If phishing scams are supposed to trick people, why do so many of them still feel clumsy?

For years, the answer was simple: Most scams were mass-produced. 

The same email, the same fake website, sent to thousands of people and hoping a few would fall for it. 

That approach is still around, but it’s starting to evolve.

When generative AI first appeared, there was a lot of talk about “dynamic websites”.

Instead of one fixed site for everyone, pages would be generated on the spot, shaped by who you are, where you are, and what device you’re using. 

That future never really arrived for everyday businesses. It was complex and rarely worth the effort.

Cyber criminals, however, don’t need perfect systems. 

They need something convincing.

Security researchers have shown how this idea could be used for phishing. While it’s still largely experimental, it gives a clear picture of the next generation of scams.

A victim clicks a link and lands on a webpage that looks harmless. There’s no obvious malicious code sitting on the page. 

Once it loads, the page asks a legitimate AI service to help generate content. 

That content is then assembled and run directly in the person’s browser.

The result is a phishing page that’s created especially for that visitor. 

The wording, layout and code can all be different every time. There’s no single fake website for security systems to spot and block, because the scam doesn’t fully exist until someone opens it.

Before you panic, this method isn’t widespread yet. But the building blocks are in use. 

AI is being used to write malicious code, malware is increasingly assembled as it runs, and AI-assisted scams are becoming more common.

For you, this changes the rules slightly. 

Phishing is no longer just about spotting bad spelling or sloppy design. Future scams may look even more polished, personalised and completely legitimate.

That’s why modern protection focuses less on “don’t ever click the wrong thing” and more on limiting the damage if someone does. 

Tools like multi-factor authentication, secure browsers and email filtering still work, even when a fake page looks convincing.

Remember this: Phishing isn’t going away. It’s getting smarter. 

To stay protected now you must assume the next scam will look professional and make sure your defences don’t rely on people spotting obvious mistakes.

Want to check how exposed your business is? Get in touch.

The post Beware the next generation of phishing attacks appeared first on Sussex Tech Support.

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 personalising 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 realise, 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 organisations.

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 realising.

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.

The post Don’t forget to protect your browsing privacy appeared first on Sussex Tech Support.

Microsoft 365 Is Secure – But Only If It’s Properly Configured

Microsoft 365 includes some of the best security tools available to small businesses today. Email protection, identity management, device security and data controls are all built into the platform.

Yet, across Sussex, we regularly see small businesses exposed to unnecessary risk — despite paying for Microsoft 365 every month.

Why?
Because Microsoft 365 does not fully secure itself.

Microsoft provides the tools, but many key security features must be configured, enforced, and monitored. Without this ongoing management, businesses are often left vulnerable without realising it.

A Common Assumption We Hear from Sussex Businesses

“We’re on Microsoft 365, so our data is secure.”

This assumption is understandable — but it’s also one of the most dangerous misconceptions surrounding cloud services.

Whether we’re reviewing setups for businesses in Brighton, Crawley, Haywards Heath, Horsham, Eastbourne, Worthing or Lewes, the story is often the same:

• Microsoft 365 is in place
• Users are working happily day‑to‑day
• Security has never been reviewed since setup

Where Microsoft’s Responsibility Ends

Microsoft operates on a shared responsibility model.

In simple terms:

• Microsoft protects the platform infrastructure
• The customer is responsible for how it’s configured and used

This means Microsoft does not automatically:

• Enforce strong sign‑in controls
• Decide who should have admin access
• Set up advanced security policies
• Provide long‑term backups of your data

These decisions are left to the business or its IT provider.

Common Microsoft 365 Security Gaps We See in Sussex SMEs

When we carry out Microsoft 365 security reviews for local businesses, several issues appear time and again.

1. Multi‑Factor Authentication (MFA) Not Properly Enforced

MFA is one of the simplest and most effective security measures — yet many tenants:

• Only enforce MFA for admins
• Allow exceptions for certain users
• Have an incomplete rollout

For businesses in Sussex, this leaves email accounts vulnerable to phishing, password reuse and brute‑force attacks.

Best practice: MFA enabled for all users, all locations

2. Excessive User Permissions

Over time, users accumulate access they no longer need:

• Former managers still listed as admins
• Shared accounts with broad access
• No clear ownership of Teams or SharePoint sites

This increases risk and makes incident response far more difficult.

Best practice: Least‑privilege access with regular reviews

3. No Alerts for Suspicious Sign‑Ins

Many businesses assume they’ll “know” if something goes wrong.

In reality:

• Logins from unusual locations
• Impossible travel alerts
• Multiple failed sign‑ins

…often go completely unnoticed without proper alerting configured.

Best practice: Automated alerts and monitoring

4. No Backup Beyond Microsoft Retention

Microsoft protects availability — not your accidental deletions, ransomware encryption, or disgruntled user actions.

We frequently hear:

“I thought Microsoft backed everything up.”

They don’t — at least not in the way most businesses expect.

Best practice: Independent Microsoft 365 backup for email, OneDrive, SharePoint and Teams

5. Leavers Still Have Access

User offboarding is one of the most overlooked risks.

Across Sussex businesses, we commonly find:

• Accounts still active for ex‑employees
• Mailboxes left accessible
• Shared logins are never disabled

Best practice: Structured joiner/mover/leaver process

Why These Gaps Matter for Sussex Businesses

Cyber attacks no longer target “big corporations only”.
Small and medium‑sized businesses in West Sussex and East Sussex are now frequent targets because they’re often:

• Less well monitored
• Relying on assumptions
• Under pressure with limited internal IT resources

Email compromise, data loss and downtime affect:

• Client trust
• Cashflow
• Compliance
• Reputation

For professional services, construction firms, charities, manufacturers and local service businesses alike, these risks are very real.

Good Microsoft 365 Security Is Ongoing, Not One‑Off

Microsoft constantly updates the platform:

• New security features
• New admin controls
• Changing threat landscape

This means security configuration is not a “set it once” exercise.

Businesses in Horsham, Mid Sussex, Brighton & Hove and surrounding areas benefit most when Microsoft 365 is:

• Regularly reviewed
• Actively managed
• Aligned to business growth

What Properly Managed Microsoft 365 Security Looks Like

For small businesses is Sussex, this typically includes:

• MFA is enforced for all users
• Strong identity and access policies
• Secure admin separation
• Regular security reviews
• Ongoing monitoring and alerts
• Business‑grade backup solutions

This doesn’t require enterprise‑level complexity — just experience, structure, and consistency.

Local Microsoft 365 Security Support for Sussex Businesses

As a Sussex‑based IT support provider, we work with businesses across Brighton, Crawley, Haywards Heath, Horsham, Worthing and Eastbourne to ensure Microsoft 365 is not just working, but secure and well managed.

If your Microsoft 365 setup has evolved over time — or hasn’t been reviewed recently — it’s worth checking whether security gaps have quietly crept in.

The post The Hidden Security Gaps in Microsoft 365 Tenants – What Small Businesses in Sussex Often Miss appeared first on Sussex Tech Support.

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 cyber security firm uncovered a new hacking campaign. Sensitive business data from dozens of organisations 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 organisation 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 realising. 

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 (like me) keep saying the same thing, repeatedly: Passwords on their own are no longer enough.

I 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.

The post Another good reason to enforce MFA appeared first on Sussex Tech Support.

Scams aren’t what they used to be. 

They’re not always obvious, they’re not always clumsy, and they don’t always come with spelling mistakes or odd graphics. 

Today’s digital fraud is faster, smarter, and often created with the help of AI. Which means it’s becoming harder for even the most careful people to spot.

And it doesn’t matter whether it’s Christmas, summer, or an ordinary Tuesday. Scammers don’t take days off. 

That’s why it’s so important for every business, no matter the size, to understand the basics of staying safe online.

The first thing scammers try to do is rush you. 

They love creating pressure. Countdown timers, “urgent” warnings, messages that say your account will close in minutes, or delivery alerts claiming you must act right now. 

The moment they make you panic, your guard drops. That’s why one of the most powerful habits you can build is: Stop. Think. Verify.

If anything makes you feel rushed or stressed, pause immediately. Then check what’s going on using a trusted source. 

Don’t click the link inside a suspicious email or text. Instead, visit the company’s official website or call their real phone number. 

Scammers often use tiny tricks, like slightly misspelled website addresses, to fool you into thinking they’re legitimate.

It also helps to know what scammers are usually after. Most of the time, they want your money or your data. That’s why so many fake messages claim there’s a problem with your bank, a missed delivery, a locked account, or a prize waiting for you. 

Real companies won’t ask for your full bank details, passwords, or remote access over email, text, or unexpected phone calls. If someone does, it’s a scam.

But awareness isn’t enough on its own. You also need good defences in place. 

Thankfully, modern tools make this much easier. 

Using an authenticator app (for multi-factor authentication) adds an extra lock to your accounts, even if someone steals your password. 

A password manager can generate strong passwords for you and remember them safely, so you don’t have to reuse simple ones. 

And keeping your software updated means you’re closing known weaknesses that scammers love to exploit.

Another smart habit is regularly checking which apps and devices have access to your accounts. Especially if you use Google or Facebook to sign in to other services. Sometimes old devices or unused apps stay connected without you realising, and that’s a risk worth clearing up.

There’s one final step many people forget: Reporting scams. 

It’s not just for your benefit. It helps protect everyone else too. Every report helps experts take down dangerous websites and warn others.

Digital fraud is getting more advanced, but the good news is that simple, consistent habits can keep you and your business safe. Stay calm, stay cautious, and stay informed.

And if you’d like help putting the right protections in place for your team, get in touch.

The post Important: Protect your business from digital fraud appeared first on Sussex Tech Support.

Cyber criminals aren’t simply causing chaos anymore. 

They’re getting smarter, more organised, and much better at finding weak spots in businesses of every size. 

And while that sounds worrying, understanding what’s happening is the first step to protecting your business.

One big change we’re seeing is a shift from traditional ransomware to something far more damaging: Data theft and extortion. 

Instead of locking your systems and asking for money, attackers are now breaking in, quietly stealing sensitive files, and threatening to publish them unless you pay up. 

This can include anything from financial records to customer details. 

And because privacy laws are stricter than ever, the pressure on victims is huge.

Another trend is criminals taking advantage of unpatched devices. That’s equipment that hasn’t been updated. This could be a file sharing tool, a system that connects your office to the internet, or something else. 

When these devices are out of date, they have gaps that attackers can slip through. In some cases, a single unpatched device has allowed criminals to break into dozens of businesses at once.

We’re also seeing more attacks on virtual servers (the systems many businesses use to run their IT behind the scenes). If attackers get into these, they can cause serious disruption very quickly. 

And to make matters worse, modern cyber criminals are getting better at hiding. They often use everyday tools already built into Windows or other systems to blend in, making it harder for security software to spot them.

It can sound overwhelming, but here’s the good news: You can protect your business from these newer, more refined threats. You just need the right approach.

The strongest businesses are focusing on the basics done well. 

That means keeping systems updated, watching for unusual activity, and having good visibility of what’s happening across all devices (not just the obvious ones). 

It also means knowing what you’d do if something went wrong. A clear incident response plan can dramatically reduce damage and downtime.

Cyber threats may be getting more sophisticated, but your defences can stay one step ahead with the right preparation. And for that, you need the right people supporting you.

If you’d like help understanding your risks or strengthening your cyber protection, we’re here whenever you need us. Get in touch.

The post Prepare your business for more refined cyberthreats appeared first on Sussex Tech Support.

Have you ever wondered what your browser is doing in the background while you work?

Most people think of a browser as a simple window to the internet. But a new wave of AI browsers is changing that idea completely. 

These tools are clever, fast, and can automate tasks that used to take minutes, or even hours. 

And that sounds great… until you realise they might also be quietly collecting or sending data you’d never normally share.

New technology is wonderful. But we know how quickly something helpful can become something risky when it’s used in the wrong way. Or without the right safeguards. 

AI browsers are a perfect example of that.

AI browsers (such as Microsoft Edge with Copilot, OpenAI’s ChatGPT Atlas and others) are designed to boost productivity by doing more than displaying websites. They can read what’s on the page, summarise it for you, translate it, gather data, and even take actions automatically. 

But here’s the problem: They can also be tricked.

Researchers found that the default settings in many AI browsers prioritise a smooth user experience over strong security. In other words, the browser is designed to be helpful first and safe second.

And that’s where things get messy for businesses.

Because these browsers don’t just display your data. They often send what’s on your screen to a cloud-based AI system so it can understand, summarise, or interact with it. That might include sensitive emails, financial information, client details, internal documents, or anything else an employee happens to have open at the time.

If the AI assistant sees it, there’s a chance that data has already left your computer and been processed elsewhere.

This becomes even more concerning when you realise that some of these browsers can perform actions on their own. They can navigate websites during logged-in sessions, interact with content, and complete routine tasks. 

That’s brilliant for efficiency, but it also means they could be tricked by a malicious webpage and convinced to hand over information without the user even noticing.

The warning is clear: AI browsers can expose businesses to unnecessary risk if they’re not configured and used correctly.

So, what do you need to think about before rolling them out?

Start with the basics: Understand where the data goes. 

Many AI browsers don’t allow you to keep the AI processing local on the device. Instead, everything is sent to the provider’s cloud service. 

That means your cyber security and data protection policies need to cover this. Especially if you work with sensitive information, regulated data, or anything involving clients.

It’s also important to think about how staff will use these browsers day-to-day. 

Even if the browser itself meets your security standards, an employee could easily introduce new risks by doing something as simple as opening an AI sidebar while sensitive information is visible on another tab. 

The AI doesn’t know what’s private, it processes what it can see.

And then there’s the temptation issue. 

Because these tools can automate boring tasks, some employees might try to use them to get through mandatory training or compliance activities. It’s easy to forget that an automated click-through isn’t the same as a trained, security-aware human.

None of this means AI browsers are bad. Far from it. 

They’re powerful, exciting tools with real business benefits. But like any emerging technology, they need guard rails.

If you decide to allow AI browsers in your business, make sure your staff understand how they work. Help them see that anything open in their browser could potentially be sent to the AI service. 

Encourage them to avoid using AI functions while viewing highly sensitive data. And make sure your IT team can centrally manage security settings so that convenience never comes at the expense of safety.

We’re still in the early days of AI browsers. Their risks aren’t fully understood yet, and the default settings often favour convenience over protection. Use them responsibly, after proper risk assessments and training.Before you adopt an AI browser across your business, take the time to make sure you’re doing it securely. If you need help with that, get in touch.

The post Consider this before using AI browsers at work appeared first on Sussex Tech Support.

Be honest, when was the last time you forgot a password and ended up in that endless loop of “reset your password” emails?

It’s one of the biggest frustrations of modern working life. 

But it might finally be coming to an end.

Microsoft has announced that passkeys can now be synced across your devices using your Microsoft Account in Edge.

If you’re not familiar with passkeys yet, they’re a clever, password-free way to log in. 

Think of them as a more secure and much simpler replacement for passwords. Instead of typing a string of letters, numbers, and symbols, you use your device’s built-in security, like Face ID, fingerprint recognition, or a PIN, to prove it’s really you. 

The system uses something called the FIDO2 standard, which ties your login information directly to your device. 

No passwords to steal, no phishing links to fall for.

Until now, though, there’s been one big problem: Passkeys were usually stored locally on your device. 

That meant if your laptop died or you upgraded to a new PC without backing them up, you could lose access to your accounts completely. 

Not ideal.

Now, with Microsoft’s latest update to Edge, that headache is over. 

Your passkeys can be securely stored and synced in the cloud, protected by your Microsoft Account and an extra PIN via Microsoft Password Manager. 

That means you can sign in to any Windows 11 PC with your account and your passkeys come with you. No fuss, no lockouts, no panic.

And before you worry, this doesn’t mean your data is suddenly up for grabs. 

Microsoft has made it clear that synced passkeys are encrypted in the cloud. They’ll have multiple layers of protection. 

In fact, it’s just as secure as storing them locally, but much more convenient.

This is another small but important step toward better productivity and security. 

Fewer passwords mean fewer resets, fewer support tickets, and far less risk of someone reusing weak passwords or falling for phishing scams. 

And for your employees, it’s one less thing to remember.

Passkeys are already rolling out to Windows 11, with support for Mac and mobile on the way. So next time you’re prompted to “Save as passkey” in Edge, say yes.

The post At last: Sync passkeys across your devices appeared first on Sussex Tech Support.

When was the last time you saw one of those scary pop-ups claiming your computer was infected? 

You know the ones. They come complete with flashing red warnings and a fake phone number to “call Microsoft support”.

It’s called scareware, and it’s designed to panic you into handing over money or access to your device. 

And even the most careful among us can be caught off guard.

You may be as happy as I am to hear that Microsoft is fighting back. In a big way.

In an update to its Edge browser, Microsoft has rolled out a new scam protection tool that uses artificial intelligence (AI) to stop these fake alerts before they even reach you. 

It’s part of a wider effort to make Edge one of the most secure browsers for both Windows and Mac users.

Edge now includes something called a Scareware Blocker. This is switched on by default for most newer computers. 

It uses a clever AI model that can “see” the kind of full-screen scam pages designed to look like real system alerts. The ones that say “your device is infected” or “call support immediately.” 

And when it spots one, it shuts it down instantly, before you or your team have a chance to click anything dangerous.

If someone does happen to report a scam, it helps everyone else too. Microsoft’s Defender SmartScreen system learns from that report and blocks the same scam for others. Sometimes hours or even days before it would normally appear on global threat lists. 

In tests, just one report stopped about 50 other people from being targeted.

There’s also a brand new scareware sensor built into the latest version of Edge. This helps Microsoft’s systems spot new scams in real time, without sending your personal data or screenshots anywhere. 

It’s switched off for now, but Microsoft says it will soon be enabled automatically for anyone with SmartScreen turned on.

Unfortunately, scams are everywhere, and they’re getting worse. One wrong click on a fake warning can lead to serious consequences from stolen passwords and drained bank accounts to full-on ransomware attacks. 

And while many scams target individuals, small and medium sized businesses are increasingly in the firing line. 

Criminals know that even one employee slipping up can be the weak link.

Tools like this new protection in Edge help to plug those gaps. They use AI to react faster than a human ever could. And that means one less thing to worry about when your team is busy getting real work done.

So if your business uses Microsoft Edge, make sure you’re running the latest version. The new scam protection could save you a lot of trouble and maybe even a few heart-stopping moments.

And if you’re not sure how well protected your systems are against scams like this, it might be time for a security audit. My team and I can help with that – get in touch.

The post Microsoft Edge introduces a new scam protection tool appeared first on Sussex Tech Support.

When you download a new app for work, how sure are you that it’s really the genuine thing?

A new wave of cyber attacks is making that question more important than ever.

Hackers are creating fake versions of popular apps. Things like WhatsApp, Chrome, and even secure messaging platforms such as Signal or Telegram.

On the surface these look exactly like the real deal. But hidden inside is malware designed to spy on you, steal data, or even give attackers control of your device.

The trick that makes this so dangerous is something called SEO poisoning.

In simple terms, attackers use search engine optimisation (SEO) techniques to push their fake websites to the very top of search results. So even if you’re usually careful online, you could still end up on a malicious site without realising it.

From there, downloading what looks like a safe installer could also install hidden software that logs your keystrokes, monitors your clipboard, captures your screen, and even bypasses security tools.

The risks are obvious. One mistaken download by a staff member could expose sensitive company data, compromise client communications, or open the door to further attacks.

And because these fake apps sometimes also install the real version alongside the malicious one, people often have no idea anything is wrong until it’s too late.

So how can you stay safe?

The simplest step is to only ever download apps from official app stores or directly from a company’s website you’ve typed in yourself.

Encourage staff to double-check web addresses before clicking on download links. They should look for subtle misspellings or odd characters that give away a fake.

And make sure your security software is up to date so it can help spot threats if something slips through.

Most importantly, don’t forget that awareness is one of your strongest defences.

Talk to your employees about scams like these and keep them updated on new threats. A quick reminder in a team meeting or an internal email could be enough to stop someone making an expensive mistake.

Fake apps aren’t going away any time soon. But by staying alert and building good security habits across your business, you can make sure your people, and your data, stay safe.

If you need help training your team, or checking your security is up to task, get in touch.

The post Beware fake apps containing malware appeared first on Sussex Tech Support.