Your Name Is Going to the Moon - If You Act by Wednesday

Gigabit Systems

January 20, 2026

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20 min read

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Your Name Is Going to the Moon - If You Act by Wednesday

For the first time in history, your name can orbit the Moon.

Not metaphorically.

Not symbolically.

Physically. In space.

NASA is preparing Artemis II, the first crewed lunar mission in more than 50 years—and they’re offering the public a rare invitation to be part of it.

But the window is closing fast.

A Once-In-a-Generation Mission

Sometime before April 2026, four astronauts will launch aboard NASA’s Space Launch System (SLS) and Orion spacecraft, flying farther from Earth than any human has traveled since Apollo.

The crew:

Reid Wiseman – Commander
Victor Glover – Pilot
Christina Koch – Mission Specialist
Jeremy Hansen (CSA) – Mission Specialist

Their mission is not just a flyby. Artemis II is a dress rehearsal for humanity’s return to the Moon—and eventually Mars.

And your name can go with them.

How Your Name Gets There

NASA will store submitted names on a digital SD card placed inside the Orion spacecraft.

That card will:

Launch from Kennedy Space Center
Break free of Earth’s gravity
Travel over 230,000 miles into deep space
Swing around the far side of the Moon
Fly 4,600 miles beyond lunar orbit
Survive high-speed reentry back to Earth

Your name will complete a journey most humans never will.

👉 Submit here:

https://www3.nasa.gov/send-your-name-with-artemis/

Deadline: Wednesday.

Why Artemis II Matters

This isn’t a nostalgia mission. It’s infrastructure.

Artemis II will:

Validate deep-space life support systems
Test human performance beyond Earth orbit
Study radiation exposure and communications
Prove Orion’s ability to carry humans safely

Everything learned here feeds directly into:

Artemis III (landing humans on the Moon)
Long-duration lunar presence
First crewed missions to Mars

This is how civilizations expand.

A Quietly Powerful Detail

Decades from now, long after phones, apps, and social networks are obsolete, there will still be a record that your name left Earth.

Not as data in a cloud.

But as a passenger on a spacecraft that touched the edge of another world.

Final Thought

Most moments in history don’t invite participation.

This one does.

And it only takes a minute.

====================================

Follow me for mind-blowing information and cybersecurity news. Stay safe and secure!

#Space #NASA #ArtemisII #MoonMission #HumanExploration #FutureOfHumanity

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Your Name Is Going to the Moon - If You Act by Wednesday

January 20, 2026

•

20 min read

Your Name Is Going to the Moon - If You Act by Wednesday

For the first time in history, your name can orbit the Moon.

Not metaphorically.

Not symbolically.

Physically. In space.

NASA is preparing Artemis II, the first crewed lunar mission in more than 50 years—and they’re offering the public a rare invitation to be part of it.

But the window is closing fast.

A Once-In-a-Generation Mission

Sometime before April 2026, four astronauts will launch aboard NASA’s Space Launch System (SLS) and Orion spacecraft, flying farther from Earth than any human has traveled since Apollo.

The crew:

Reid Wiseman – Commander
Victor Glover – Pilot
Christina Koch – Mission Specialist
Jeremy Hansen (CSA) – Mission Specialist

Their mission is not just a flyby. Artemis II is a dress rehearsal for humanity’s return to the Moon—and eventually Mars.

And your name can go with them.

How Your Name Gets There

NASA will store submitted names on a digital SD card placed inside the Orion spacecraft.

That card will:

Launch from Kennedy Space Center
Break free of Earth’s gravity
Travel over 230,000 miles into deep space
Swing around the far side of the Moon
Fly 4,600 miles beyond lunar orbit
Survive high-speed reentry back to Earth

Your name will complete a journey most humans never will.

👉 Submit here:

https://www3.nasa.gov/send-your-name-with-artemis/

Deadline: Wednesday.

Why Artemis II Matters

This isn’t a nostalgia mission. It’s infrastructure.

Artemis II will:

Validate deep-space life support systems
Test human performance beyond Earth orbit
Study radiation exposure and communications
Prove Orion’s ability to carry humans safely

Everything learned here feeds directly into:

Artemis III (landing humans on the Moon)
Long-duration lunar presence
First crewed missions to Mars

This is how civilizations expand.

A Quietly Powerful Detail

Decades from now, long after phones, apps, and social networks are obsolete, there will still be a record that your name left Earth.

Not as data in a cloud.

But as a passenger on a spacecraft that touched the edge of another world.

Final Thought

Most moments in history don’t invite participation.

This one does.

And it only takes a minute.

====================================

Follow me for mind-blowing information and cybersecurity news. Stay safe and secure!

#Space #NASA #ArtemisII #MoonMission #HumanExploration #FutureOfHumanity

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Cybersecurity

Your Headphones Can Be Turned Against You

January 20, 2026

•

20 min read

Your Headphones Can Be Turned Against You

A critical Bluetooth flaw puts millions of users at risk

A newly disclosed vulnerability shows just how fragile our “invisible” tech has become. Security researchers have uncovered a critical flaw in Google’s Fast Pair protocol that allows attackers to hijack Bluetooth audio devices, track users, and even listen in on conversations—all without touching your phone.

This isn’t theoretical. It’s real, it’s widespread, and it affects hundreds of millions of headphones, earbuds, and speakers already in use.

What’s the flaw?

The vulnerability, tracked as CVE-2025-36911 and nicknamed “WhisperPair,” lives inside many Bluetooth accessories themselves—not your phone.

Here’s the problem in plain English:

Fast Pair devices are supposed to ignore pairing requests unless they’re in pairing mode
Many manufacturers failed to enforce this rule
As a result, attackers can force a pairing request silently

No pop-ups.

No approval.

No warning.

What attackers can do

Once an attacker pairs with a vulnerable device (from up to 14 meters away), they can:

🎧 Eavesdrop through the microphone
🔊 Blast audio at max volume
📍 Track the user’s location via Google’s Find network
👀 Remain invisible for hours or days

In some cases, the victim may see a tracking alert—but it misleadingly points to their own device, causing many people to dismiss it as a glitch.

Who’s affected?

This flaw impacts Fast Pair–enabled devices from major brands, including:

Google
Sony
JBL
Jabra
Logitech
OnePlus
Xiaomi
Marshall
Soundcore
Nothing

And importantly:

➡️ It doesn’t matter if you use Android or iPhone.

If the accessory is vulnerable, you’re exposed.

Why this is especially dangerous

This attack doesn’t break encryption.

It doesn’t steal passwords.

It doesn’t exploit your phone.

It abuses trust.

By using a legitimate pairing feature in an unintended way, attackers bypass the safeguards people assume are there. That makes this class of attack far harder to notice—and far easier to scale.

Can you protect yourself?

Right now, there’s only one real defense:

✅ Update your device firmware

Check the manufacturer’s app or support site
Install any available security updates
Do this even if your phone is fully updated

⚠️ Disabling Fast Pair on your phone does not stop this attack.

The weakness lives in the accessory.

The bigger lesson

We tend to think of headphones as “dumb” devices.

They’re not.

They’re networked computers with microphones, radios, and identity—often running outdated firmware no one ever patches.

This flaw is a reminder:

If a device has a microphone and wireless access, it’s a security boundary.

And boundaries need maintenance.

Bottom line

If you use wireless audio gear, check for updates now.

Because the most dangerous spy device might already be sitting in your ears.

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A Hidden Room Beside Britain’s Digital Backbone

January 19, 2026

•

20 min read

Britain’s Digital Spine May Already Be Compromised

Britain may be weeks away from approving one of the most consequential intelligence risks of the decade.

And it’s buried underground.

London isn’t approving a building.

It’s approving permanent proximity to the nervous system of its economy.

Recently unredacted blueprints for China’s new super embassy reveal a concealed underground complex built within three feet of fiber-optic cables that silently carry Britain’s financial transactions, corporate communications, and internet traffic.

Once concrete is poured, this risk doesn’t fade.

It fossilizes.

This Isn’t Espionage Theater. It’s Infrastructure Physics.

Fiber-optic cables are not abstract technology.

They are physical objects. They emit light. They leak signal.

And when you stand close enough, you don’t need to break encryption.

You just listen.

These cables transport:

Interbank transactions
Trading signals and liquidity flows
Corporate communications
Cloud traffic for millions of users

The UK government has reassured allies that these lines don’t carry classified government data.

That reassurance misses the real threat.

Economic intelligence is national power.

Metadata Is the Weapon Nobody Sees

Modern intelligence agencies don’t need message contents.

They need patterns.

With sustained access to traffic flow, a foreign power can infer:

Market stress before collapses
Capital flight during political instability
Corporate deal timing
Supply-chain pressure points
Financial institution exposure

You can map the future without reading a single word.

The “Secret Room” Changes Everything

The unredacted plans show far more than a basement.

They show intentional permanence.

Beneath the proposed embassy at the former Royal Mint site—the future largest Chinese embassy in Europe—documents reveal:

208 concealed rooms
Hot-air extraction systems, consistent with heat-dense computing
Emergency generators and showers, enabling extended underground occupation
Dedicated communications cabling

This is not diplomatic back-office space.

This is a hardened environment designed to operate quietly, continuously, and independently.

That combination—

physical access + compute + time—

is the holy trinity of modern intelligence operations.

“An Enormous Temptation”

According to Alan Woodward, a professor of cybersecurity at the University of Surrey, the decision to demolish and rebuild a basement wall next to the cables is a glaring red flag.

His assessment was stark:

“If I were in their shoes, having those cables on my doorstep would be an enormous temptation.”

In intelligence work, temptation matters—because capability already exists.

Once Built, The Risk Becomes Permanent

This is the part most people miss.

You cannot “inspect harder” once fiber is buried beneath concrete.

You cannot rotate cables away from a completed structure.

You cannot audit light leakage underground.

Once access is granted, the exposure is structural.

This isn’t a breach you patch.

It’s an attack surface you authorize.

The Timing Raises Alarms Across Allied Intelligence

The unredacted plans surfaced just days before Keir Starmer is expected to approve the project ahead of a diplomatic visit with Xi Jinping.

At the same time, Britain has reportedly been pressured to reassure intelligence partners—including the United States—that no sensitive data is at risk.

But intelligence alliances are built on trust, not assurances.

And trust erodes quickly when physical-layer risks are dismissed as theoretical.

This Is How Modern Power Operates

Espionage today doesn’t wear trench coats.

It looks like:

Strategic real estate placement
Long-term physical access
Legal diplomatic cover
Plausible deniability

As shadow national security minister Alicia Kearns warned, approving the embassy would hand Beijing a “launchpad for economic warfare.”

That isn’t hyperbole.

That’s doctrine.

Why This Matters Beyond Britain

This isn’t just a London story.

It’s a global warning for:

Governments approving foreign construction near infrastructure
Cities trading short-term diplomacy for long-term exposure
Organizations that think cybersecurity begins with software

It doesn’t.

Cybersecurity begins where cables run

—and who stands next to them for decades.

Once infrastructure is compromised, everything built on top inherits the risk.

The Quietest Breaches Are the Most Dangerous

There may never be a smoking gun.

No leaked memo. No intercepted call.

Just markets that move before news breaks.

Deals that fail before negotiations surface.

Pressure applied before anyone understands why.

That’s what makes this frightening.

If this risk is approved, Britain won’t hear the breach.

It will feel it later.

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

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Follow me for mind-blowing information and cybersecurity news. Stay safe and secure!

#CyberSecurity #NationalSecurity #InfrastructureProtection #Espionage #Geopolitics