“MFA Fatigue” Protection: Moving from Push Notifications to Number Matching

Article summary: Simple push notification MFA has a well-documented weakness: attackers who have your password can flood your phone with approval prompts until someone taps “allow” out of frustration or inattention. Number matching MFA closes this gap by requiring users to type a code shown on their login screen rather than blindly approving a prompt. The switch is quick to enable in Microsoft 365 and Google Workspace as a meaningful step toward stronger authentication.

In September 2022, a hacker with a stolen password needed one more thing to get into Uber’s corporate network: someone on the other end of an MFA push notification to tap Approve. So the attacker sent dozens of prompts. Then dozens more. 

Eventually, tired of the alerts, a contractor approved one. The attacker was in.

That’s an MFA fatigue attack. And it works because push-based MFA (multi-factor authentication) asks very little of the person approving. One tap. No context. No confirmation that the login was even initiated by you. 

MFA fatigue attack protection starts with understanding that flaw. Building a layered cybersecurity posture means going a step further than simply having MFA turned on.

How MFA Fatigue Attacks Work

An MFA fatigue attack only works if the attacker already has your credentials. They obtained them through phishing, a data breach, or a purchased dump from a dark web marketplace. The password is compromised. The only obstacle left is the second factor.

The attack is simple. The attacker attempts a login with the stolen credentials, which triggers a push notification on the target’s phone. They do it again. And again. The prompts arrive during a meeting, at 2 a.m., mid-commute. There’s no technical bypass involved. The attacker is betting on human exhaustion.

Microsoft tracked over 382,000 MFA fatigue attacks in a single 12-month period and found that 1% of users accept the very first prompt they receive without scrutiny.

At a 50-person company, that’s roughly one person who will approve the first request reflexively. One approval is all an attacker needs.

Why an “Approve” Button Is the Weak Link

Traditional MFA push notifications are fast and frictionless by design. A prompt appears on your phone: "Are you trying to sign in?" You tap Yes. Done.

But that same simplicity is the vulnerability. The prompt gives the user no information about which app triggered the request, where the login attempt originated, or whether they initiated a sign-in at all. 

In a prompt bombing campaign, the user is being worn down until judgment fails. 

Cisco was breached in 2022 in the same way. An employee received voice calls from someone impersonating IT support while push notifications flooded in, with instructions to just approve one to resolve the issue.

Stolen credentials are the prerequisite. 

Sound password hygiene and an understanding of how phishing attacks deliver those credentials reduce exposure at the front end.

But number matching adds a control that holds even after credentials are gone.

What Number Matching Changes

With number matching enabled, the login screen displays a two-digit number. The user opens their authenticator app and must type that specific number to complete sign-in. No number typed correctly, no access granted.

This one change eliminates two failure modes. 

First, accidental approvals become nearly impossible. There’s nothing to tap blindly. 

Second, it creates a brief but meaningful check: the user must see both their login screen and their phone at the same time, making it obvious if a request wasn’t self-initiated.

In Microsoft 365 and Microsoft Authenticator

Microsoft made number matching the default for all Authenticator push notifications in May 2023. 

If your organization uses Microsoft 365, your users are likely already seeing it. Admins can verify the setting is active for all users via Microsoft Entra Admin Center under Security > Authentication Methods > Microsoft Authenticator.

Microsoft also offers two additional context features that can be enabled alongside number matching: 

1. Displaying the name of the application requesting authentication, 

2. Showing the geographic location of the sign-in attempt. 

Both help users immediately identify a suspicious prompt before they respond.

In Google Workspace

Google Workspace doesn’t use a number matching system in the same way, but administrators can require stronger authentication methods through the Admin Console under Security > Authentication > 2-Step Verification. 

Google’s prompt already shows device name, location, and time of the sign-in request, giving users enough detail to recognize when something looks off.

Is Number Matching Enough?

Number matching MFA is a meaningful upgrade, not a final destination.

CISA explicitly recommends number matching as an interim mitigation for organizations that use mobile push-based MFA and cannot yet implement phishing-resistant authentication. It is described as one of the best available steps short of a full platform change.

The strongest option is phishing-resistant MFA, which uses hardware-bound cryptographic keys (FIDO2 security keys or Windows Hello for Business). 

Even if an attacker tricks a user into entering their credentials on a fake login page, the hardware key won’t authenticate against a domain it doesn’t recognize. 

For most small businesses, number matching is the right step to take this week. Phishing-resistant MFA is the right goal to plan toward.

What matters most right now: teams should know that an unexpected flood of MFA prompts is a sign of an active attack, not a reason to start tapping Approve.

Train your team to deny unexpected prompts immediately and report them to IT. That response, combined with number matching, closes most of the gap that push-only MFA leaves open.

Upgrade How Your Team Signs In

MFA fatigue attack protection doesn’t require new software or a major rollout. If you’re on Microsoft 365, number matching is likely already on. The question is whether it’s verified, configured correctly, and whether your team understands what to do when prompts arrive unexpectedly.

BrainStomp can help you audit your current MFA setup, enable number matching and additional context, and put a plan in place for stronger authentication over time. Reach out at brainstomp.com/contact.

Article FAQs

What is MFA fatigue?

MFA fatigue (also called push bombing or prompt bombing) is an attack technique where a hacker uses stolen credentials to trigger repeated MFA push notifications on a target’s phone until the user approves one out of frustration or distraction. It requires no technical bypass of MFA itself.

What is number matching in MFA?

Number matching is a security setting that requires the user to type a two-digit code shown on their login screen into their authenticator app before the login is approved. It prevents accidental approvals because the user must actively look at both devices and enter the correct number.

Is number matching the same as phishing-resistant MFA?

No. Number matching is a strong upgrade over simple push notifications, but CISA classifies it as an interim step. 

Stop Storing Passwords in Excel: Password Managers for Small Businesses

Article summary: Password lists in Excel, Word, or Notepad create a single point of failure. They make credential theft, password reuse, and unsafe sharing far more likely. A password manager for small businesses reduces real risk by generating unique passwords, controlling sharing, and storing credentials in a secure vault. This protects accounts and lowers the chance that one mistake exposes multiple systems.

If you’ve ever searched through an Excel sheet, Word document, or Notepad file trying to find “the password,” you’re not alone. It feels fast. It feels familiar. And it often feels like the easiest way to keep a team moving.

The problem is that it’s fragile.

Files get copied, emailed, and stored on shared drives or synced folders. Someone renames the file “Passwords – Updated,” and before long there are multiple versions circulating.

If that file is exposed, whether accidentally or through malware, it doesn’t reveal just one login. It can expose all of them.

That’s why a password manager is such a practical upgrade for small businesses. It’s one of the simplest ways to strengthen everyday IT security.

Why Password Lists Are Risky

Password lists create risk because they turn credentials into something that’s easy to spread and hard to control. 

They don’t just store passwords. They normalize habits that attackers rely on, like reuse and informal sharing. 

Storing passwords in an Excel or Word document on your PC is a common mistake that makes credentials easier to expose in the real world. Passwords are generally more valuable because people typically use the same password for multiple logins.

NIST guidance notes that using distinct passwords helps prevent “password stuffing” attacks, where a leaked password is automatically tried across many other sites and services.

CISA recommends a practical alternative: a password manager, an “easy-to-use program that generates, stores, and even fills in all your passwords.” Unlike a static document, it reduces the need for copy-and-paste storage and makes password reuse far less likely.

That’s why a password manager is such a practical security upgrade for small businesses.

It replaces password lists that lack built-in ways to:

• Control who can view credentials

• Share account access without revealing the actual password

• Track who accessed an account

• Make unique passwords the default

Attackers Love Stolen Credentials

Attackers don’t need movie-style hacking if they can get valid logins. Stolen credentials are one of the simplest ways into a business because they look like normal access. 

Verizon’s 2025 Data Breach Investigations Report (DBIR) says in the Basic Web Application Attacks pattern, about 88% of breaches involved the use of stolen credentials. 

The report also shows credential abuse as a frequent initial access path, which helps explain why one exposed password rarely stays contained.

Why a Password Manager for Small Business Reduces Real Risk

A password list is a workaround. A password manager is a system. That difference matters, because security works best when the safest option is also the easiest one to use.

Unique Passwords Become the Default

A password manager for small businesses makes strong, unique passwords the easy option. People don’t have to invent passwords, remember them, or reuse the same “good one” everywhere. 

The manager generates long passwords automatically and stores them securely, so each account can have its own password without creating extra work.

Autofill Reduces Phishing and Copy/Paste Mistakes

Password lists force people into copy-and-paste habits, which is how credentials end up where they shouldn’t be.

Autofill reduces that exposure. It also helps reveal suspicious sites, since the password vault won’t autofill on a look-alike page.

Sharing Becomes Controlled

Sharing access shouldn’t mean sharing the password itself. 

Password managers let teams share credentials through a controlled vault, limit who can use them, and remove access when it’s no longer needed.

A Password Manager is Designed for This Job

Spreadsheets and documents were never built to protect credentials. 

Password managers were. They encrypt your vault, support secure sharing, and make safer habits automatic. 

CISA describes a password manager as “an easy-to-use program that generates, stores, and even fills in all your passwords,” which is essentially what many teams try to accomplish with spreadsheets like Excel.

What to Look For in a Password Manager for Small Businesses

Not all password managers are built for teams. A good password manager for small businesses should make secure behavior easy day to day, while giving you enough control to manage access without turning it into a full-time job.

• Team vaults and secure sharing so people can access what they need without passing passwords around.

• Admin controls to add/remove users, set permissions, and keep access organized.

• Multi-factor authentication (MFA) support for the vault itself, plus strong master password requirements.

• Audit logs or activity reporting so you can see who accessed or changed shared items.

• Password generator + autofill across browsers and mobile devices.

• Easy onboarding and offboarding so access stays controlled as roles change.

• Cross-platform support (Windows/Mac, iOS/Android, major browsers).

• Breach/weak password alerts, if available, to catch risky reuse early.

Replace Password Files With a Safer System

Password lists feel convenient at first. But that convenience disappears the moment the file is copied, shared, or exposed. 

A password manager is a straightforward upgrade that reduces real risk without adding friction. It gives your team one secure place for credentials, makes strong passwords the default, and replaces informal sharing with controlled access.

Ready to stop guessing where passwords live and who has them? 

Reach out to BrainStomp. We’ll help you take a practical approach to improving password security, so your team can work quickly without creating unnecessary exposure.

Article FAQs

Why is storing passwords in Excel risky?

Because one file can expose many accounts at once. Spreadsheets get copied, shared, synced, and searched easily, and they encourage password reuse and unsafe sharing.

What’s the best password manager for a small business?

The best option is one your team will actually use. Look for secure sharing, admin controls, MFA support, cross-device autofill, and an easy way to manage access. Bitwarden and LastPass are common choices.

Do password managers work for teams?

Yes. Team features like shared vaults and role-based access let people use the credentials they need without passing passwords around or storing them in files.

What should we do with old password spreadsheets?

Treat them as sensitive. Restrict access immediately, migrate the credentials into a password manager, then securely delete the files (and any copies) once you’re confident everything is moved.

Stop Falling for Fake CAPTCHAs: How ClickFix Attacks Work

Article summary: ClickFix attacks use fake CAPTCHAs and “helpful instructions” to trick users into running malicious commands on their own devices. Clear patterns,  like treating any prompt that asks you to open Run or paste a command as suspicious, stop these attacks before they start. This reduces the risk of malware and account compromise while giving teams a simple response plan if someone clicks.

CAPTCHAs are so common online that most people barely notice them anymore. You click the box, prove you’re human, and move on.

A ClickFix attack starts the same way, then it takes a sharp turn.

Instead of verifying anything, it displays “helpful instructions” that nudge you into running a command on your own device. No suspicious download. No obvious attachment. Just a few keystrokes that feel routine—until they aren’t.

If you’re responsible for keeping a small team’s IT secure, this is the kind of everyday tactic that’s worth staying ahead of. 

The good news is that ClickFix is simple to stop once you know the pattern.

What Is a ClickFix Attack?

A ClickFix attack is a social-engineering technique designed to trick a user into running a malicious command themselves. 

Microsoft  describes this tactic as one that “trick[s] users into executing a malicious command themselves,” often by presenting a believable prompt that looks like a routine troubleshooting or verification step.

Instead of relying on a traditional malware download, ClickFix uses written instructions to guide the user into launching built-in tools like the Windows Run dialog and pasting in a command. 

What It Looks Like 

A ClickFix attack usually shows up as a normal-looking interruption: a page that claims you need to “verify,” “fix,” or “continue.” It’s often wrapped in a convincing fake CAPTCHA or error message. The tone is helpful and instructional, not threatening. That’s deliberate.

Darktrace describes users being “guided through a three-step process” where the “CAPTCHA” or prompt ultimately leads them to execute a command on their own machine. 

The instructions often look like quick troubleshooting steps, and the page may even display a progress message to make it feel legitimate.

Security Now’s Episode 1066 explains why this is so effective: it hides behind something routine, like completing a CAPTCHA, while steering the user into a copy-and-paste action that isn’t normal web behavior.

The notes cite Huntress research that ClickFix “fueled 53% of all malware loader activity” in 2025 within that dataset, a reminder that this tactic is far from a one-off gimmick.

If you want one simple “spot it fast” rule for your team, it’s this: a real CAPTCHA never needs you to leave your browser to follow keyboard instructions that run something on your device. That pattern is a hallmark of a ClickFix attack.

Why ClickFix Attacks Work So Well

A ClickFix attack works because it doesn’t feel like an attack. It feels like a normal “get me back to work” step. You’re blocked by a prompt, you want the page to load, and the instructions seem simple. That moment of friction is exactly what the tactic exploits.

ClickFix “relies on human intervention,” which is part of why it can be so effective. 

Instead of delivering malware in a way that looks obviously suspicious, it gets the user to do the risky part themselves. That changes how it’s perceived. People are often trained to avoid downloads and attachments, but they’re less suspicious of steps they’re actively performing.

The HHS sector alert also highlights how these campaigns mimic familiar steps, such as “prove you are human” prompts, making the interaction look routine while steering users toward malicious instructions.

And once someone is following instructions, they tend to keep going. The brain treats it like a checklist, not a security decision.

What Happens After You Press Enter

After you press Enter, a ClickFix attack stops being a “weird prompt” and becomes an execution chain. 

The pasted command typically launches built-in Windows tooling (often PowerShell or similar) to pull down the next stage from the internet and run it. 

The user ends up running commands that kick off malicious activity using legitimate system components, which can make the behavior blend in at first. 

From there, attackers aren’t just trying to prove the trick worked. They’re trying to establish control. 

Darktrace’s write-up explains that once the initial command is executed, activity can progress into command-and-control communications and follow-on actions that support broader compromise, including efforts that enable access expansion inside the environment. 

This isn’t limited to a single pop-up event. 

ClickFix campaigns can be delivered through compromised sites and phishing-driven lures, where users are manipulated into executing code that can install malware and open the door to further steps like credential theft and deeper access. 

What To Do If Someone Already Clicked

If someone already followed the steps in a ClickFix attack, the priority is speed and containment. Don’t waste time trying random “cleanup” fixes from the internet, and don’t assume it’s harmless because nothing obvious happened right away.

If someone may have followed the instructions from a suspicious prompt or verification page, contact your IT support provider immediately.

That early alert matters because the first minutes after an incident often determine how far it spreads.

If possible, isolate the device from the network to stop any further connections while you get help. You should immediately disconnect your device so the system can be assessed without ongoing exposure. 

Then focus on the basics that reduce follow-on damage: 

• Document what happened like what site it was, what steps were followed, etc.

• Scan the device using trusted security tools.

• Reset passwords for any accounts that may have been used on that machine, starting with email and core access.

Most importantly, treat it as a real incident, not an embarrassment. ClickFix attacks work because they look routine, and the right response is a calm, fast process that limits impact.

ClickFix Attacks are Preventable With Better Patterns

A ClickFix attack succeeds when it blends into routine behavior. It doesn’t need advanced tricks. It just needs someone to follow “helpful” instructions without pausing to question them.

The fix is simpler than most people expect: teach one or two clear patterns your team can recognize fast. 

Two practical habits make a real difference: learning to recognize suspicious prompts or verification pages, and having a clear response plan if someone follows the instructions before realizing something is wrong.

That kind of readiness rarely happens by accident. It comes from consistent awareness training, clear reporting paths, and systems designed to catch problems early. BrainStomp helps businesses put those pieces in place so employees know what to watch for and what to do if something slips through.

If you want help turning these practices into a consistent habit across your business, contact BrainStomp today.

Article FAQs

What is a ClickFix attack?

A ClickFix attack is a social-engineering scam that looks like a fake CAPTCHA or “verification” step and tricks you into running a command on your own device. Instead of downloading something obvious, it uses instructions to get the user to execute the malware.

Why would a ClickFix attack bypass normal security?

Because the user runs the command themselves using built-in tools like Windows Run or PowerShell. That “human step” can make the activity look more legitimate than a typical malicious download or attachment.

What should I do if I opened Run and pasted something?

Stop what you’re doing and contact IT support immediately. Disconnect from the internet if possible, document what happened, and change passwords for key accounts (especially email) as soon as you can.

Are ClickFix attacks only delivered by email?

No. They can also appear through compromised websites, malicious ads, fake software prompts, and other links that land you on a fake verification page.

Why You Need an AI Policy in 2026

Article summary: AI is embedded in everyday business tools in 2026. That makes inconsistent, unapproved use a real security and compliance risk. An AI policy in 2026 sets clear rules for which tools are allowed and what data can and cannot be used. It also requires human review because AI output can sound confident while still being wrong. Regulations and AI-enabled scams are pushing businesses to standardise how AI is used without slowing work down. Continuous monitoring supports the policy by making AI use visible and helping teams catch risky behaviour early.

AI is no longer a separate tool you “go use.” In 2026, it’s built into the apps your team already relies on. Email. Meetings. Search. File tools. Even the little add-ons promise to save time.

That convenience is exactly why an AI policy in 2026 matters.

When AI use spreads without clear rules, people make quick choices that create risk. They paste sensitive details into prompts. They trust an answer that sounds confident but isn’t verified. They turn on features that change where data is processed and stored.

Why AI Policy in 2026 Is Non-Negotiable

AI is accelerating faster than most businesses can evaluate

AI tools don’t stay still. Features roll out quietly inside the software your team already uses, and the capabilities keep climbing. That creates a practical problem: most businesses can’t realistically “re-evaluate” every new AI feature, plugin, or model update.

The International AI Safety Report 2026 makes the bigger point clearly: AI systems are becoming more capable quickly, while solid evidence about real-world risks is slower and harder to pin down. In other words, waiting for perfect certainty is a losing strategy. You still need a plan for how your team uses AI today.

AI policy uncertainty is increasing, not decreasing

The regulatory and policy landscape is moving in multiple directions at once. More jurisdictions are creating AI rules, and they don’t all look the same. 

Mind Foundry’s overview of AI regulations around the world frames this as a fast-growing, evolving patchwork. The direction is clear: more expectations around transparency, accountability, and risk management are coming. The details vary, but the pressure is real.

At the same time, AI policy debates are becoming more public and more urgent. Tech Policy Press’ roundup of expert predictions on what’s at stake in AI policy in 2026 highlights how issues like deepfakes, scams, and harmful uses of AI are driving lawmakers and regulators to act. 

The Risks You’re Actually Managing With an AI Policy in 2026

An AI policy in 2026 isn’t about hypothetical future problems. It’s about the risks already showing up in everyday work.

Data leakage and “shadow AI” use

The most common risk is simple: people paste or upload business information into AI tools without thinking through where that data goes next.

The challenge is that AI adoption is moving fast, and evidence about risk can lag behind capability. The International AI Safety Report 2026 is built around that reality: AI is advancing quickly, and organizations still need practical ways to manage risk while the broader landscape evolves.

More AI use often means more potential entry points and more valuable data in play. That’s the security side of “shadow AI,” and it’s why this topic matters now.

AI-powered scams and social engineering get more believable

AI makes phishing and impersonation easier to scale and harder to spot. 

Policy conversation in 2026 is increasingly tied to deepfakes, scams, and consumer harm. 

The Tech Policy Press 2026 expert predictions highlight how these issues are shaping what regulators and lawmakers are focused on. Your policy doesn’t have to be political, but it should be practical: verification steps for payment changes, banking details, urgent requests, and identity checks.

Tool sprawl, integrations, and unknown access

AI rarely stays “standalone.” 

The global push toward AI governance reflects this complexity. AI regulations around the world reinforce that expectations around accountability and control are increasing, even as the rules differ by region. 

An AI policy in 2026 gives you a consistent internal standard: what integrations are allowed, who approves them, and what gets logged and monitored.

What an AI Policy in 2026 Should Include

A practical AI policy in 2026 should be short, clear, and easy to follow.  At minimum, it should cover:

• Approved AI tools and features. Define what’s allowed, what’s not allowed yet, and how employees request approval for new tools.

• Data rules for AI use. Specify what can never be entered into AI tools and what’s acceptable in limited cases.

• Human review requirements. Require review for customer-facing content, technical instructions, decisions that affect people, and anything that could create legal or compliance exposure.

• Accuracy and sourcing expectations. Make it clear that AI output must be verified, and require sources or documentation where appropriate.

• Security controls for AI accounts. Require MFA, enforce strong access control, and limit or approve integrations/plugins that expand access.

• Monitoring and enforcement. Define what will be monitored so the policy can be applied consistently.

• Ownership and accountability. Assign who approves tools, who owns the policy, and what happens if the policy is ignored.

• Training and updates. Set a simple schedule for refreshing the policy as tools and regulations evolve.

Put Your 2026 AI Policy into Practice 

An AI policy in 2026 only helps if it changes day-to-day behavior. Clear rules for tools, data, and human review reduce mistakes and prevent “shadow AI” from becoming a security or compliance problem, especially as AI capabilities keep moving fast and policy expectations keep shifting.

If you want an AI policy your team will actually follow, reach out to BrainStomp. We’ll help you create a clear, practical policy, roll it out in a way that supports productivity, and put the right monitoring in place.

Article FAQs

What is an AI policy?

An AI policy is a set of clear rules for how employees can use AI tools at work. It typically covers approved tools, what data can and cannot be entered, when human review is required, and who is responsible for enforcement and updates.

Which companies need an AI policy in 2026?

Any company that handles customer, employee, financial, or confidential business data needs an AI policy by 2026. If your team uses AI features in email, documents, meetings, customer support, marketing, or analytics, you need a clear standard.

What will happen in 2026 with AI?

AI will be more embedded in everyday business software, more capable, and more widely adopted across teams. At the same time, expectations around responsible AI use will increase as regulations and public scrutiny continue to evolve.

Does an AI policy in 2026 mean banning AI?

No. A good AI policy in 2026 supports safe use by setting rules for tools, data, and review. The goal is to keep productivity gains while reducing security, compliance, and quality risks.

From Chatbots to Agents: Preparing Your Small Firm for "Agentic AI" in 2026

Article summary: Agentic AI in 2026 goes beyond chatbots. It can complete multi-step work using real business tools, not just answer questions. For small firms, this can reduce admin load and cut handoffs. It also keeps work moving through tasks like triage, drafting, scheduling, and system updates. The tradeoff is a new risk profile. Agents need access to email, files, calendars, and core apps, so visibility and security matter more. Safe adoption in 2026 depends on a clear scope, limited permissions, approval checkpoints, and enough oversight to catch mistakes early.

Agentic AI in 2026 is different. Instead of just answering chats, it can take on a goal and complete multi-step work using real tools. That might mean pulling details from a system, updating a record, drafting and sending a reply, and logging the outcome without you micromanaging each step.

For a small business, that’s a real opportunity. It can reduce admin load and speed up work that usually gets stuck in handoffs. It also raises the stakes, because agents often need access to email, files, calendars, and core business apps.

The point isn’t to rush in or to panic. It’s to be ready. If you treat agents like a new “digital team member” with access, rules, and oversight, you can get the benefits of agentic AI in 2026 without creating new blind spots.

What Changes From Chatbot to Agent?

A chatbot helps you create content. You ask a question, it returns an answer. You copy, paste, and decide what happens next. Agentic AI in 2026 goes further because it can take the next steps. 

Agents are designed to pursue a goal through a workflow, which usually means planning multiple actions and using tools to complete them. OpenAI describes agents as systems that can independently accomplish tasks on your behalf, and it draws a clear line between simple LLM apps and true agents that actually control workflow execution. 

That’s the key shift: the AI isn’t just producing text, it’s moving work forward inside your systems. 

Microsoft explains it in a way that’s easy to visualize: copilots are the interface that supports you, while agents are specialized “apps” built to handle processes. In practical terms, that means an agent can be assigned a specific job rather than just answering questions in a chat window. 

So the biggest change isn’t the quality of the writing. It’s the level of autonomy and access. 

With agentic AI in 2026, you’re no longer deciding every click. You’re deciding the rules, the permissions, and the checkpoints that determine what the agent is allowed to do.

Why Agentic AI Matters for Small Firms in 2026

That’s why agentic AI in 2026 matters. It isn’t just “a better chatbot.” It’s a shift in how work gets organized, because agents can handle multi-step processes that normally bounce between people, inboxes, and apps. 

Saratoga Software makes the point that agentic AI is a workflow change, not a simple product upgrade.

That means agents can reduce the handoffs that slow small teams down. They can triage inbound requests, draft responses, pull context from files or systems, update CRM records, schedule follow-ups, and keep tasks moving while your team stays focused on decisions and client relationships. 

The reason this becomes more urgent in 2026 is that the competitive advantage shifts from “who has access to AI” to “who can actually operationalize it.” 

IBM’s 2026 predictions highlight that the competition won’t just be on models, but on the systems that orchestrate models, tools, and workflows. 

For small firms, that’s good news. You don’t need a giant R&D team to benefit from agentic AI. 

The New Risk Profile

Agentic AI in 2026 changes the risk profile because the AI isn’t just generating output. It’s taking actions. 

That means the same “small” visibility gaps that were annoying with apps and extensions can become more serious when an agent is connected to email, files, calendars, and customer systems.

Shadow tools become “shadow actions”

If a team quietly adopts a tool, an add-on, or an automation, the biggest problem is usually visibility. 

We cover this in our Shadow IT audit post: when tools sit outside oversight, it gets hard to answer basic questions about access, data location, and ownership. 

With agents, that risk expands. It’s no longer just “Where did the data go?” It’s also “What did the agent do with it?”

More access = more entry points

Agents often need permissions to do useful work. They may read emails, write calendar events, access shared drives, update CRM records, or connect to third-party apps. Every connection increases the number of potential ways something can go wrong, whether that’s misuse, misconfiguration, or compromise. 

As AI adoption increases, the number of potential entry points for attackers increases, too.

Agents can fail fast

With a chatbot, a mistake usually stays in the chat window. With agentic AI, mistakes can travel. 

An agent can send a message to the wrong contact, attach the wrong file, update the wrong record, or change settings before anyone notices. 

That’s why the “preparation” part matters: narrow scope, limited permissions, and clear checkpoints before anything external or irreversible happens.

Make Agents Useful, Not Risky

Agentic AI in 2026 can be a real advantage for small firms, but only if it’s introduced with the same discipline you’d apply to any new system with access. 

If you’re considering adopting agentic AI in 2026, reach out to BrainStomp. We’ll help you pick smart first use cases, define the rules and approval points, and set up the visibility you need so agents reduce busywork without creating new risk.

Article FAQs

What is agentic AI?

Agentic AI is AI that can complete multi-step work on your behalf by planning steps and using tools, not just answering questions. It’s designed to move a task forward across real systems, with the ability to decide what to do next, take an action, and stop or escalate when it hits a limit.

What’s a safe first use case for a small firm?

A safe first use case is high-volume, low-risk work where a person approves the final step. Good starters include triaging inbound requests, drafting responses for review, creating internal summaries, updating CRM notes, or preparing task lists from meetings. Start with “recommend and draft,” then expand to “take action” after controls are proven.

What are the trends for agentic AI in 2026?

In 2026, expect more agents embedded inside mainstream business platforms, more specialized agents built for specific workflows, and more emphasis on orchestration, permissions, and monitoring. As agents take on more operational tasks, the businesses that benefit most will be the ones that define clear scopes, limit access, and make agent activity visible.

"Shadow IT" Risks: Identifying the Hidden Danger in Your Team’s Favorite Apps

Shadow IT usually starts with good intentions. A team adopts a tool that’s faster, easier, or better suited to the job, like file sharing, project tracking, browser extensions or even AI assistants.

The issue isn’t the tool. It’s the visibility.

That’s where shadow IT becomes a real risk. Suddenly, it’s hard to answer basic questions like who has access, where data lives, and what happens when someone leaves.

Shadow IT isn’t just “extra apps.” It’s unmanaged access to business data and that’s a risk worth uncovering early.

What is Shadow IT?

Shadow IT is any technology people use for work that sits beyond normal IT oversight. That can mean a brand-new app no one approved, or a “small” tool someone installed to solve a problem quickly.

As Cloudflare puts it: “Shadow IT occurs when employees access and share data across unsanctioned hardware or software without the IT department’s knowledge.”

It also includes situations where a tool might be common in the business, but it’s being used in an unofficial way. Cloudflare notes this can be either using an unapproved tool or accessing an approved tool in an unauthorized manner. 

In plain terms, shadow IT is less about “random apps” and more about unmanaged access. If IT can’t see it, secure it, or support it, that’s where shadow IT risk starts to grow.

Why Shadow IT Happens

Most teams adopt “extra” apps because the work still has to get done, even when the approved tools or processes don’t fit the moment. IBM notes that shadow IT often appears when employees adopt technology without IT’s knowledge or oversight in order to solve problems quickly. 

• People choose speed over process when approvals take too long. If a project is due tomorrow, waiting days or weeks for a new tool often feels unrealistic.

• Teams adopt tools that match how they actually work when the official options feel limiting. Collaboration and file-sharing tools are common examples, especially when teams need something that fits their workflow.

• Small tools feel harmless, so they get adopted casually. Browser extensions, free accounts, and “one-time” apps don’t always feel like IT decisions until they touch real business data.

• Remote work and client collaboration increase the temptation to use whatever works. When people need to share files, coordinate tasks, or communicate across organizations, they tend to gravitate to the fastest option available.

Mimecast also highlights a useful mindset for leaders: most employees aren’t trying to break rules, and many don’t realize what counts as shadow IT in the first place.

The Real Shadow IT Risks 

Shadow IT isn’t automatically “dangerous.” The risk comes from the gap between what’s being used and what’s being managed. When IT doesn’t know a tool exists, it can’t set standards, monitor usage, or respond quickly when something goes wrong. 

Data leakage and Shadow Storage

Work files often end up in personal drives, free sharing tools, or unmanaged workspaces. That makes it easy for sensitive data to be accessed, especially when employees use personal accounts inside tools that look “approved.” 

Mimecast describes how “mirror IT” can move data outside the organization’s monitored environment when staff use personal accounts or unofficial workspaces.

Account and Access Sprawl

Unapproved apps frequently lack consistent security settings. Some users may enable MFA, others won’t. Some teams may share links publicly, while others lock things down. 

Compliance and Audit Gaps

If you can’t reliably answer who accessed a file, when it was shared, or where it was stored, you’re exposed during audits, disputes, or incident response. 

Reduce Shadow IT Risks Without Slowing Anyone Down

Shadow IT is a sign that your team is trying to work efficiently. The risk appears when those tools operate outside visibility and consistent standards.

The goal isn’t to block everything your team likes. It’s to make smart, practical decisions: bring the right tools into the open, secure them properly, and replace the risky ones with alternatives that still let people move fast. That’s how you reduce shadow IT risk without turning work into red tape. 

Ready to find out what’s really in use and close the gaps? Reach out to BrainStomp. We’ll help you run a clear, non-blame shadow IT audit, prioritize the biggest risks first, and put guardrails in place so your team can keep working smoothly.

Article FAQ

What are the most common examples of shadow IT in small businesses?

Common examples include personal file-sharing accounts used for work, unapproved project management or chat apps, browser extensions that touch business data, and “quick” sign-ups for tools to send large files or collect forms. It can also show up inside approved platforms when employees use personal accounts or unofficial workspaces.

How do I run a shadow IT audit without upsetting my team?

Start with a non-blame approach and focus on workflow: “What tools help you get work done, and what problem are you solving?” Mimecast stresses that employees often aren’t trying to break rules and may not realize what counts as shadow IT, so an audit works best as discovery and improvement, not policing.

What should we do if we find high-risk apps already in use?

First, identify what data the app touches and who has access. Then decide whether to sanction it (bring it under IT control), secure it (tighten sharing, require MFA/SSO, limit integrations), replace it with a safer option that meets the same need, or block it if the risk is high and alternatives exist. 

How often should we review shadow IT?

A lightweight review every quarter is a practical baseline for most small businesses, especially for new apps, browser extensions, and integrations. Pair that with an easy request path so teams can get tools approved quickly, which reduces the incentive to “just sign up” on their own.

The Cost of "Good Enough": Is Your Technology Quietly Killing Your Productivity?

Most businesses don’t wake up one day and decide to run on outdated technology. It happens slowly: one postponed upgrade here, one “temporary” workaround there, and a handful of minor glitches everyone learns to live with.

That’s when the trouble starts. Because “good enough” doesn’t usually crash, it drags.

It turns simple tasks into slow tasks, adds extra steps to routine work, and chips away at focus with constant little interruptions. Before long, those everyday annoyances become IT productivity problems: work takes longer, mistakes creep in, and your team spends more time dealing with tools than using them.

If your office technology is quietly teaching your staff to expect friction, you’re not just losing time. You’re losing momentum.

Why “Good Enough” Creates IT Productivity Problems

“Good enough” tech is sneaky because it doesn’t break in a dramatic way. It degrades. It’s a little slower this month than last. A few more glitches after the latest update. Another “quick fix” layered on top of an old workaround.

The productivity hit comes from what those small issues force people to do. Every slowdown creates a decision point: Do I wait? Refresh? Reboot? Call someone? Try a workaround? 

That tiny moment of friction pulls someone out of focus, breaks their flow, and turns one task into three. Even when the system comes back, the person still has to reopen tabs, find their place, re-check what they saved, and remember what they were doing in the first place.

And because most people don’t stop working when tech lags, they switch tasks “temporarily.” They jump into email, start another job, or message a coworker. Then they lose time trying to pick up the original work again. 

That constant context switching is where minutes disappear, meetings run long, and small mistakes creep in. Over days and weeks, the business ends up paying for the same hour twice: once in salary, and again in lost momentum.

What makes it worse is the ripple effect. One small IT issue rarely stays small.

What’s the Real Cost of Downtime?

Downtime isn’t just the dramatic “everything is down” moment. It’s also the messy, everyday stuff. TeamViewer highlights that downtime isn’t always a total shutdown. Partial disruption can still create real productivity loss. 

The costs add up quickly. You are not only losing sales, you are also paying staff to wait, restart, rework, and recover.

Here’s how big the numbers can get:

• ITIC reports the average cost of a single hour of downtime now exceeds $300,000 for over 90% of mid-size and large enterprises.

• New Relic found high-impact outages carry a median cost of $2 million USD per hour (about $33,333 per minute systems stay down) and the annual median cost of high-impact IT outages for businesses surveyed is $76 million.

• Siemens’ downtime research estimates that the world’s 500 biggest companies lose $1.4 trillion annually to unplanned downtime, equivalent to 11% of revenues. And even after improvements, an average large plant still loses 27 hours a month to unplanned downtime.

Even when the outage is short, the knock-on costs can linger:

• Lost productive time 

• Recovery time (getting back to “normal” can take longer than expected, Siemens notes recovery time rising from 49 minutes to 81 minutes in its dataset)

• Rework and errors 

• Customer impact 

• Emergency fixes

Where IT Productivity Problems Hide Day-to-Day

Have you caught yourself or anyone in your team saying any of the following? 

“Everything Takes Longer Than it Should”

This is the most common kind of “quiet” productivity loss: nothing is fully broken, but everything has drag. A few extra seconds here and there doesn’t feel like much… until you multiply it across your whole team, every day. 

“Work Stops When One Thing Breaks”

Many environments have hidden choke points: one server, one ISP line, one aging firewall, one “mystery” desktop that runs the legacy app. When that single point falters, the whole workflow stalls. 

“We Spend More Time Reacting than Improving”

This is where the calendar quietly fills up with firefighting: chasing intermittent issues, reboots, patch fallout, emergency fixes, and “can you just take a quick look?” tickets. 

“Tech Debt Makes Every Change Feel Risky"

Tech debt isn’t just “old equipment.” It’s the pile-up of shortcuts, outdated systems, and workarounds that make simple changes feel dangerous. Updates get delayed because “last time it broke something.” New tools don’t integrate cleanly. Security improvements become harder to roll out.

Start Making Forward Progress

“Good enough” technology has a way of keeping you busy without letting you move forward. When your team is constantly waiting, restarting, troubleshooting, or working around the same recurring issues, you’re not just dealing with minor annoyances. 

You’re living with IT productivity problems that quietly tax every hour of the week.

Ready to stop the daily friction and start making real progress? Reach out to BrainStomp. We’ll help you pinpoint where productivity is leaking, prioritize what to fix first, and put a practical plan in place to keep your technology running smoothly.

Article FAQ

What are the most common IT productivity problems in small businesses?

The biggest IT productivity problems usually come from slow or aging devices, unstable Wi-Fi, recurring cloud app glitches, email or file access delays, and constant “quick fix” support issues like password lockouts. They don’t always stop work completely, but they interrupt it often enough to slow everything down.

Isn’t downtime only a problem for big companies?

No. Smaller businesses often feel it more, because they have less redundancy, fewer specialist resources, and tighter margins for error. Even short outages (or repeated “near outages”) can disrupt customer service, billing, and operations, especially when the same issues keep recurring.

What’s the difference between downtime and tech debt?

Downtime is the time systems are unavailable or severely impaired. Tech debt is the build-up of deferred fixes, shortcuts, and outdated systems that make downtime and disruption more likely. And makes change harder when you do need to improve or secure your environment.

What’s the fastest way to reduce downtime without a full replacement project?

Focus on high-impact basics: prioritize the top repeat issues, improve monitoring and patching, strengthen backups and recovery testing, remove obvious single points of failure, and standardize the most critical devices and apps.

Understanding Who Is Responsible for Cloud Security (and Why It’s Not Always the Provider)

More businesses are turning to cloud platforms like DigitalOcean, AWS, Microsoft Azure, and Google Cloud to scale faster and work more efficiently. By moving key operations to the cloud, organizations can streamline day-to-day tasks and keep their systems running smoothly from the start.

However, even with these benefits, security in the cloud is a shared responsibility. Providers handle the core infrastructure, but you’re still accountable for protecting your data and managing your configurations. Understanding where those boundaries lie is essential to avoiding security gaps and maximizing the value of your cloud investment.

Why Cloud Security Matters

Cloud environments play a crucial part in business operations. You can store large amounts of data or integrate tools like AI to improve productivity and decision-making. Unfortunately, hackers are well aware of this, which makes cloud environments a prime target for attacks. They may exploit misconfigured settings to steal credentials or take advantage of unpatched software. 

In fact, recent research highlights how common cloud security gaps still are. According to Wiz’s 2025 “Cloud Data Security Snapshot” more than half of cloud environments include unsecured servers or applications that store sensitive data. Many of these assets are internet-accessible, meaning even a minor misconfiguration can create an easy entry point for attackers.

The rapid shift to cloud services is also widening the attack surface faster than many teams can manage. A 2025 report by Palo Alto Networks notes that attackers actively search for cloud environments with misconfigurations or outdated software. In some cases, they can even leverage built-in cloud tools to move through systems and reach sensitive data.

Human error adds yet another layer of risk. According to the 2025 Cloud Security Alliance (CSA) most cloud breaches stem from identity and access issues, things like overly broad permissions, weak passwords, or missing multi-factor authentication. It’s a clear reminder that strong cloud security must remain a top priority.

Shared Cloud Security: What They Cover vs. What You Must Protect

Provider Responsibilities

Cloud providers ensure their platform is reliable and resistant to attacks. Their responsibilities include:

Securing Data Centers

Cloud providers protect their data centers by controlling digital access to systems and resources. They use measures such as multi-factor authentication, role-based access controls, strict login monitoring, and encryption for data in transit.

Network and Platform Security

Providers secure the cloud network against cyber threats by implementing multiple security measures, including:

• Firewalls

• Intrusion detection and prevention systems

• Network segmentation

• DDoS mitigation

• Traffic monitoring. 

These protections help prevent large-scale attacks and unauthorized access, ensuring that the cloud infrastructure remains secure.

Virtualization Security

Cloud providers secure the systems that run virtual machines and serverless applications. They check for vulnerabilities and keep workloads separate, so a problem in one cannot affect others.

Infrastructure Updates

Providers are responsible for keeping their hardware and software up to date. They handle updates, patches, and system maintenance to ensure the infrastructure remains secure and resilient. 

Redundancy and Disaster Recovery

Cloud providers maintain redundant systems to prevent disruptions and protect data. This includes replicating data across multiple servers and geographic regions, implementing failover systems, and having disaster recovery plans in place. These measures ensure that even if one component fails, operations continue smoothly and data remains protected.

Customer Responsibilities

Even on a secure cloud platform, your organization is responsible for actively managing its own security. Key responsibilities include:

Service Setup

Cloud users must configure applications and cloud services correctly. Misconfigurations such as weak password policies and overly permissive network rules can cause data breaches and lead to unauthorized access or service interruptions.

Data Protection

Encrypt your data both in transit and at rest, classify information by sensitivity, and maintain regular backups of critical files. These steps help ensure that even if a breach occurs, your data stays protected and can be quickly recovered.

Identity and Access Management (IAM)

Implement strong IAM practices by enforcing multi-factor authentication and limiting access to reduce the risk of insider threats.

System Monitoring

Set up activity logs and alerts to track unusual behavior or unauthorized access. Continuous monitoring allows your team to detect and respond to threats quickly, minimizing potential damage.

Patch Management and Updates

Regularly update applications and configurations. This will help close vulnerabilities before attackers can exploit them.

Staff Training

Security training helps prevent mistakes that can lead to misconfigurations or accidental exposure of sensitive data. The training should include:

• Identifying phishing or social engineering attacks

• Proper configuration of databases and applications

• Managing user accounts and permissions safely

• Responding to security alerts and incidents

Let Us Help You Build a Secure Cloud Environment 

Cloud security can feel overwhelming, especially as threats become more advanced and cloud environments grow more complex. And if not managed well, businesses face risks such as data breaches, downtime, and financial loss. 

At BrainStomp we make this process simpler. Our team supports you with ongoing security assessments, configuration reviews, identity and access management, and continuous monitoring to keep your cloud environment strong and secure. If you want a cloud environment that is safe and aligned with your business goals, contact us today.

Article FAQ

How often should we review our cloud security settings?

Cloud security settings should be reviewed on a regular basis, particularly after adding new users or updating workflows. For most organizations, quarterly reviews are recommended, while high-risk environments may require more frequent checks.

What happens if a cloud provider suffers an outage or attack?

Cloud providers have strong redundancy and disaster recovery measures to keep their services running even during outages or cyberattacks. They often distribute data across multiple regions and use automated failover systems to quickly restore operations.

Can cloud security tools detect insider threats?

Yes. Many cloud providers include monitoring tools that flag unusual or high-risk activity, like repeated failed logins or unexpected changes to security settings. These tools help spot both internal and external threats early, before they can cause significant damage.

Do I need separate security tools if I’m already using a cloud provider?

It depends on your organization’s needs. While cloud providers include built-in security tools, many businesses supplement them with additional solutions for enhanced monitoring, threat detection, compliance tracking, or data loss prevention. Using both can provide a stronger, more comprehensive defense.

A Guide to Secure Holiday Shopping and Gift Card Use

The holiday season is here. You are probably planning to hunt for deals and grab a few gift cards to make your gifts memorable. After all, who doesn’t want the freedom to choose what they want without worrying about cash? Unfortunately, this is also the time of year when it’s easy to get caught up in tempting promotions and the pressure to grab trendy items. Scammers are always watching for these moments, waiting for shoppers to lower their defenses. 

Scammers can launch fake shopping sites overnight, send convincing phishing emails, tamper with gift cards, run fraudulent social media ads, or trick buyers with fake customer service numbers. Falling for these tricks can mean sharing personal information or paying for items that never arrive. Knowing how to protect yourself can make a big difference. This guide walks you through the steps you need to take to shop safely and keep your business and personal information secure.

Why Online Shopping Security Matters During Holidays 

In the U.S., TransUnion reported that during the 2024 “Cyber Five” period, from Thanksgiving through Cyber Monday, around 4.2% of attempted online purchases were flagged as suspected digital fraud. In Canada, a similar analysis found 2.6% of attempted e-commerce transactions during the same period were suspected of being fraudulent, a jump from 1.7% the previous year. 

The most concerning part is that these scams are becoming increasingly sophisticated. According to McAfee’s 2024 report, one in three Americans said they fell victim to an online scam during the holiday season. Among those who lost money, nearly one in ten lost more than $1,000. Scammers are exploiting fake websites, phishing emails, deepfakes, impersonation ads, and social media to deceive shoppers. According to AARP, many buyers report receiving fake order-delay or payment-issue notices, just when they are expecting legitimate delivery updates.

With everyone rushing to snag deals and complete purchases quickly during the holidays, payment details and gift-card balances face greater risk than usual. A single careless click or missed warning can turn a holiday buy into an expensive error.

Safe Shopping and Gift Card Tips for the Holiday Season

Purchase Gift Cards Exclusively from Trusted Sources

Always purchase gift cards directly from authorized retailers or reputable online platforms. Avoid third-party marketplaces or individual sellers on social media and auction sites, since these are common hotspots for counterfeit or drained cards. Watch for secure website indicators before completing your purchase.

Key things to check:

• Look for HTTPS in the URL

• Confirm the site displays verified payment security badges

• Avoid unusually discounted gift cards, which are often used in scams

Inspect Cards Before Buying

If you’re purchasing in-store, carefully examine the card and its packaging. Any signs of tampering mean you should choose a different card and notify a store associate.

What to look for:

• Scratched or exposed PINs

• Broken seals or damaged packaging

• Missing security stickers

Keep Codes and Receipts Safe 

Once a gift card is purchased, keep your receipt. More importantly, treat the card like cash, because once money is loaded, it’s very difficult to recover if it’s lost, stolen, or used fraudulently. Keeping the receipt provides proof of purchase and can help if there are any activation issues, but it won’t guarantee a refund or replacement for the card’s balance.

Verify Before Redeeming

Before using a gift card online, check the balance on the retailer’s official website or by calling their verified customer service line. This will confirm that the card is valid and loaded with the correct amount before you attempt to redeem it. Verifying the balance upfront also helps you spot any issues early, such as drained or inactive cards, so you can report them immediately.

Be Wary of Unsolicited Requests

Scammers often request gift card numbers to steal your funds. If you receive a suspicious phone call, message, or email, disconnect or delete it immediately.

Moreover, do not enter the card on third-party or suspicious websites claiming to “unlock,” “verify,” or “boost” the card’s value, as these sites are always scams designed to steal your balance. You should also avoid any platform that asks for additional payment to “activate” or “upgrade” a gift card. Legitimate retailers never require extra fees for activation, verification, or balance checks.

Avoid Public Wi-Fi for Transactions

Public Wi-Fi networks put your personal and payment information at risk. Cybercriminals can intercept unencrypted data, including gift card numbers and online shopping details.

Safer options include:

• Using a private, secure home network

• Connecting through a trusted mobile hotspot

• Using a reputable VPN to encrypt your connection

Enjoy a Stress-Free Shopping Season

The holiday season is meant to be joyful, but it also brings heightened risks of online scams and gift card fraud. Cybercriminals exploit busy shoppers, fake websites, phishing messages, and tampered gift cards to steal money and personal information.

At BrainStomp, we help you shop safely by providing security guidance and resources to protect your personal and payment information. Our team will guide you in spotting scams, verifying gift cards, securing your online transactions, and using tools like password managers, antivirus programs, and secure VPNs. Get in touch with us today and enjoy a worry-free holiday shopping experience!

Article FAQ

How can I tell if a gift card is legitimate?

Look for intact packaging, security stickers, and no scratches or tampering. Whenever possible, have the staff activate the card in front of you. A genuine card should show no signs of damage or alteration and be properly activated at the point of sale.

What should I do if I suspect a gift card is fraudulent?

Do not use or discard the card. Keep the receipt and any packaging as proof of purchase and report the suspected fraud to the company that issued the gift card. If the card was purchased online, contact your payment provider to see if they offer fraud protection. Consider contacting your local police department to file a report. While police might not investigate the case in depth, a police report can be necessary for documentation, especially if your bank or the gift card issuer requires proof of a crime.

How do I verify a gift card balance safely?

Check the balance on the retailer’s official website or by calling their verified customer service number. Avoid third-party websites claiming to “verify” or “unlock” cards, as these are scams. Verifying directly with the retailer helps you spot issues before using the card and prevents potential fraud.

What should I do if I receive a suspicious email about a gift card?

Do not click any links or share any card details. Delete or report the email immediately. Phishing emails often impersonate retailers and try to steal your balance through fake verification requests.

The Hidden Danger in ‘Do This Now’: Protect Your Business from Emotionally Charged Scams

That sudden, sinking feeling when you see an email titled “URGENT: Your account will be deleted!” isn’t accidental. That panic is exactly what scammers rely on. Cybercriminals use emotional triggers and time pressures to short-circuit your critical thinking, prompting impulsive actions.

When a message threatens legal action or claims a past-due balance, your brain may shift into fight-or-flight mode. This emotional surge is exactly what scammers count on; it clouds your judgment and forces you to focus on the supposed threat rather than thinking rationally.

The instinctive reaction is often to respond immediately instead of pausing to verify the request. By manipulating urgency and fear, these attacks put your emotions before your reasoning, and that’s what makes them so effective.

Decoding the Scammer’s Playbook: Common Urgency Tactics

Scammers following these tactics rely on a predictable script. While the details may change, the core strategy stays the same. Your first line of defense is learning to recognize that script. Here are the main tactics they use:

The “Account Suspension” Threat

You get a message claiming your account will be suspended or deleted unless you immediately “verify” your credentials by clicking a link. Often, these messages mimic trusted sites like Microsoft or your bank. 

The threat of losing access to a vital service can trigger instant panic. Legitimate businesses almost never, if ever, send out notifications about an account deletion without warning. This is a classic phishing tactic designed to steal your login information.

The “Legal Action” Intimidation

A robocall, letter, or email may claim you owe money to a government agency, such as the IRS, and threaten an arrest warrant. The message pressures you to pay immediately using unusual methods like wire transfers or gift cards to resolve the issue. 

Government agencies do not operate this way. They use formal mail for serious communications and will never demand immediate payment over the phone or via gift cards.

The “Too-Good-To-Be-True” Opportunity

Sometimes urgency is dressed up as a limited-time opportunity. You might be told you’ve won a prize but must pay fees immediately, or are offered a deal that expires “today.” Excitement and FOMO can cloud judgment just as easily as fear. When an offer seems too good to be true, especially one with pressure to act fast, pause, step back, and analyze it carefully before taking any action.

Beyond the Obvious: Other Urgency Red Flags

While fake account suspensions and legal threats are common, cybercriminals may also exploit your company’s operational vulnerabilities with urgent demands.

The Fake Voicemail Scam

For convenience, many businesses use voicemail-to-email services. Scammers take advantage of this by sending fake voicemail notifications with subject lines such as “Missed Call: Listen to your voicemail” or “You have a new voicemail from [unknown number].” 

These emails frequently include .ZIP attachments or links to fake login pages designed to deliver malware like Agent Tesla or QBot, or to steal login credentials. They’re especially dangerous because they look internal and routine, making employees less likely to scrutinize them carefully.

The “Ghost” Accounts in Your Systems

Although not caused by an external scammer, “ghost accounts” still pose a significant risk. These dormant accounts can pose urgent risks if overlooked. A recent report shows that 61% of attacks target sensitive accounts, and 40% involve lateral movement, where a hacker uses one compromised account to access others and spread across the network.

If a hacker takes control of a forgotten ghost account, they can move freely within your systems. This hidden threat demands constant monitoring of user access lists to prevent a full-scale breach.

Building Your Human Firewall: Practical Defense Strategies

Once you understand the nature of these threats, the next step is to actively counter them. Recognize that these are psychological attacks, and prepare a clear, actionable plan to respond.

First, take a moment to pause and breathe. Whenever a message triggers excitement or fear, stop and give yourself a chance to re-engage your logical thinking. Calm your nervous system, acknowledge the feeling, and don’t let it dictate your next move.

Second, always verify through trusted channels. Never use the contact information provided in a suspicious message. If an email claims to be from your bank, don’t call the number listed in the email. Instead, use the official phone number on the back of your card or on the bank’s website. This simple step alone can stop most phishing attempts.

Third, implement strong technical controls. Technology can serve as a vital safety net. Start by enabling Multi-Factor Authentication (MFA) on every application that supports it, industry research shows MFA can block up to 99.9% of account compromises. Additionally, eliminate ghost accounts by establishing a formal deprovisioning process that automatically revokes access when employees leave.

Finally, build a culture of security awareness. Train your team to spot warning signs and give them the confidence to push back on high-pressure requests. When an employee encounters a suspicious request, they should reach out to a manager or coworker and ask, ‘Does this look right to you?’ Getting a second opinion can help cut through the panic and prevent mistakes.

A Culture of Caution Over Convenience

A split-second decision online can turn into a serious security breach. Emotionally charged scams exploit urgency and fear, so teams must always approach requests with caution.

At BrainStomp, we help you ensure that you are safe from possible cyberattacks. Contact BrainStomp today and take proactive measures to secure your company.