

The smartest move you can make when choosing a firewall is to involve an expert.

Tech professionals understand how to match security tools to business needs. We assess your setup, clearly explain your options, and ensure everything is configured correctly. The right firewall is a vital part of your business’s security foundation. It’s important to get it right.

If you need advice on cybersecurity or firewalls, we’d be happy to help. Get in touch.

Information used in this article was provided by our partners at MSP Marketing Edge.