8776363957
Connect with us:
LinkedIn link
Facebook link
Twitter link
YouTube link
Gigabit Systems logo
Link to home
Who We AreManaged ServicesCybersecurityOur ProcessContact UsPartners
The Latest News in IT and Cybersecurity

News

A cloud made of diagonal linesA cloud made of diagonal lines
A pattern of hexagons to resemble a network.
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

Travel
Technology
Science

Your Car Might Soon Be Collecting Data On Everything You Do

May 26, 2026
•
20 min read

Your Car Might Soon Be Collecting Data On Everything You Do

The Shift No One Is Talking About

Uber is no longer just a ride-sharing company.

It is positioning itself to become a global data collection engine.

According to  , the company plans to turn millions of driver vehicles into a distributed sensor network to collect real-world data for AI and autonomous driving systems.

What Uber Is Actually Building

The vision is simple.

Equip everyday driver vehicles with sensors.

Use them to collect:

  • Road conditions

  • Traffic behavior

  • Pedestrian movement

  • Environmental data

At scale.

Not hundreds of cars.

Millions.

Why This Matters

The bottleneck in AI and autonomous driving is no longer software.

It is data.

As stated in the report, access to real-world driving data is the limiting factor for these systems.

Uber already has the infrastructure.

  • Global driver network

  • Constant movement

  • Real-world scenarios

Now it wants to turn that into a data pipeline.

The “Sensor Grid” Reality

If even a fraction of Uber’s drivers participate:

  • Every trip becomes data collection

  • Every route becomes training input

  • Every city becomes a mapped dataset

This creates something no single AV company can match.

A live, global sensor grid.

The Cybersecurity Angle Most People Miss

This is not just about self-driving cars.

It is about data exposure.

Because once vehicles become sensors:

  • Movement patterns are captured

  • Behavioral data is collected

  • Environmental context is stored

And all of that has value.

Where the Risk Comes In

When systems scale like this, so does risk.

Questions businesses should be asking:

  • Where is this data stored?

  • Who has access to it?

  • How is it secured?

  • How long is it retained?

Because large datasets attract:

  • Attackers

  • Nation-state interest

  • Data brokers

The “AV Cloud” Concept

Uber is also building what it describes as an “AV cloud.”

A centralized library of:

  • Sensor data

  • Labeled driving scenarios

  • Real-world conditions

Partners can:

  • Train AI models

  • Simulate driving scenarios

  • Test performance

What This Means for Businesses

This is not just a transportation story.

It affects:

  • Privacy

  • Data ownership

  • Surveillance risk

If your employees, executives, or operations rely on mobility:

That movement may become data.

The Bigger Trend

We are entering a world where:

  • Devices collect data

  • Vehicles collect data

  • Infrastructure collects data

Everything becomes a sensor.

And most people are not aware of it.

The Real Question

Uber says the goal is to “democratize” the data.

But data at this scale is power.

And power is rarely neutral.

Bottom Line

Your environment is becoming observable.

Not just online.

In the physical world.

And the companies collecting that data are building systems far bigger than most people realize.

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

#CyberSecurity #DataPrivacy #AI #SMBSecurity #DataProtection

AI
Cybersecurity
Technology

Uber already burned through its entire 2026 AI coding budget

May 14, 2026
•
20 min read

AI Didn’t Break the Budget. Adoption Did.

The Shift Nobody Budgeted For

Uber didn’t run out of money.

It ran into reality.

According to reports, the company has already burned through its entire 2026 AI coding budget just months into the year after rolling out AI tools across engineering.

What changed was not the technology.

It was the speed of adoption.

What Actually Happened

  • ~5,000 engineers were given access to AI coding tools

  • Usage doubled within weeks

  • 84% became heavy AI users

  • ~70% of committed code is now AI-generated

  • ~11% of backend updates are written by AI agents

This is not experimentation.

This is full integration.

Why the Costs Exploded

The issue is not the tool.

It is the pricing model.

AI coding platforms like Claude Code are:

  • Token-based

  • Usage-driven

  • Scalable in real time

That means:

  • More prompts = more cost

  • Parallel agents = exponential cost

  • Full codebase refactors = massive spikes

Unlike traditional software, there is no ceiling.

The Real Problem: Old Budget Models

Most companies still think in terms of:

  • Per-seat licenses

  • Fixed SaaS costs

  • Predictable monthly spend

AI breaks that model.

This is closer to:

  • Cloud compute

  • On-demand scaling

  • Consumption-based billing

And most organizations are not prepared for that shift.

The Cybersecurity Angle Nobody Is Talking About

When AI adoption moves this fast:

  • Code is generated faster than it can be reviewed

  • Dependencies are introduced at scale

  • Security validation lags behind output

You are not just increasing productivity.

You are increasing:

  • Attack surface

  • Code complexity

  • Risk exposure

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

You are about to face the same problem.

Not at Uber scale.

But the same pattern.

  • Teams adopt AI tools quickly

  • Usage grows faster than expected

  • Costs spike

  • Security falls behind

The New Reality

Companies are no longer asking:

“Should we use AI?”

They are learning:

“We cannot control how fast it scales.”

What Smart Organizations Are Doing Now

  • Setting usage guardrails

  • Monitoring token consumption

  • Implementing code review controls for AI output

  • Treating AI as infrastructure, not a tool

Because once adoption starts, it does not slow down.

Bottom Line

AI does not just change how you build.

It changes how you spend.

And the companies that fail to understand that early will not just overspend.

They will overexpose themselves.

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

#CyberSecurity #AI #SMBSecurity #DevSecOps #DataProtection

AI
Cybersecurity
Technology

AI Just Made Fake IDs Scalable

May 27, 2026
•
20 min read

AI Just Made Fake IDs Scalable

A fake passport used to require:

  • Specialized equipment

  • Criminal connections

  • Time

  • Money

Now?

A convincing fake ID can reportedly be generated in minutes.

For about $15.

The underground platform known as “OnlyFake” gained attention for allegedly using AI-driven tools to generate highly realistic forged identity documents capable of bypassing certain online verification systems.

That changes the threat landscape dramatically.

Because modern businesses rely heavily on digital identity verification:

  • Banking

  • Fintech

  • Crypto platforms

  • Remote hiring

  • Account recovery

  • KYC onboarding

And most of those systems were built assuming fake IDs were difficult to produce at scale.

That assumption is gone.

According to reports, the platform generated:

  • Driver’s licenses

  • Passports

  • Multi-country identity documents

  • Bulk orders for fraud operations

All purchased using cryptocurrency.

The bigger issue is not the website itself.

It is what this represents.

AI is lowering the barrier to fraud.

Fast.

What once required organized criminal infrastructure can now potentially be done through automated generation tools accessible online.

That creates serious problems for:

  • Identity verification

  • Remote onboarding

  • Fraud prevention

  • Financial compliance

  • Hiring processes

Especially for SMBs and organizations that trust uploaded documents without layered verification.

This is why identity security is changing.

Visual verification alone is no longer enough.

Businesses increasingly need:

  • Behavioral validation

  • Device reputation analysis

  • Liveness detection

  • Multi-layer authentication

  • Human review for anomalies

Because in the AI era, seeing is no longer believing.

And the organizations that continue relying on outdated verification assumptions are going to become extremely vulnerable to synthetic identity fraud.

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

#CyberSecurity #AI #FraudPrevention #IdentitySecurity #DataProtection

Cybersecurity
Technology
Tips

One Unpaid Bill Took Down An Entire Email System

May 13, 2026
•
20 min read

One Unpaid Bill Took Down An Entire Email System

No ransomware.

No hackers.

No cyberattack.

Just one operational failure.

A major public organization recently suffered a catastrophic disruption after its cloud email environment was deleted following an unresolved payment issue with a provider.

Suddenly:

  • Official email accounts disappeared

  • Critical correspondence became inaccessible

  • Case-related documentation vanished

  • Operations slowed dramatically

Thousands of people were impacted.

This is the part most businesses misunderstand about cloud services:

Microsoft 365 is not a backup.

Google Workspace is not a backup.

Cloud platforms provide availability.

That is not the same thing as recoverability.

If:

  • Accounts are deleted

  • Licenses lapse

  • Data retention expires

  • Malicious insiders remove information

  • Sync errors propagate corruption

  • Attackers wipe mailboxes

You may discover very quickly that your “cloud backup” never actually existed.

And by the time you realize it, recovery windows may already be gone.

For SMBs, healthcare organizations, law firms, and schools, email is not just communication anymore.

It is:

  • Legal history

  • Financial records

  • Operational continuity

  • Client correspondence

  • Vendor relationships

  • Internal approvals

  • Compliance evidence

Lose email, and many organizations effectively lose memory.

This is why independent backup systems matter.

Real backup means:

✅ Separate storage
✅ Immutable recovery points
✅ Long-term retention
✅ Granular restoration
✅ Protection from provider-side deletion

Because operational failures happen.

Billing failures happen.

Administrative mistakes happen.

And cloud providers are not designed to protect you from every scenario.

The most dangerous outages are often not cyberattacks.

They are assumptions.

Especially the assumption that “Microsoft has us covered.”

They don’t.

Not fully.

And businesses usually learn that too late.

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

#CyberSecurity #Microsoft365 #Backup #BusinessContinuity #DataProtection

Previous
Next
About
Managed ServicesCybersecurityOur ProcessWho We AreNewsPrivacy PolicyTerms & Conditions
Help
FAQsContact UsSubmit a Support Ticket
Social
LinkedIn link
Twitter link
Facebook link
Have a Question?
Thank you! Your submission has been received!
Oops! Something went wrong while submitting the form.
Copyright © {auto update year} Gigabit Systems All Rights Reserved.
Website by Klarity
Gigabit Systems Inc. BBB Business Review