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Cybersecurity
Technology

The Strongest Networks Expect Failure

May 25, 2026
•
20 min read

The Strongest Networks Expect Failure

Most businesses build technology systems assuming everything will work normally tomorrow.

That assumption is becoming increasingly dangerous.

Outages, ransomware, hardware failures, cloud disruptions, accidental deletions, and human mistakes are no longer rare edge cases.

They are inevitable operational realities.

The companies that survive major disruptions are usually not the ones with “perfect” systems.

They are the ones designed to keep operating after something breaks.

The Brilliant Design Behind SONET

SONET stands for Synchronous Optical Network.

One of the smartest aspects of SONET architecture is its ring-based design.

Instead of relying on a single linear connection, SONET networks are built as loops.

If one fiber line gets cut, traffic automatically reroutes the opposite direction around the ring.

The network continues functioning because the system was engineered expecting failure from the beginning.

That philosophy is incredibly important far beyond telecommunications.

It may actually describe the future of business resilience itself.

The Black Swan Problem

The concept strongly mirrors the “Black Swan” theory popularized by Nassim Nicholas Taleb in his 2007 bestselling book The Black Swan.

A black swan event is:

  • rare

  • unexpected

  • massively disruptive

  • operationally devastating

Modern businesses face black swan risks constantly:

  • ransomware attacks

  • Microsoft 365 compromise

  • cloud outages

  • lost email

  • hardware failure

  • vendor compromise

  • insider mistakes

  • natural disasters

  • accidental deletions

Most organizations psychologically respond the same way:

“That would never happen to us.”

History repeatedly proves otherwise.

The Better Question Businesses Should Ask

One of the first questions I ask companies before they become clients is not:

“How secure are you?”

It’s this:

“If something catastrophic happened tomorrow, could you still operate?”

That question changes everything.

If:

  • your emails disappeared tonight

  • your server failed tomorrow morning

  • Microsoft 365 became inaccessible

  • ransomware encrypted your systems

  • your primary vendor went offline

What happens next?

Could your business function?

Or would operations stop completely?

Most companies discover they are far more fragile than they realized.

Cybersecurity Is No Longer Just Protection

For years, businesses viewed cybersecurity primarily as prevention:

  • firewalls

  • antivirus

  • spam filtering

  • endpoint protection

Those tools still matter enormously.

But modern resilience requires something deeper:

Operational survivability.

Because eventually, something will fail.

The organizations that recover fastest are usually the ones that already assumed failure was possible.

Building Your Own “SONET Ring”

At Gigabit Systems, we help businesses build layered resilience systems designed around continuity instead of perfection.

That includes:

  • secondary backups

  • redundant infrastructure

  • disaster recovery planning

  • layered cybersecurity protections

  • cloud redundancy

  • offline recovery systems

  • operational continuity planning

The goal is not predicting every possible disaster.

That is impossible.

The goal is ensuring one failure does not collapse the entire business.

Because resilience is not about avoiding black swans entirely.

It is about surviving them when they arrive.

70% of all cyber attacks target small businesses, I can help protect yours.

#CyberSecurity #MSP #BusinessContinuity #ManagedIT #DataProtection


Technology
Cybersecurity
AI

Your Brain Is The Weakest Security System

May 20, 2026
•
20 min read

Your Brain Is The Weakest Security System

“Can you verify this for me?”

That sentence sounds secure.

In reality, it may describe one of the weakest security models ever created.

Modern cybersecurity still depends heavily on a dangerous assumption:

That humans are naturally good at determining what is legitimate, suspicious, fake, manipulated, or dangerous.

Study after study suggests otherwise.

The TSA Problem Nobody Wants To Talk About

One of the most disturbing examples came from covert TSA security audits.

Government investigators repeatedly tested airport checkpoints by attempting to smuggle prohibited items and mock weapons through security.

In multiple reported audits, failure rates allegedly exceeded 90%.

That statistic shocks people until they understand the deeper psychological problem.

The issue was not intelligence.

It was human pattern recognition.

TSA agents process:

  • Thousands of harmless bags

  • Endless harmless travelers

  • Constant repetitive interactions

  • Millions of normal visual patterns

Eventually, the brain adapts.

Humans stop deeply verifying.

They begin filtering reality through familiarity and expectation instead.

That distinction matters enormously.

Because attackers understand it better than most organizations do.

Humans Don’t Truly Verify Most Things

Most people believe they carefully evaluate information.

In practice, humans usually rely on:

  • Familiarity

  • Confidence

  • Visual consistency

  • Authority

  • Repetition

  • Social expectation

  • Emotional pressure

  • Urgency

That is not truth detection.

That is cognitive shortcutting.

And modern cybercrime is specifically engineered around exploiting those shortcuts.

The Modern Enterprise Verification Illusion

A company receives:

  • 50,000 legitimate Microsoft login pages

  • Thousands of normal invoices

  • Endless DocuSign requests

  • Routine MFA prompts

  • Constant vendor emails

  • Daily password resets

  • Repetitive approval requests

Then one day:
A nearly perfect fake arrives.

The employee assigned to “verify” it is not performing deep forensic analysis.

They are subconsciously asking:

  • Does this look familiar?

  • Does this feel normal?

  • Does this resemble previous interactions?

  • Does the timing make sense?

  • Does the sender sound confident?

  • Am I under pressure to act quickly?

That process is highly exploitable.

Pattern Recognition Is Becoming A Liability

For most of human history, pattern recognition helped us survive.

Today, attackers weaponize it against us.

Social engineering succeeds because attackers understand something uncomfortable:

Humans are optimized for speed and efficiency, not objective verification accuracy.

The brain constantly trades precision for cognitive efficiency.

Most of the time, that works.

Cybercriminals only need it to fail once.

AI Is About To Magnify The Problem

Many discussions about AI threats focus heavily on:

  • Deepfakes

  • Cloned voices

  • Synthetic identities

  • Fake video

  • AI-generated phishing

But the deeper issue is not that fake content now exists.

The deeper issue is this:

Humans were never particularly good at verification to begin with.

AI simply removes many of the remaining visual and behavioral clues humans relied upon imperfectly.

The future threat landscape may become extraordinarily dangerous because:

  • fake voices sound real

  • fake video appears authentic

  • fake identities become scalable

  • fake conversations feel emotionally convincing

And human beings still largely trust familiarity over verification.

SMBs, Healthcare, Law Firms, And Schools Are Especially Vulnerable

Most organizations still rely heavily on human judgment as a primary security layer.

That creates enormous risk for:

  • SMB finance departments

  • Healthcare administrative staff

  • Law firm operations teams

  • School administrators

  • Executive assistants

  • Payroll personnel

Attackers increasingly target workflow familiarity rather than technical vulnerabilities alone.

The attack surface is becoming psychological.

The Future Of Cybersecurity May Require Removing Humans From Verification Loops

That idea makes people uncomfortable.

But it may become increasingly necessary.

The coming decade of cybersecurity may rely less on:

  • trusting human instinct

  • visual familiarity

  • caller ID

  • recognizable branding

  • conversational confidence

And far more on:

  • cryptographic verification

  • behavioral analysis

  • automated trust validation

  • adaptive security systems

  • machine-speed anomaly detection

Because humans are not reliable lie detectors.

They never were.

We simply built critical trust systems around that assumption for decades.

70% of all cyber attacks target small businesses, I can help protect yours.

#CyberSecurity #SocialEngineering #MSP #ArtificialIntelligence #DataProtection


Technology
Cybersecurity
Tips
News

Construction Companies Are Being Hunted Right Now

May 18, 2026
•
20 min read

Construction Companies Are Being Quietly Hunted Right Now

Five U.S. construction firms were hit by ransomware in just two weeks.

Different victims.
Different states.
Different attackers.

Groups tied to:

  • qilin

  • Bavacai

  • sinobi

  • securotrop

All targeting the same industry in the same window.

That is not random.

Construction has become one of the most attractive ransomware targets because these companies sit at the center of:

  • wire transfers

  • subcontractor payments

  • project schedules

  • vendor relationships

  • invoices

  • legal contracts

  • procurement systems

Attackers understand something many businesses still underestimate:

Construction companies move enormous amounts of money quickly, often across fragmented communication chains.

That creates ideal conditions for:

  • ransomware

  • business email compromise

  • invoice fraud

  • wire diversion attacks

  • spoofed vendor communications

And in many cases, the attack begins long before malware ever appears.

It starts with email trust.

After the fifth breach surfaced, researchers scanned 100 U.S. SMB construction firms.

91 reportedly had exploitable email security gaps.

37 were considered critically exposed with:

  • no SPF

  • no DKIM

  • no DMARC

To non-technical executives, those may sound like obscure technical acronyms.

They are not.

They are the core protections that help prevent attackers from sending emails that appear to come directly from your company domain.

Without them, criminals can spoof:

  • executives

  • accounting departments

  • project managers

  • vendors

  • subcontractors

And to recipients, the messages can appear completely legitimate.

No hacking required.

Just public DNS lookups and basic reconnaissance.

That is the dangerous part:

The attack surface is publicly visible.

Threat actors actively scan for these weaknesses because they can identify exposed companies in seconds.

And many businesses never realize they are vulnerable until:

  • a fraudulent wire gets approved

  • malware spreads internally

  • a vendor account is compromised

  • ransomware encrypts critical systems

The companies hit this month were not necessarily careless.

Most had:

  • IT providers

  • security software

  • established workflows

But cybersecurity today is increasingly about visibility.

Attackers are constantly scanning the internet for small overlooked gaps that create massive downstream consequences.

Sometimes the biggest breach point is not a zero-day exploit.

It is a missing DNS record.

Especially in industries where trust and fast-moving payments drive daily operations.

70% of all cyber attacks target small businesses, I can help protect yours.

#CyberSecurity #Ransomware #Construction #BusinessEmailCompromise #ManagedIT

Cybersecurity
Technology
Travel

The White House Just Treated Souvenirs Like Cyber Threats

May 17, 2026
•
20 min read

The White House Just Treated Souvenirs Like Cyber Threats

After a recent trip to China, travelers aboard Air Force One were reportedly ordered to throw away:

  • burner phones

  • credential badges

  • gifted items

  • lapel pins

Before boarding the aircraft.

Everything went into disposal bins at the bottom of the stairs.

At first glance, that may sound excessive.

It is not.

This is standard high-security operational thinking when dealing with advanced espionage threats.

Because modern spying no longer looks like movie scenes with hidden microphones inside lamps.

Today’s risks can involve:

  • compromised mobile devices

  • malicious charging hardware

  • embedded tracking components

  • modified firmware

  • credential harvesting

  • proximity attacks

  • passive surveillance tooling

And sophisticated nation-state actors absolutely have the capability to target diplomatic travel environments.

That is why burner phones exist in the first place.

A burner device is designed to:

  • contain minimal sensitive data

  • operate in high-risk environments

  • reduce long-term exposure

  • be disposable afterward

The assumption is simple:

If a device enters a hostile intelligence environment, you should treat it as potentially compromised afterward.

That mindset is something businesses increasingly need to understand too.

Because most corporate espionage today does not start with dramatic hacking scenes.

It starts with:

  • travel

  • conferences

  • hotels

  • USB devices

  • QR codes

  • guest Wi-Fi

  • charging stations

  • “gifted” technology

The modern attack surface is physical and digital at the same time.

And advanced threat actors often target:

  • executives

  • travelers

  • legal teams

  • government personnel

  • supply chain partners

Precisely because they are mobile.

This is also why operational security matters more than ever.

Good cybersecurity is not just software.

It is behavior.

It is understanding that:

  • devices can be compromised

  • environments can be hostile

  • convenience creates exposure

  • trust itself can become the attack vector

The most secure organizations in the world assume compromise first.

Most small businesses still assume safety first.

That gap is where attackers thrive.

70% of all cyber attacks target small businesses, I can help protect yours.

#CyberSecurity #Espionage #OperationalSecurity #TravelSecurity #DataProtection

Travel
Technology
Must-Read

KITT Just Got A Speeding Ticket. From 800 Miles Away.

May 19, 2026
•
20 min read

KITT Just Got A Speeding Ticket. From 800 Miles Away.

The famous KITT car from Knight Rider was reportedly issued a New York City speeding ticket…

…while sitting inside a museum in Illinois.

According to the report, the replica vehicle at the Volo Museum allegedly received a $50 school-zone speeding ticket tied to a traffic camera capture in Brooklyn.

There is just one problem.

The car reportedly has not moved from the museum in years.

The museum believes the issue may stem from automated plate recognition systems incorrectly linking a novelty “KNIGHT” plate to the display vehicle.

Funny story?

Yes.

But it also highlights something much bigger.

Modern systems increasingly rely on:

  • Automation

  • AI-assisted matching

  • OCR recognition

  • Camera-based enforcement

  • Database correlation

And when those systems make mistakes, the errors can become very real.

A ticket.
A frozen account.
A flagged identity.
A denied transaction.

The danger is not just malicious hacking anymore.

It is automated trust.

Because once a system assumes something is true, humans often stop questioning it.

This is happening everywhere:

  • Fraud detection systems

  • AI moderation platforms

  • Automated account suspensions

  • Facial recognition systems

  • License plate readers

  • Credit risk engines

Most people assume:
“If the computer flagged it, it must be accurate.”

That assumption is becoming increasingly dangerous.

The lesson here is not that technology is bad.

It is that automation without verification creates risk.

Even KITT apparently is not immune.

70% of all cyber attacks target small businesses, I can help protect yours.

#CyberSecurity #AI #Automation #Privacy #DataProtection

Cybersecurity
Technology
Must-Read

Your Phone Can Be Tracked Without You Ever Knowing

May 24, 2026
•
20 min read

Your Phone Can Be Tracked Without You Ever Knowing

The Threat You Can’t See

Your phone doesn’t need to be hacked to be tracked.

It doesn’t need malware.
It doesn’t need a suspicious app.
It doesn’t even need you to click anything.

A new investigation from The Citizen Lab shows that attackers are using the global telecom system itself to monitor people worldwide.

The Real Problem: Trust Is Built Into Telecom

Global mobile networks rely on protocols like:

  • SS7

  • Diameter

These systems were built decades ago on trust between carriers.

That trust still exists today.

Attackers are exploiting it.

How the Surveillance Actually Works

1. Location Tracking via Network Signaling

Attackers send legitimate-looking requests through telecom networks.

These requests:

  • Query your phone’s location

  • Appear as normal roaming traffic

  • Rotate across multiple countries and operators

  • Bypass traditional defenses

Your carrier sees it as routine.

It is not.

2. SIMjacker (Zero-Click Attack)

This one is worse.

  • Your phone receives a silent SMS

  • You never see it

  • Your SIM executes hidden instructions

  • Your location is sent back automatically

No interaction required.

No warning.

Just tracking.

The “Ghost Operator” Problem

Attackers are not breaking into networks.

They are operating inside them.

By spoofing identities and routing through legitimate telecom infrastructure, they:

  • Blend into normal traffic

  • Hide attribution

  • Persist for years

This is what researchers are calling “ghost operators.”

Why This Matters More Than It Sounds

This is not just targeting governments or high-profile individuals.

Yes, there were cases involving “VVIP” targets.

But the same methods were observed across:

  • Europe

  • Africa

  • Asia

  • The Middle East

This is global infrastructure risk.

The Cybersecurity Lesson

Most people think threats come from:

  • Malware

  • Phishing

  • Breached accounts

But this is different.

This is infrastructure-level surveillance.

It bypasses:

  • Your device security

  • Your apps

  • Your behavior

You can do everything right and still be exposed.

Where the Real Failure Is

This is not just a technical issue.

It is a governance failure.

  • Weak enforcement

  • Poor interconnect controls

  • Lack of accountability

  • Legacy trust models

Telecom networks were never redesigned for modern threat actors.

What This Means for Businesses

If your company relies on mobile devices:

  • Executives can be tracked

  • Travel patterns can be monitored

  • Sensitive movements can be exposed

This has implications for:

  • Law firms

  • Healthcare organizations

  • Financial services

  • SMB leadership

Location is intelligence.

The Bigger Reality

Attackers no longer need to compromise your device.

They can:

  • Use the network

  • Use trusted systems

  • Use the infrastructure itself

That changes the threat model completely.

Bottom Line

Your phone is not just a device.

It is part of a global system you do not control.

And right now, that system can be used against you.

70% of all cyber attacks target small businesses, I can help protect yours.

#CyberSecurity #TelecomSecurity #Privacy #SMBSecurity #DataProtection

AI
Technology
Cybersecurity

Your Browser Might Be Changed Without You Knowing

May 21, 2026
•
20 min read

Your Browser Might Be Changed Without You Knowing

The Allegation Making Noise

Reports are circulating that installing Claude Desktop may modify browser environments during setup.

Specifically, the claims suggest:

  • A native messaging bridge is added

  • Browser components are modified

  • Extensions may be pre-authorized

  • Changes occur without clear user awareness

These behaviors are being described by critics as “spyware-like”.

Let’s Separate Signal From Noise

Before going further, one important point:

These are allegations from a privacy investigation, not a confirmed industry-wide consensus.

Anthropic has not publicly addressed these claims at the time of writing.

That matters.

But so does the pattern being described.

Why This Is a Serious Concern

Even if partially true, the issue is not just technical.

It is about consent and control.

Software should not:

  • Modify browser environments silently

  • Pre-authorize background access

  • Extend permissions beyond what the user expects

If it does, that crosses a line from convenience into risk.

What a “Native Messaging Bridge” Means

This is not inherently malicious.

It is a legitimate mechanism used by applications to:

  • Communicate with browsers

  • Enable deeper integrations

  • Extend functionality

But here is the problem:

If installed without clear visibility, it can:

  • Enable persistent background access

  • Expand attack surface

  • Create hidden dependencies

That is where risk begins.

The Cybersecurity Reality

This is not unique to one company.

It reflects a broader issue:

Modern software increasingly:

  • Extends into multiple environments

  • Adds background services

  • Integrates across systems

And users rarely see the full scope.

Why This Matters for Businesses

For SMBs, law firms, healthcare, and schools:

This is a real risk vector.

  • Browser extensions can access sensitive data

  • Background processes can persist unnoticed

  • Unauthorized changes can bypass policy controls

One installation can quietly change your environment.

What You Should Do Right Now

1. Audit Your Browser Extensions

Check every browser you use.

  • Remove anything unfamiliar

  • Disable anything you do not need

2. Review Installed Applications

Look for:

  • Recently installed tools

  • Background services

  • Unexpected integrations

3. Limit Installation Privileges

Do not allow:

  • Unrestricted software installs

  • Admin-level changes without review

4. Monitor Endpoint Behavior

Use tools that detect:

  • New processes

  • Browser injections

  • Unusual system changes

The Bigger Issue

This is about trust.

Companies position themselves as:

  • Secure

  • Ethical

  • Privacy-first

But trust is not what they say.

It is what their software does.

Bottom Line

Your system is your environment.

Nothing should be added, modified, or extended without your knowledge.

Not silently. Not “helpfully.” Not in the background.

Because once software crosses that line, the difference between feature and intrusion gets very thin.

70% of all cyber attacks target small businesses, I can help protect yours.

#CyberSecurity #Privacy #EndpointSecurity #SMBSecurity #DataProtection

Cybersecurity
Technology
Tips

The Attack Starts Long Before You Notice

•
20 min read

The Attack Starts Long Before You Notice

What Happens Before a Cyber Attack Hits You

Most businesses think the attack begins when systems go down.

It doesn’t.

By the time you notice something is wrong, the attacker has already been inside your environment for days.

The real damage happens before the “attack day.”

Stage 1: Entry (Day 1)

It starts small.

  • A phishing email is opened

  • A malicious link or attachment is clicked

  • Credentials are captured silently

No alerts.
No warnings.
No visible issues.

Nothing feels wrong.

Stage 2: Silent Access (Day 1–2)

They log in using those stolen credentials.

  • No unusual activity is detected

  • Systems appear completely normal

  • Security tools see a “valid user”

They are already inside.

This is where most businesses lose visibility.

Stage 3: Exploration (Day 2–3)

Now they start learning your environment.

  • Files and shared drives are scanned

  • Backup systems are located

  • Admin privileges are identified

They are not attacking yet.

They are preparing.

Stage 4: Spread (Day 3+)

Control expands quietly.

  • Malware moves across systems

  • Multiple endpoints become compromised

  • Access deepens across the network

Still no disruption.

Everything appears normal.

Stage 5: Execution (Attack Day)

Now you notice.

  • Files are encrypted

  • Systems are locked

  • Operations stop instantly

This is the first time most teams realize something is wrong.

The Part Most Businesses Miss

The attack did not start here.

It started days earlier.

Every stage before execution is where:

  • Access is gained

  • Damage is prepared

  • Recovery becomes harder

Most of the impact happens before anything is visible.

What This Means for SMBs, Healthcare, Law Firms, and Schools

If your strategy is:

“We’ll deal with it when something breaks”

You are already behind.

Because by the time systems fail:

  • Backups may already be compromised

  • Admin access may already be taken

  • Multiple systems may already be infected

The Real Security Gap

Most companies invest in:

  • Firewalls

  • Antivirus

  • Basic monitoring

But attackers are not breaking in loudly.

They are:

  • Logging in

  • Moving quietly

  • Preparing patiently

What You Should Be Doing Instead

  • Monitor login behavior, not just malware

  • Detect unusual access patterns early

  • Protect credentials aggressively

  • Assume compromise happens silently

Because it often does.

Bottom Line

Cyber attacks are not sudden events.

They are slow, quiet processes.

And if you only react when systems go down, you are not stopping the attack.

You are witnessing the final stage.

70% of all cyber attacks target small businesses, I can help protect yours.

#CyberSecurity #Ransomware #SMBSecurity #DataProtection #ManagedIT

Technology
Cybersecurity

Passwords Are Already Broken. Most People Just Haven’t Realized It Yet

•
20 min read

Passwords Are Already Broken. Most People Just Haven’t Realized It Yet.

The System Everyone Still Relies On

For decades, your security has depended on one thing:

A password.

A string you are supposed to:

  • Remember

  • Never reuse

  • Never write down

  • Never lose

That system never worked.

It was just tolerated.

As the document explains, passwords were always flawed. We just kept adding layers on top and calling it security.

Why Passwords Failed You

Here is what actually happens in the real world:

  • You create a password you can remember

  • You reuse it across multiple sites

  • One of those sites gets breached

  • Your password ends up on a list

  • Attackers try it everywhere

Now your:

  • Email

  • Bank

  • Work systems

  • Personal accounts

Are all exposed behind the same key.

Why Even “Better Security” Didn’t Fix It

Password Managers

They helped.

But most people never set them up.

And even when they did, phishing still worked.

One fake login page is all it takes.

Multi-Factor Authentication

Better than nothing.

But not enough.

Modern phishing kits can capture:

  • Your password

  • Your MFA code

In real time.

Before you even finish logging in.

The Replacement Most People Don’t Know Exists

There is a better system.

It is already on your phone.

It is called a passkey.

What a Passkey Actually Is

A passkey is not something you type.

It is a cryptographic credential stored on your device.

Here is how it works:

  • Your device creates two linked keys

  • One stays on your device

  • One is stored by the website

  • They only work together

When you log in:

  • The site sends a challenge

  • Your device signs it using Face ID, fingerprint, or PIN

  • Access is granted

Your biometric data never leaves your device.

Your key never leaves your device.

Why Passkeys Change Everything

1. Phishing Stops Working

Passkeys are tied to the exact website.

If you land on a fake login page:

It simply will not work.

The attack dies instantly.

2. Breaches Become Useless

Websites only store the public half of the key.

Attackers cannot use it.

There is nothing to steal.

3. No Password to Reuse

Nothing to remember.

Nothing to type.

Nothing to leak.

Where You Should Store Passkeys

You have three main options:

Built-In Device Managers

  • Apple (iCloud Keychain)

  • Google Password Manager

  • Microsoft

Best for simplicity.

Third-Party Managers

  • 1Password

  • Bitwarden

Best for cross-platform use.

Hardware Security Keys

  • Physical devices (like YubiKey)

Best for high-risk users.

Each option has tradeoffs.

But all are stronger than passwords.

What Most People Don’t Realize

You can already start using this today.

For example:

  • Amazon

  • Google

  • PayPal

  • Microsoft

  • GitHub

Support passkeys right now.

And the list keeps growing.

The Limitations You Should Know

This is not perfect yet.

  • Some sites still allow password fallback

  • Cross-platform syncing can be clunky

  • Losing your device requires planning

And if someone has your device and your PIN, you are still exposed.

Security is always layered.

What You Should Do Tonight

Start small.

  • Add passkeys to your email

  • Add passkeys to your bank

  • Add passkeys to one major account

Then keep going.

Within a week, your most important accounts can be protected against:

  • Phishing

  • Credential theft

  • Data breach exposure

What This Means for Businesses

For SMBs, healthcare, law firms, and schools:

Passwords are still the weakest link.

If your environment depends on them:

  • You are exposed

  • Your users are targets

  • Your systems are vulnerable

Identity is now the attack surface.

And passkeys are the direction everything is moving.

Bottom Line

Passwords are not being improved.

They are being replaced.

The question is not whether passkeys are the future.

It is whether you adopt them before attackers exploit what you are still using today.

70% of all cyber attacks target small businesses, I can help protect yours.

#CyberSecurity #Passkeys #IdentitySecurity #SMBSecurity #DataProtection

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