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Why Microsoft Updates Are Not Enough: The Hidden Risk of Unpatched Applications

Tue, 14 Jul 2026 00:00:00 +0000

Application patching, third-party software updates and why every business needs a broader approach to cyber security.

For many businesses, “keeping computers updated” means one thing: installing Microsoft updates after Patch Tuesday. That is a good habit, and it remains an important part of cyber security. Microsoft’s monthly update cycle helps protect Windows, Office and other Microsoft products from newly discovered vulnerabilities. However, it is only one part of the picture.

The problem is that most computers do not just run Microsoft software. They also run PDF readers, web browsers, remote access tools, printer utilities, conferencing software, file compression tools, line-of-business applications, browser extensions, Java runtimes and many other third-party applications. If these applications are not updated, they can leave the computer exposed even when Windows itself is fully patched.

Patch Tuesday only covers part of the risk

Patch Tuesday has become a familiar routine for IT teams and business users. Once a month, Microsoft releases security updates that address known vulnerabilities across Windows and Microsoft products. Many organisations rely on this cycle and assume that if Windows Update says a device is up to date, the device is protected.

That assumption can be dangerous. Windows Update does not automatically update every application installed on a computer. In some cases, users must enable updates for additional Microsoft products separately. In many other cases, updates for non-Microsoft applications depend on the vendor’s own update mechanism, the user accepting prompts, or an administrator deploying updates through a separate patching tool.

This creates a common gap: the operating system may be secure, but the applications running on it may not be. Attackers know this. They often look for widely installed software that businesses forget to maintain, because one outdated application can provide a route onto the device, into user data, or deeper into the organisation’s network.

Third-party applications are a real-world attack route

Third-party application vulnerabilities are not theoretical. Security agencies and vulnerability databases regularly identify non-Microsoft software that has been actively exploited in the wild. CISA maintains a Known Exploited Vulnerabilities catalogue to help organisations prioritise flaws that attackers are already using, and it strongly urges organisations to make timely remediation part of their vulnerability management process.

A well-known example is Adobe Acrobat and Reader. PDF readers are installed on many business computers and are frequently trusted by users because PDFs are a normal part of everyday work. However, vulnerabilities in Adobe Acrobat and Reader have repeatedly allowed attackers to execute code when a user opens a malicious file. In 2026, CVE-2026-34621 was added to CISA’s Known Exploited Vulnerabilities catalogue; the National Vulnerability Database describes it as a flaw that could result in arbitrary code execution in the context of the current user, requiring the victim to open a malicious file.

Older Adobe Reader vulnerabilities show the same pattern. CVE-2023-21608, for example, affected Adobe Acrobat Reader and could also result in arbitrary code execution if a user opened a malicious file. This is exactly why PDF readers and similar applications must be treated as security-critical software, not as harmless utilities.

Adobe is not the only example. Adobe ColdFusion, Joomla extensions and other widely used software platforms have also appeared in active exploitation reports. In July 2026, CISA added vulnerabilities affecting Adobe ColdFusion, Langflow and Joomla page-builder extensions to its Known Exploited Vulnerabilities catalogue after evidence of active exploitation. These cases reinforce an important lesson: attackers do not care whether a vulnerability sits in the operating system, a browser, a PDF reader, a web platform or a business application. If it is unpatched and exploitable, it can become the way in.

Why application updates get missed

Application patching often fails because responsibility is unclear. Users may assume updates happen automatically. IT teams may focus on Windows updates and antivirus status. Business owners may not know what software is installed across their devices. Over time, this creates a patchwork of outdated applications, abandoned utilities and unsupported software.

There are several common reasons third-party applications fall behind:

Users dismiss or ignore update prompts because they are busy.
Applications use separate update mechanisms that are not centrally managed.
Some software requires administrator permissions to update.
Older applications remain installed even though they are no longer used.
Line-of-business software may be left untouched because people worry an update will break something.
IT reporting tools may not clearly show which third-party applications are out of date.

The result is a hidden layer of risk. A device can appear healthy because Windows is patched and antivirus is running, while still carrying outdated applications that are known to be vulnerable.

Cyber Essentials and the 14-day patching expectation

Cyber Essentials and Cyber Essentials Plus exist to help organisations protect themselves against common cyber threats and demonstrate that they take cyber security seriously. One of the core areas is security update management. Current guidance around Cyber Essentials highlights the importance of applying high-risk or critical security updates promptly, including updates for operating systems, firmware and applications.

This matters because Cyber Essentials is not just about ticking a box. It gives customers, suppliers and partners confidence that your organisation has basic but important security controls in place. A business that cannot identify and patch outdated applications may struggle to prove that it is managing its cyber risk effectively.

For organisations working towards Cyber Essentials or Cyber Essentials Plus, comprehensive application patching can make the assessment process smoother. It helps identify vulnerable software, remove unsupported applications, apply updates consistently and provide evidence that devices are being maintained properly.

What good application patching looks like

A good patching approach should do more than wait for users to click “update”. It should provide visibility, consistency and accountability across all devices. Businesses should know what applications are installed, which versions are running, which updates are missing and which devices need attention.

An effective process should include:

Regular scanning to identify installed software and outdated versions.
Centralised reporting so risks can be seen across the whole business.
Automated deployment of updates where practical.
Clear handling for applications that cannot be updated automatically.
Removal of unused or unsupported software.
Evidence and reporting to support Cyber Essentials and Cyber Essentials Plus assessments.

Most importantly, application patching should be treated as an ongoing security control, not a one-off clean-up exercise. New vulnerabilities are discovered constantly, and vendors release updates throughout the month, not just on Microsoft’s schedule.

Hackers and people with malicious intent are using AI to identify and expose security flaws in applications. Anthropic's AI agents (Claude Mythos and Claude Code) identified hundreds of software vulnerabilities that humans missed for over two decade! AI found something in a short space of time that humans had missed for more than 20 years. Applications are not made from scratch, they are developed over time, meaning they are often built on previous versions of code, which means vulnerabilities can be tucked away inside. What on the surface appears to be a brand new application, but look under the bonnet you'll find it is actually decades old in some places where old code has been reused in the new application.

Fortunately Anthropic shared their findings with the application vendors and not the public, however it highlights how easy it is for AI to find and exploit these hidden vulnerabilities, which is why application patching, especially 3rd party applications that often get missed, is carried out regularly, and preferably, automatically.

How The Silver Cloud Business can help

The Silver Cloud Business offers comprehensive application patching to help clients reduce avoidable security risks across their devices. Our service helps identify third-party applications that are out of date, prioritise updates, and maintain a stronger security posture across the business.

Our automated patching service is minimally intrusive, yet offers peace of mind and helps organisations stay protected. We can even roll back updates if it is temporarily causes issues, such as the new version having compatibility issues with older version data etc.

This service can also support organisations that want to achieve or maintain Cyber Essentials and Cyber Essentials Plus accreditation. By keeping applications updated and producing clearer evidence of patching activity, businesses can show customers, suppliers and partners that they take cyber security seriously.

Free application vulnerability scan

If you are not sure how many outdated applications are present across your computers, we can help. The Silver Cloud Business is offering everyone, who is interested, a free application scan to show how many applications are running older versions and where vulnerabilities may exist.

It is a simple way to understand your exposure, identify quick wins and decide whether your current patching process is enough. It's free, you have NOTHING to lose.

It doesn't cost anything, there is no obligation, it is to help you understand the current level of risk your organisation has in terms of exposure.

Call The Silver Cloud Business on 01722 411999 to arrange your free application scan.

_Sources:_{CISA Known Exploited Vulnerabilities Catalogue.}_{NIST National Vulnerability Database entry for CVE-2026-34621, Adobe Acrobat and Reader Prototype Pollution Vulnerability.}_{NIST National Vulnerability Database entry for CVE-2023-21608, Adobe Acrobat Reader Use-After-Free Vulnerability.}_{IASME and Cyber Essentials 2026 guidance on security update management and patching requirements.}

Why IT Security Is the Business Equivalent of House Insurance and Smoke Alarms

Tue, 07 Jul 2026 00:00:00 +0000

I know the article title is a bit "out there" but bear with me, it'll make sense, I promise.

We all buy house insurance, pretty much

You do not buy house insurance because you expect your home to burn down. You buy it because you understand that accidents, fires, floods, theft and unforeseen events can happen — and if they do, you want to be protected. In the UK, you are not legally obliged to insure the building if you own it outright, but most people still choose to do so because the risk of being uninsured is simply too great.

The same thinking applies to a smoke alarm. You do not install one because you are planning for a fire. You install one because it gives you early warning, buys you time, and may prevent a bad situation from becoming a disaster. It is a small, sensible precaution that most people take without debate.

So why do so many businesses take a different attitude towards IT security?

Cyber security is not paranoia — it is preparation

Businesses protect their buildings, stock, vehicles, staff and customer records from events they hope will never happen. They lock doors, install alarms, insure assets and back up important paperwork. Yet when it comes to IT, some organisations still wait until something goes wrong before they act.

That approach is risky because cyber incidents are not rare, distant or theoretical. The UK Government’s Cyber Security Breaches Survey 2025 reported that 43% of businesses identified a cyber security breach or attack in the previous 12 months, with phishing remaining the most common and disruptive type of attack among affected organisations. The National Cyber Security Centre also warns that small organisations are not too small to be targeted and recommends practical steps such as backups, malware protection, stronger passwords and phishing awareness.

In other words, cyber security should not be seen as an optional luxury. It is the digital equivalent of locking the front door, fitting smoke alarms and making sure your insurance is in place before you need it.

The many doors hackers can try

A house has more than one way in: the front door, the back door, windows, the garage, the letterbox or even a spare key left in the wrong place. A business IT environment is similar. Attackers look for weaknesses across a range of “attack surfaces” — the different routes they can use to gain access, deliver malware, steal information or disrupt operations.

Email: Phishing emails remain one of the most common ways attackers get in. A convincing message can trick someone into opening a malicious attachment, clicking a fake login page or approving a fraudulent payment.
Websites and browser-based payloads: A compromised website, malicious advert or fake download can deliver malware or steal credentials without the user realising what has happened.
Unknown media: USB drives, memory cards or other removable devices can carry infected files. Something plugged in “just to check what is on it” can quickly become a route into the network.
Weak or reused passwords: If staff reuse passwords across systems, one leaked password can become the key to multiple accounts.
Unpatched software: Out-of-date operating systems, applications, plugins and devices can contain known vulnerabilities that attackers already know how to exploit.
Remote access and cloud services: Poorly protected remote access, cloud storage or collaboration tools can expose business data if accounts are not secured properly.

None of these risks require a business to be especially large, famous or wealthy. Attackers often look for easy opportunities. If one organisation has weak defences and another has basic protections in place, criminals will usually choose the easier target.

Basic protection makes a big difference

Good IT security does not always mean expensive, complicated technology. Much like a smoke alarm, many of the most useful controls are simple, practical and preventative. They are designed to reduce the chance of an incident and limit the damage if one occurs.

Use multi-factor authentication on email, remote access, cloud systems and important business accounts.
Keep devices, servers, websites and applications updated with security patches.
Install and maintain reputable endpoint protection on computers and laptops.
Back up critical data regularly and test that backups can be restored.
Train staff to recognise suspicious emails, links, attachments and payment requests.
Restrict the use of unknown USB drives and removable media.
Review website security, hosting, plugins and administrative access.
Create a simple incident response plan so the business knows what to do if something goes wrong.

The goal is not to create a fortress that nothing can ever penetrate. The goal is to make your business harder to attack, faster to recover and less likely to suffer serious financial, operational or reputational damage.

Why protect your home but leave your business exposed?

Most people would not cancel their house insurance because they believe a fire, flood or burglary is unlikely. They would not remove their smoke alarms because they have never had a fire before. They understand that protection is there for the day they hope never comes.

The same logic should apply to your business IT. Cyber threats are not less likely than a house fire; for many businesses, they are far more likely. Email scams, malicious websites, infected files, stolen passwords and vulnerable systems are everyday risks. Ignoring them does not make them disappear — it simply means you are hoping nothing happens.

Cyber security is not about expecting the worst. It is about being responsible, prepared and resilient. You protect your home from unforeseen risks because the consequences of being unprotected are too serious. Your business deserves the same level of care.

Do not wait until after the incident to wish you had acted sooner. Put the right protections in place now — not because you expect disaster, but because you want your business to be safe rather than sorry.

Call us on 01722 411 999 for more information about how to secure your business from threats.

Why IT Equipment Is Now So Much More Expensive — and Harder to Get

Wed, 01 Jul 2026 00:00:00 +0000

Back in April we warned that a technology drought was coming (read the article here), unfortunately our warning has now become reality.

If you have tried to buy laptops, desktops, servers, storage or networking equipment recently, you may have noticed two things: prices are rising quickly, and delivery dates are becoming harder to rely on. This is not simply a case of suppliers putting prices up because they can. The IT hardware market is being squeezed by several pressures at once, and those pressures are now feeding through to businesses of every size.

The biggest driver behind this: AI is consuming the supply chain

The single biggest change is the explosion in demand for artificial intelligence infrastructure. AI systems require enormous amounts of computing power, memory and storage. That means hyperscale data centres are buying vast quantities of processors, high-performance memory, SSDs, hard drives, networking equipment and power infrastructure.

For everyday business buyers, the problem is that many of the same components used in AI infrastructure are also used in ordinary laptops, desktops, servers and storage arrays. When the largest technology companies place huge forward orders, smaller buyers are left competing for reduced allocation. The result is longer lead times, shorter quote windows and less room for negotiation.

Memory and storage have become bottlenecks

Memory is one of the clearest examples of the squeeze. RAM, DRAM, NAND flash and SSD components are needed in almost every modern device, from entry-level laptops to enterprise servers. As AI demand has grown, manufacturers have shifted capacity towards higher-margin products such as high-bandwidth memory and server-grade components.

That shift leaves less capacity for mainstream business equipment. Even when finished devices are available, the underlying component costs are higher. This is why price increases are appearing across PCs, workstations, servers, storage systems and upgrades such as SSDs and RAM.

Manufacturing capacity cannot expand overnight

It is tempting to assume that manufacturers can simply make more chips, drives and processors. In reality, semiconductor manufacturing is highly specialised, expensive and slow to scale. New fabrication capacity takes years to plan, build, equip and certify. Even when manufacturers invest heavily, that extra supply does not reach the market immediately.

This creates a lag between demand and supply. AI adoption, cloud expansion and business refresh cycles can increase quickly, but production capacity responds much more slowly. During that lag, distributors and resellers face allocation limits, and customers experience delays.

Supply chains are still more fragile than they used to be

The IT industry has also become more aware of how fragile global supply chains can be. Many products rely on components sourced from multiple countries, assembled in another, shipped through global logistics networks and distributed through regional channels. Disruption at any point can affect availability.

Commodity prices, currency movements, shipping costs, trade rules and tariffs can all affect the final price. Even if the headline cost of a laptop or server has not changed at the factory, the cost of getting it into the customer’s hands may have increased.

Suppliers are protecting themselves with shorter quotes

Another visible change is the shortening of quote validity periods. In calmer markets, a supplier might hold a price for weeks. In today’s market, component costs can change quickly, so suppliers are less willing to guarantee prices for long periods. This is why buyers may see quotes valid for only a few days, or stock disappearing before an order is approved.

For organisations with slow purchasing processes, this creates a practical problem. By the time approval is granted, the original price or availability may no longer exist. Procurement teams need to move faster, plan further ahead and be realistic about substitutions.

Entry-level equipment is being hit especially hard

Rising component costs do not affect every product equally. Premium devices often have enough margin for manufacturers and suppliers to absorb some increases. Entry-level equipment has much tighter margins, so even a modest increase in memory, storage or processor costs can make a low-cost model uneconomic.

This means businesses may find that budget laptops, low-end desktops and basic configurations are either less available or not as attractively priced as before. In some cases, it may be better value to buy a slightly higher specification machine that will last longer, rather than chase the cheapest option in a constrained market.

What businesses should do now

The best response is not panic buying, but better planning. Businesses should treat IT hardware as a strategic supply item rather than an occasional purchase. That means forecasting needs earlier, agreeing budgets sooner and avoiding last-minute procurement wherever possible.

Plan refresh cycles at least several months ahead, especially for laptops, servers, storage and networking equipment
Approve budgets early so orders can be placed while stock and pricing are still available
Be flexible on equivalent models or specifications where the exact preferred item is constrained
Standardise equipment where possible to simplify support, spares and purchasing
Consider lifecycle value rather than only the lowest upfront cost
Keep critical spares for essential infrastructure instead of relying on immediate availability

What does this mean for you business?

IT equipment is more expensive and harder to source because demand has changed faster than the supply chain can respond.

AI infrastructure, data centre growth, memory shortages, manufacturing constraints and global trade pressures are all pushing in the same direction.

For business buyers, the lesson is simple: plan earlier, move faster when quotes are issued, and expect hardware availability to remain unpredictable for some time. If you would like more information or advice about asset management and future equipment lifecycle planning, call us on 01722 411 999

AI Is Finding Old Security Weaknesses. Is Your Business Ready?

Wed, 24 Jun 2026 00:00:00 +0000

Cyber security is changing fast. Artificial intelligence is now helping experts find security weaknesses hidden inside old software code — weaknesses that may have been sitting there unnoticed for years.

The National Cyber Security Centre has warned that businesses should prepare for a coming “patch wave”: a rush of software updates designed to fix long-standing security flaws before criminals can take advantage of them.

Why this matters to you

You do not need to understand the technical detail. The important point is simple: if your computers, servers, software, firewalls, websites or cloud systems are not kept up to date, your business may be easier to attack.

Updates are not just an inconvenience. They are often the lock change after someone has discovered how to open the door.

When a security flaw becomes public, cyber criminals move quickly. Businesses that delay patching can become easy targets for ransomware, data theft, email compromise, downtime and reputational damage.

The risk is not theoretical

Many attacks do not start with a clever hacker targeting one company personally. They start with automated tools scanning the internet for known weaknesses.

If your business is running outdated systems, old software or unsupported technology, you could appear on that list. Once attackers find a gap, the damage can be costly and fast.

Lost files
Locked systems
Interrupted trading
Angry customers
Regulatory questions
Expensive recovery work

These are real consequences of leaving technology exposed.

What should you do now?

The priority is to know what you have, what is exposed to the internet, and what needs updating first. That includes laptops, servers, firewalls, email systems, cloud services, websites, remote access tools and business applications.

Check which systems are out of date
Patch critical updates quickly
Replace software or hardware that is no longer supported
Make sure backups, monitoring and protection are working
Do not wait until something goes wrong

This is where we can help

You should not have to become a cyber security expert to keep your business safe. As a managed service provider, The Silver Cloud Business helps organisations understand their risks, keep systems up to date and reduce the chances of a costly security incident.

If you are not already a customer, we can review your environment, identify outdated or unsupported technology, prioritise urgent updates and help put a practical patching plan in place.

Do not wait for the warning signs

The businesses that act now will be in a stronger position when the next wave of security updates arrives. The businesses that ignore it may only discover the problem after an attack, when the cost is far higher.

We check what technology you have
We find what is out of date or exposed
We prioritise the biggest risks
We help keep your systems patched and protected.

Protect your business before attackers find the gap

AI is helping uncover old security weaknesses faster than ever. That means businesses need to move faster too.If you are not sure whether your systems are up to date, supported or secure, now is the time to find out.

Call The Silver Cloud Business on 01722 411 999

We can help you make sure your business is secure, your systems are up to date, and your risks are being dealt with before they become a serious problem.

Proactive IT Monitoring Beats Waiting for Disaster

Wed, 17 Jun 2026 00:00:00 +0000

When it comes to IT services, prevention is always better than cure. Many businesses only think about monitoring after something has gone wrong: emails stop working, a server becomes unavailable, a PC is infected, or a Microsoft 365 account is compromised. By that point, the issue has already caused disruption, cost, risk, and reputational damage.

Proactive monitoring changes that

Instead of waiting for problems to affect users, it continuously watches the health, performance, and security of IT systems so that warning signs can be identified early. The sooner a problem is detected, the easier it is to contain, resolve, and prevent from becoming a serious incident.

The Cost of Reacting Too Late

Reactive IT support has its place, but relying on it alone means accepting avoidable downtime. A fault that could have been fixed in minutes may become hours of lost productivity. A suspicious sign-in that could have been blocked may become a mailbox breach. A single infected PC that could have been isolated may spread malware across a network.

In most cases, IT problems do not appear from nowhere. There are usually early indicators: unusual login patterns, failed backups, storage alerts, slow devices, antivirus warnings, unexpected configuration changes, or abnormal network activity. Proactive monitoring turns these signals into action before users experience the consequences.

Microsoft 365 Security: Spotting Compromise Before Damage Is Done

Microsoft 365 is now at the centre of most organisations. It holds email, files, identities, collaboration tools, and business-critical data. That makes it a prime target for attackers. Modern hackers often do not break in by forcing their way through a firewall; they log in using stolen credentials, compromised sessions, weak permissions, or misconfigured access controls.

This is why security monitoring for Microsoft 365 is so important. Bespoke monitoring tools can watch for suspicious activity such as impossible travel, unusual mailbox rules, unexpected admin changes, risky sign-ins, new forwarding rules, suspicious application consent, or changes to multi-factor authentication settings. These are the kinds of signals that may suggest an attacker has gained access and is preparing to act.

Attackers often spend time quietly observing an environment before they do anything obvious. That delay gives organisations a valuable opportunity. If a compromised account or tenant behaviour is detected early, access can be revoked, passwords can be reset, sessions can be invalidated, and malicious changes can be reversed before data is stolen, emails are redirected, or wider compromise takes place.

AI Is Making Cyberattacks Faster, More Common, and More Complex

Artificial intelligence is also changing the threat landscape. Attackers can now use AI to create more convincing phishing emails, automate reconnaissance, generate malicious code, analyse targets more quickly, and adapt attacks at greater speed. What used to require more time, skill, and manual effort can now be scaled and refined much more easily.

This means businesses are facing more frequent and more complex attacks. Phishing emails may be better written, fake login pages may look more convincing, and malware may become harder to spot using traditional methods alone. As attackers become faster and more automated, businesses need monitoring that can identify unusual behaviour quickly, not days or weeks after the damage has been done.

That makes proactive monitoring even more important. If cybercriminals are using automation and AI to increase the speed and quality of their attacks, organisations need equally proactive defences that look for suspicious patterns, alert early, and support rapid intervention before an incident spreads.

Endpoint Monitoring: Stopping The Problem Before It Spreads

The same principle applies to client PCs, laptops, and other endpoints. A single infected device can quickly become a much bigger problem if malware is allowed to spread. Without proactive monitoring, an infection may only be discovered once files are encrypted, credentials are stolen, or other devices on the network are affected.

Endpoint monitoring helps identify suspicious processes, malware detections, unusual device behaviour, missing updates, disabled protection, or signs of unauthorised access. Once detected, the affected device can be isolated, the threat can be removed, and further investigation can confirm whether anything else has been touched.

This is the difference between dealing with one infected PC and dealing with a business-wide incident. Early identification limits the blast radius. It protects data, reduces downtime, and gives IT teams the chance to respond calmly and methodically rather than firefighting under pressure.

Proactive Monitoring Improves Reliability Too

Security is only one part of the story. Proactive IT monitoring also helps keep everyday services running smoothly. Monitoring can alert teams to low disk space, failing hardware, backup issues, certificate expiry, licensing problems, network outages, performance bottlenecks, and service degradation.

These may sound like small technical details, but they can have a large business impact:

A failed backup only becomes a crisis when data needs to be restored.
A full disk only becomes urgent when an application stops working.
A certificate expiry only becomes visible when users can no longer access a service.

Monitoring helps resolve these issues before they affect the business.

From Firefighting to Continuous Improvement

Proactive monitoring is not just about alerts. It also provides insight. Over time, monitoring data helps identify recurring problems, weak points, and trends. This allows IT providers and internal teams to make better decisions about upgrades, security policies, user training, patching, and resilience.

Instead of repeatedly fixing the same issues, organisations can address the root cause. That shift from firefighting to continuous improvement is where proactive monitoring delivers real value. It creates a more stable, secure, and predictable IT environment.

Conclusion: Prevention Protects Productivity, Security, and Reputation

The best IT issues are the ones users never experience. Proactive monitoring helps make that possible by identifying problems early, reducing downtime, improving security, and preventing small warning signs from becoming major incidents.

Whether it is monitoring Microsoft 365 for early signs of tenant compromise, watching client PCs for malware, responding to AI-driven phishing and automated attacks, or checking the health of critical infrastructure, the principle is the same: prevention is better than cure. By spotting problems before they cause harm, businesses can protect their people, their data, and their reputation.

Waiting until something breaks can be expensive at best, catastrophic and business ending at worst.

Monitoring it before it has any incidents is smart, be smart, protect your business investment.

How does this impact my business?

If you think you don't need proactive monitoring, think again. There is one hard rule in IT, it is not if a company gets attacked, it is when a company gets attacked. Every company experiences IT cyber attacks no matte their size. It is a numbers game, especially with automated attacks. Whilst they often target well known companies or large corporations, they will also opportunistically attack everything and anything, just because a lot of the time it is opportunistic, automated probing and attack.

The other consideration is if you pay for a proactive service and don't think its worth it so you want to either cut back or cancel, because nothing has happened and especially as the cost of living increases.

This is a fools errand, and here is why. The reason you haven't noticed anything is because the monitoring is working and preventing the issues from occurring. We give our clients peace of mind by providing monthly reports showing a list of the attacks that have been prevented. There are many attack surfaces these days, such as web browsing, emails, shared online data, pen drives, social media, messaging platforms and texts etc. The list is long and growing. There are more exploits being discovered each day, more attacks, more sophisticated and complex attacks.

There have been documented cases now where an organisation has been compromised through fake AI voice messages that were generated by sampling video from social media such as Linked-In where enough was sampled for AI to be able to spook the voice of a senior person in the organisation authorising payments to criminals. The threats are becoming more complex, so are the threat detections, it is war of artificial intelligence, with good vs bad.

If you want more information regarding proactively protecting your business from the ever changing threat landscape, or if you would like to see sample reports to see the type of information that is generated call us on 01722 411 999. We can even run a scan on your data, free of charge, to show you how many threats are ALREADY inside your organisation, it might be quite enlightening.

Your Staff Are Now the Weakest Link: How AI Is Making Social Engineering Attacks Smarter

Wed, 10 Jun 2026 00:00:00 +0000

AI-powered phishing, voice cloning and business email compromise are changing the cyber threat landscape for UK businesses. While firewalls, endpoint protection and password policies still matter, attackers are increasingly bypassing technical controls by targeting people instead. Social engineering attacks have become faster, cheaper and far more convincing because AI helps criminals write credible messages, imitate trusted voices and personalise scams at scale.

The biggest shift is not just in the technology, but in how it is used to manipulate behaviour. Modern AI scams use social engineering to condition victims over time, building familiarity, credibility and urgency across email, phone calls, messaging platforms and video meetings. Instead of relying on one obvious phishing email, attackers can now create believable multi-step conversations that feel like normal business activity.

How AI is making social engineering attacks more effective

Traditional phishing used to leave clues: poor grammar, odd phrasing, generic greetings and obvious formatting mistakes. AI strips many of those warning signs away. Criminals can generate fluent, professional language in seconds, translate it into different languages, tailor it to a specific department and even mirror the writing style of a manager, supplier or customer. Voice cloning and deepfake tools take this a step further by recreating trusted identities in phone calls, voicemails and video meetings.

This matters because social engineering works by exploiting human instincts: trust, helpfulness, speed and fear of getting something wrong. AI amplifies each of those triggers. It allows attackers to test different messages, refine what works and run campaigns across email, SMS, collaboration platforms and phone calls. According to the 2025 Verizon Data Breach Investigations Report, the human element remains involved in around 60% of breaches, underlining how often people are still the route in for attackers. It is also why AI is such a force multiplier for fraud and compromise.

Examples of AI-powered scams affecting businesses today

Executive impersonation and payment fraud: Attackers use AI-written emails or cloned voices to pose as senior leaders and push urgent payment requests. In one widely reported 2024 case in Hong Kong, a finance employee was deceived during a fake video call involving deepfake identities of executives and transferred roughly US$25 million.
Voice cloning and vishing: Criminals can create realistic voice clones from short public audio clips, then call staff pretending to be a director, supplier or colleague. These calls are designed to bypass caution by sounding familiar and authoritative.
Helpdesk and password reset manipulation: Social engineering groups increasingly target support desks, persuading staff to reset credentials or MFA methods. Recent UK reporting around major retail incidents has highlighted how operational teams and helpdesks can become prime targets when attackers want the easiest path in.
Fake recruitment and job scams: AI-generated recruiter profiles, job descriptions and follow-up messages make employment scams look highly credible. These are used both to steal personal data and to move conversations onto less secure channels where victims are easier to manipulate.
Supplier and invoice fraud: AI helps attackers mimic real suppliers, past invoice language and purchasing patterns, making payment diversion emails far more believable than the old “change our bank details” scam.

Why AI social engineering scams work: the conditioning effect

The most effective social engineering attacks are rarely a single message out of nowhere. They are staged. An attacker may first connect on LinkedIn, then send a harmless email, then reference a real supplier, project or meeting, and only later introduce the request—click this link, share that code, approve this payment, reset that account. AI makes that process easier to scale because it can maintain consistent language, remember context, adapt responses and keep the conversation feeling natural.

This is what conditioning looks like in practice: repeated contact that lowers suspicion, use of familiar names and systems, carefully timed urgency, and an appeal to routine business behaviour. The victim is not simply tricked—they are guided. By the time the harmful request arrives, it may feel consistent with everything that came before. That is why experienced, intelligent employees still get caught out. These attacks are designed to exploit normal behaviour, not ignorance.

How businesses can reduce the risk of AI-powered social engineering

Train for modern scams, not old phishing clichés. Staff need to recognise AI-polished messages, voice impersonation, fake urgency and multi-step manipulation—not just spelling mistakes.
Introduce robust verification processes. Payment changes, password resets, sensitive file requests and MFA changes should always require a second channel of verification.
Protect your public footprint. The more detail attackers can gather about your people, projects and structure, the more convincing their lures become.
Support your helpdesk and frontline teams. These teams are often targeted because they are helpful, busy and operationally critical. Give them scripts, escalation paths and permission to slow things down.
Use layered controls. Awareness matters, but it cannot stand alone. Pair training with strong identity controls, conditional access, phishing-resistant MFA and monitoring for unusual account activity.

The uncomfortable truth is that employees are now on the frontline of cyber security. They are being targeted by AI-powered phishing, deepfake fraud, vishing and business email compromise attacks that are engineered to look legitimate and feel routine. For organisations, that means cyber security can no longer focus only on systems and software. It must also address human trust, verification processes and the ways social engineering attacks manipulate behaviour over time.

If your business wants to reduce cyber risk in the AI era, start by recognising that the threat has changed. Today’s attackers do not just exploit software vulnerabilities—they exploit people, processes and trust. The most vulnerable employee is often not the careless one, but the conscientious member of staff facing an AI-enabled scam that sounds credible, looks familiar and arrives at exactly the wrong moment.

How does this impact my business?

Threats are evolving at a rapid pace and a lot of traditional security tools are keeping pace, making some organisations that rely on basic security measures vulnerable. If you have been impacted by an AI scam or would like advice or more protection measures, call us on 01722 411 999