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[Driverlessy.com @Driverlessy]

Be #intense in the first contact with your #clients!
🚕https://t.co/z5APwYzu87
#driverlessvip #driverless #vip #robotaxi #SelfDrivingCars #AutonomousVehicles #AI #AV #Innovator #Singapore #Canada #China #US #Europa #Korea #UnitedArabEmirates #domainname #domainyx #driverlessy

[Driverlessy.com @Driverlessy]

While the city sleeps, intelligence patrols. Lights cut through the night. Level 4 autonomy is here. Intelligent urban policing is no longer tomorrow's promise. It's already rolling through China's streets. No driver. No pause. Explore AV opportunities at https://t.co/W0ru42jESg.

[Domainyx @domainyx]

50 ROLLOVERS. 160°C.
AND THE VEHICLE DROVE OUT.

FAW-Volkswagen put a T6 through an extreme demonstration designed to push both the vehicle structure and its energy system to the limit.

🔥 Heated to 160°C
🔄 Subjected to 50 consecutive rotations
🚗 Then powered back up and driven away

According to the reported test results, the vehicle maintained its cabin structure, doors and key electrical functions. Most importantly for an EV, the battery reportedly showed no thermal runaway, fire or electrolyte leakage after the combined thermal and mechanical stress.

That makes the demonstration interesting beyond the spectacle.

EV safety is often discussed through isolated events: crash energy, battery temperature, structural deformation or thermal runaway.

Real-world accidents rarely respect those categories.

A severe event can combine impact, rotation, deformation, heat and electrical stress in the same sequence.

This kind of extreme demonstration does not replace standardized crash testing or regulatory certification. It does, however, provide a highly visual stress case for how the vehicle's structural and battery systems behave when several failure modes are introduced simultaneously.

For the EV industry, that is a useful direction of testing.

Because battery safety is ultimately about what happens after the physics gets ugly.

https://t.co/U3Q9jQrkaz
Built around where electric mobility is going.

#FAWVolkswagen #Volkswagen #EV #IDAURAT6 #ElectricSUV #EVCharger #LithiumBatteries

[eVTOL.com.br @eVTOLBrazil]

12 years of iteration, redesign, redundancy and flight testing, compressed into 44 seconds.

The final aircraft carries the history of every version that came before it.

Evolution has no limits. 🚁

$EH #EHang #EH216 #EH216S #eVTOL #eVOLBrazil

[Driverlessy.com @Driverlessy]

The future of urban transit is here. 🚇

The award-winning CRRC Vellink features a fully #driverless GoA4 design, eliminating the traditional driver cabin to create a flexible, panoramic passenger space with smart rotating seats.

A glimpse into the future at Innotrans! 🌍🤖

[Driverlessy.com @Driverlessy]

What if the real breakthrough in autonomy isn’t making one vehicle smarter, but making the entire system easier to replicate?

JD Logistics offers a glimpse of that shift.

The economics may be changing from autonomy to utilization.

Full analysis: https://t.co/3tL5MWBFA4

[Driverlessy.com @Driverlessy]

https://t.co/0v9ELgsI3R

#Driverless #AutonomousVehicles #Robotaxi #AutonomousMobility #FutureOfMobility #Uber #Dubai

[Driverlessy.com @Driverlessy]

Baidu’s Apollo Go just joined #Uber in #Dubai.
But WeRide was already there.
So what is really changing?
Maybe the #robotaxi is no longer the product.
Maybe the network is.
I unpack what this could mean for the next #autonomousvehicle business model on LinkedIn.

🔗1⃣💬👇

[Driverlessy.com @Driverlessy]

No steering wheel. No driver. Just the #future. 🚌

China’s "Potato Bus" (Level 4 autonomous) is already carrying real passengers on public roads.

Revolution or hype?
Watch our 5-min deep dive into the hard data, the tech, and the business reality behind autonomous mobility. 👇

[Domainyx @domainyx]

🇳🇵 NEPAL: AFTER 9 DAYS, TWO WORKERS WALK BACK INTO THE LIGHT

Two workers trapped inside a hydropower tunnel in Nepal have been rescued alive after more than nine days underground.

But the most powerful moment of this rescue may not be the moment they emerged.

It was the moment rescuers heard a human voice.

A voice changed the mission from recovery to rescue.

On September 4, Nepalese security forces rescued two workers trapped inside a tunnel at the Upper Trishuli 3A Hydropower Project, in an area devastated by floods, landslides and massive debris.

The tunnel had been buried by mud, rocks and rushing water.

The rescue teams had been searching for days.

Then they heard someone inside.

And everything changed.

🧑‍🚒 For the rescuers, that voice meant there was still life beneath the destruction. The objective was no longer simply to search. It was to reach someone who was alive.

🫂 For the survivors, those hands reaching into the darkness meant something profoundly human:

Someone came for us.

❤️ For the families still waiting, this rescue carries an even greater meaning.

It does not guarantee that more survivors will be found.

But it proves something that had become almost impossible to believe:

Survival is still possible.

And this is where the story becomes bigger than one rescue.

When a disaster destroys roads, bridges, communications and access routes, the first thing rescuers need is not a machine.

They need information.

Where are the survivors?

Are they still alive?

Can they hear us?

Can we reach them?

In extreme disasters, the chain becomes:

DETECT → LOCATE → COMMUNICATE → ACCESS → RESCUE

This is where drones, autonomous systems, satellite communications, remote sensing and low-altitude technologies can become more than technological tools.

They can become lifelines.

Because when the ground disappears, the air may become the only remaining path to see, listen, communicate and reach.

The Nepal disaster is a tragedy.

But today's rescue is also a message to every family still waiting:

Do not confuse silence with the end of hope.

Sometimes, beneath the mud, the rocks and nine days of darkness...

someone is still waiting to be heard.

🇳🇵 Nepal is still searching.

#Nepal #NepalFloods #NepalLandslide #NepalRescue #NepalDisaster #TunnelRescue #Hydropower #SearchAndRescue #DisasterResponse #Drones #AutonomousSystems #LowAltitudeEconomy #EmergencyResponse #RescueTechnology #Dronep

[Driverlessy.com @Driverlessy]

@XueJia24682 This goes beyond #AGVs.
It reveals China’s core edge: 'platformization' at scale.

They don’t just adapt gadgets; they engineer vertical ecosystems from problem to solution.

Tech is a data node, not just a tool. Innovation driven by real-world application, not just lab R&D.🇨🇳

[Driverlessy.com @Driverlessy]

WHEN THE FLOOD HITS, WHO DELIVERS? 🌊
Autonomy isn’t just about moving. It’s about knowing when to stop, reroute, or push through.

Read more 👇
https://t.co/7UWv1KpOwi

#LogisticsTech #DeepTech #AutonomousVehicles #Resilience #Driverlessy

[Domainyx @domainyx]

🚗 When a Car Drifts ITSELF, Who's Really Driving the Future?

A car #drifting by itself is spectacular.

But if you are watching the Denza Z9GT and focusing on the drift, you may be missing the most important part.

The real story is not that the car can drift.
It is that the car can control its own physical behavior at the limit of adhesion.

That distinction matters.

Because this is where two major automotive transformations begin to converge:
⚡ Electrification
🤖 Vehicle intelligence

And the Denza Z9GT is an unusually interesting place to see that convergence.

Look beyond the smoke

The #Z9GT is built around #DENZA's e³ platform, combining three-motor independent drive, independent rear-wheel steering and Vehicle Motion Control.

The EV version delivers up to 1,156 PS from one front motor and two independently driven rear motors.

That architecture changes what the software can command.

Instead of treating the drivetrain as one mechanical source of propulsion, the vehicle can continuously manage torque distribution across independently driven wheels while coordinating steering, braking and other chassis systems.

The result is not simply more power.
It is more controllability.

And that is a much bigger story.

This is not ordinary autonomous driving

There is an important distinction here.

A robotaxi answers:
Where should the vehicle go?

What we are seeing here is closer to:
How should the vehicle physically behave while getting there?

That is vehicle-motion #autonomy.

The system is not merely keeping the car inside a lane.

It is controlling the car while the tires are deliberately operating in a highly dynamic state.

That is a very different engineering problem.

And it reveals something important about where automotive intelligence is heading.

The EV changes the equation

Electric propulsion is particularly powerful in this context because independently controlled electric motors can deliver very precise and rapid torque commands.

The Z9GT's three-motor architecture gives the control system something conventional drivetrains struggle to provide:
Direct, independent control of propulsion at the wheel level.

That is not just about acceleration.
It can influence yaw, traction, stability and the vehicle's response to changing grip.

In other words, the electric powertrain is becoming part of the vehicle's control system.

The motor is no longer simply something that makes the car move.
It becomes an actuator through which software can shape how the entire vehicle behaves.

That is a profound shift.

So why demonstrate a drift?
This is where the marketing becomes much more interesting.

DENZA is not trying to sell autonomous drifting to the average luxury buyer.

And it certainly is not trying to replace the human experience of motorsport.

Drifting is still about human skill, judgment, timing and the ability to operate at the edge of control.

The machine taking over that task does not make the sport more meaningful.

It makes the engineering demonstration more meaningful.

Because #drift is visually understandable.

You do not need to understand Vehicle Motion Control, torque distribution or chassis dynamics to immediately recognize that something unusual is happening.

The drift becomes a language.
The technology is the message.

Who is DENZA really talking to?
Not the professional drifter.
Not the traditional petrolhead.

DENZA is speaking to a different emerging luxury customer:
The buyer who sees technology itself as a form of premium.

For decades, luxury automotive brands sold engineering through heritage.

✔️Engine size.
✔️Transmission technology.
✔️Suspension sophistication.
✔️Motorsport pedigree.
✔️Mechanical craftsmanship.

Now a new question is emerging:

What if software becomes part of the definition of automotive luxury?
That is where DENZA is positioning itself.

The Z9GT does not simply say:
"We built a powerful electric car."

It says something closer to:
"We built a vehicle whose hardware and software can actively control the physics of the machine."

That is a very different proposition.

And this is where EV and autonomous driving converge

The automotive industry often treats electrification and autonomous driving as separate revolutions.

They are not.

Electrification creates a highly controllable physical platform.

Software gives that platform intelligence.

Advanced sensing tells the vehicle what is happening.

Vehicle Motion Control determines how to respond.

Together, they move the automobile toward something fundamentally different:
A machine whose behavior can increasingly be defined by software.

That is the deeper significance of this video.

The Z9GT is not proving that humans no longer need to drive.

It is demonstrating something more fundamental:
The vehicle itself is becoming capable of understanding and controlling its own dynamics.

And once that capability exists, the applications go far beyond drifting.
✔️Emergency maneuvers.
✔️Low-grip surfaces.
✔️High-speed stability.
✔️Tire failures.
✔️Precision handling.
✔️Automated parking.

Eventually, increasingly sophisticated forms of autonomous driving.

The drift is simply the most dramatic way to show the audience that the underlying capability exists.

The question investors and automakers should be asking

Do not ask:
"Can a car drift by itself?"

Ask:
"What happens when the car becomes an intelligent actuator?"

That is the strategic shift.

The competitive advantage may no longer come only from who builds the best engine, battery or chassis.

It may increasingly come from who can integrate:
Power + sensors + software + control + intelligence into one coherent machine.

And that changes the competitive landscape.

Because once the vehicle itself becomes software-controlled, the boundaries between EV technology, autonomous driving and advanced chassis engineering begin to disappear.

The Denza Z9GT is interesting for exactly that reason.

The drift is the spectacle.
The real product is control.

And control may become one of the most important battlegrounds in the next generation of the automotive industry.

https://t.co/U3Q9jQrS07
Built around where electric mobility is going.

#BYD #EV #AutonomousDriving #AV #Driverless

[Driverlessy.com @Driverlessy]

@BodenViews Thank you. We may be watching the early stages of something much bigger.

[Domainyx @domainyx]

Every new electric vehicle factory announced in Brazil sends a much bigger signal than most headlines reveal.

This week, MG Motor, backed by SAIC Motor, confirmed local production in Ceará with a target of 50,000 vehicles over the next four years.

Most people will focus on the car.
I see something else.

Every #EV produced creates years of demand for charging infrastructure.

✔️ Charging stations.
✔️Energy management.
✔️Installation.
✔️Software.
✔️Maintenance.
✔️Fleet solutions.

The vehicle is sold once.
Charging becomes a recurring necessity throughout its entire lifecycle.

Another detail caught my attention.

The report naturally mentions the expansion of charging infrastructure as part of the story.
That wasn't common a few years ago.

Today, EVs and charging are no longer separate conversations. They have become one market.

And Ceará appears once again.

This is not coincidence.

The state is steadily positioning itself as one of Brazil's strategic hubs for electric mobility, combining industrial policy, renewable energy, logistics and long-term investment.

For business leaders, this changes the question.

The opportunity is no longer "Will electric mobility grow in Brazil?"

The real question is:

Which brands will own the #infrastructure behind that growth?

Markets are rarely led by companies that arrive first.
They are led by companies that become the reference for an entire category.

That is exactly why category-defining #digitalassets become increasingly strategic as industries mature.

👉https://t.co/U3Q9jQrkaz is more than a #domain.

It is the exact name of the market every new factory, every charging network, every energy company and every infrastructure investor is helping build.

The companies that recognize strategic assets before the market does are usually the ones defining the market when everyone else finally catches up.

新能源汽车 充电桩 电动汽车

#EVCharger #MG4 #InvestInBrazil #Infraestrutura

[Domainyx @domainyx]

What if the most valuable asset in Brazil's EV charging market isn't a charger?

As international companies compete for trust and visibility, owning the category itself becomes a strategic advantage. 👇
https://t.co/LDxS9dnM1G

#Brazil #BR #EVCharger #EV #BrandLocalization

[Domainyx @domainyx]

Watch the vehicle if you're interested in #technology.

Watch the word #driverless if you're interested in where enterprise value will be created over the next decade.

Categories are built long before they're won.

👉https://t.co/KvYmBO94bx

#FutureOfLogistics #SmartMobility

[Domainyx @domainyx]

⌛️Five minutes.
That is the number that should make the entire automotive industry pause.

Last week, BYD unveiled the second generation of its Blade Battery and a new Flash Charging architecture capable of delivering up to 1500 kW per connector.

The numbers are extraordinary.

• 10% → 70% charge in 5 minutes
• 10% → 97% charge in 9 minutes
• Reliable charging even at −30°C
• More than 1000 km of range in vehicles such as the Denza Z9 GT

For years, critics of electric vehicles repeated the same arguments.

“Charging takes too long.”
“Range is too limited.”
“The infrastructure is not ready.”

Those arguments are beginning to collapse.
But the real significance of this announcement is not simply faster charging.

It is system architecture.

BYD is not just releasing a better battery.

It is deploying an integrated energy ecosystem that combines:

• high-density lithium battery technology
• megawatt-scale charging hardware
• intelligent thermal management
• energy storage embedded within charging stations
• large-scale charging infrastructure

The company plans to deploy 20,000 Flash charging stations across China by 2026.

That number alone should raise eyebrows.

But the deeper signal lies elsewhere.

A single 1500 kW charging session can draw as much instantaneous power as a small commercial building.

Which means the real challenge is no longer only batteries.

It is energy orchestration.

The new stations solve this by integrating energy storage buffers, allowing electricity to accumulate gradually from the grid or solar sources and then discharge instantly into vehicles.

In other words, #EVChargingStations are evolving into distributed energy hubs.

And when infrastructure changes, entire industries reorganize around it.

For the past decade, the global EV conversation focused on battery chemistry.

Now the conversation is shifting toward something bigger:
Energy networks.
Power electronics.
Grid intelligence.
Charging ecosystems.

And this is where the geopolitical dimension becomes impossible to ignore.

China already dominates the global battery supply chain.

Companies such as #BYD and #CATL are not just manufacturing batteries.

They are defining the technological tempo of the energy transition.

If megawatt charging scales as expected, the competitive landscape of the automotive and energy sectors may change faster than many analysts anticipate.

Because once an electric vehicle can recover hundreds of kilometers of range in minutes, the historical convenience advantage of gasoline begins to disappear.

At that point, the bottleneck shifts.

From vehicles… to energy infrastructure.

And when new infrastructure emerges, so does a new digital and semantic landscape around it.

Industries at this scale organize themselves around clear technological anchors.

Batteries.
Energy storage.
EV charging.

These terms are no longer just product categories.
They are becoming the linguistic backbone of the electric mobility economy.

In emerging industries, a small number of #digitalassets naturally align with the core vocabulary of the market itself.

Over time, those assets tend to become increasingly strategic as the sector matures and capital, infrastructure and innovation begin to organize around the same fundamental language.

Occasionally, someone simply arrives early enough to secure one of those positions.

https://t.co/kRxJVL8Wqj
Positioned at the heart of the global #lithiumbattery supply chain, particularly relevant as China continues to lead the world in battery manufacturing and innovation.

https://t.co/U3Q9jQrkaz
Aligned with the infrastructure layer of electric mobility in Brazil and Latin America, where charging networks will inevitably expand as #EV adoption accelerates.

The transition to electric mobility is not just about cars.
It is about energy architecture.
And architecture always shapes markets.

The companies building the #batteries will define the technology.

The companies building the charging networks will define the #infrastructure.

But the platforms, ecosystems and digital foundations surrounding them will also define how the industry organizes itself in the decades ahead.

We may be approaching the moment when electric vehicles stop being the future… and simply become the default.

#Brazil #CarroEletrico #EVCar #LithiumBatteries

[Domainyx @domainyx]

Some assets compete on execution.
Others control the language of the market. 🧠

https://t.co/MIL44kZZzO belongs to the second group.

Before talking about products, valuation, or adoption curves, there is a more fundamental layer to consider:
Who controls the words that define the #future infrastructure.

“#Driverless” is no longer a vision. 🚗➡️🤖
It is the structural removal of human cost, risk, and limitation from mobility and logistics.

When the driver disappears, everything changes:
✔️Pricing models
✔️Operational scale
✔️Legal frameworks
✔️Risk distribution
✔️Margins
✔️Governance

Driverless does not describe a product.
It names a condition.

And that condition applies far beyond cars: 🌍
🔹Robotaxis
🔹Autonomous trucking
🔹Ports and airports
🔹Industrial logistics
🔹Mining
🔹Last-mile delivery
🔹Smart cities

This is not a vertical.
It is a layer.

The real value of https://t.co/MIL44kZZzO is timing. ⏳

Early markets do not value names because no one understands them.
Late markets cannot access names because they are already locked.

The highest value appears in the middle, when:
✔️The technology works
✔️The concept is understood
✔️The ecosystem is still forming

We are exactly there. 📍
🔹More than 1,300 domains already use “driverless” in their composition.
🔹89 extensions registered the exact word.

That is not dilution.
That is semantic consensus.

When an entire market converges on one word, value moves to whoever controls the root. 🎯

The .vip extension here is not about luxury.
It signals access, early positioning, and insider status within an emerging infrastructure.

https://t.co/MIL44kZZzO is not a product.
It is not a bet on a single company.

It is a positioning asset.
A semantic hedge on the inevitable expansion of #autonomoussystems. 📈

The question is no longer if the world will be driverless.
That decision has already been made.

The real question is who controls the #names that organize that world.

https://t.co/MIL44kZZzO does not need to explain itself.
It will simply be right. Today and 10 years from now. 🕰️

#DomainName
#EmergingMarkets
#FutureInfrastructure
#MobilityInnovation
#StrategicAssets

[Driverlessy.com @Driverlessy]

A Cybertruck was spotted driving in Hangzhou 👀🇨🇳

Notably, it carries a Chinese new-energy license plate ⚡

In China, that detail changes everything.

#Cybertruck #Hangzhou #China #EV #EVCars