#Transpod

[cybersecurityict]

Hyperloop Technology Market Turning U.S.A. Infrastructure Into a High-Speed Network by 2032

The Hyperloop Technology Market was valued at USD 2.1 billion in 2023 and is expected to reach USD 46.6 billion by 2032, growing at a CAGR of 41.15% from 2024-2032.

Hyperloop Technology Market is accelerating innovation in the transportation sector, promising ultra-high-speed, energy-efficient, and low-emission transit solutions. With global attention on reducing carbon footprints and enhancing urban mobility, the concept of vacuum-tube-based transport systems is transitioning from theoretical frameworks to experimental prototypes, particularly in the U.S., Europe, and parts of Asia.

U.S. Leads in Early-Stage Investment and Infrastructure Pilots

Hyperloop Technology Market is gaining strategic interest from governments and private stakeholders as feasibility studies, infrastructure collaborations, and regulatory support increase. The market is being driven by technological breakthroughs in magnetic levitation, materials science, and autonomous control systems, laying the groundwork for a revolution in high-speed transit.

Get Sample Copy of This Report: https://www.snsinsider.com/sample-request/6614 

Market Keyplayers:

Virgin Hyperloop – Hyperloop Passenger Pod XP-2

Hyperloop Transportation Technologies (HTT) – Hyperloop Capsule Quintero One

The Boring Company – Loop System

Zeleros – Zeleros Hyperloop Vehicle

TransPod Inc. – TransPod FluxJet

Hardt Hyperloop – European Hyperloop Center Prototype

Arrivo – High-Speed Freight Network

DGWHyperloop – DGW Hyperloop System

Tesla, Inc. – Conceptual Hyperloop Design

Nevomo (formerly Hyper Poland) – MagRail

MIT Hyperloop Team – MIT Hyperloop Pod

Swisspod Technologies – Swisspod Aurora System

TUM Hyperloop – TUM Research Pod

UCLA Hyperloop – Hyperloop Pod Prototype

EPFLoop (École Polytechnique Fédérale de Lausanne) – EPFLoop Pod

Market Analysis

The Hyperloop market is defined by its potential to disrupt traditional transportation with near-supersonic speeds and minimal environmental impact. Investment inflows, policy support, and urbanization challenges are converging to push the development of hyperloop corridors. Companies such as Virgin Hyperloop, Hardt Hyperloop, and TransPod are making strides in testing and engineering.

Private-public partnerships are pivotal in overcoming regulatory and infrastructure barriers. While the market is still in early developmental stages, growing collaboration among tech firms, infrastructure developers, and government entities is signaling long-term potential.

Market Trends

Surge in R&D investments for sustainable transport alternatives

Advancements in low-pressure tube systems and magnetic levitation

Increased interest in freight applications alongside passenger use

Smart infrastructure integration for real-time monitoring and safety

Cross-border collaboration, especially in U.S.-Europe innovation hubs

Focus on energy recovery systems and low-noise engineering

Pilot corridors under review in the U.S., UAE, and European nations

Market Scope

The scope of the Hyperloop Technology Market extends beyond high-speed travel to encompass smart infrastructure, sustainable design, and economic transformation. It addresses congestion, urban-rural connectivity, and long-term energy efficiency goals.

High-speed intercity passenger and cargo transport

Urban decongestion and smart city integration

Potential to reshape regional economic zones

Innovative public-private funding models

Reduced transit times and carbon emissions

Application of aerospace-grade materials and autonomous systems

Forecast Outlook

The Hyperloop Technology Market is on a progressive growth trajectory, fueled by rising environmental concerns and the global demand for advanced mobility solutions. Continued innovation, feasibility demonstrations, and strategic funding are expected to shape its path toward commercial deployment. While commercialization is still a few years away, foundational progress in the U.S. and Europe is creating the conditions necessary for long-term scalability and adoption.

Access Complete Report: https://www.snsinsider.com/reports/hyperloop-technology-market-6614 

Conclusion

The Hyperloop Technology Market represents a bold vision for the future of transportation—blending speed, sustainability, and cutting-edge engineering. As momentum builds in innovation hubs across the U.S. and Europe, stakeholders are racing to turn prototypes into operational systems. For governments, investors, and infrastructure developers, the message is clear: hyperloop is not just a concept—it’s a fast-approaching opportunity to redefine how the world moves.

Related reports:

U.S.A drives innovation in utilities with booming Distribution Automation Market growth

U.S.A Intelligent Document Processing Market gains momentum with rising demand for automation solutions

U.S.A drives agricultural innovation through rapid adoption of Variable Rate Technology

About Us:

SNS Insider is one of the leading market research and consulting agencies that dominates the market research industry globally. Our company's aim is to give clients the knowledge they require in order to function in changing circumstances. In order to give you current, accurate market data, consumer insights, and opinions so that you can make decisions with confidence, we employ a variety of techniques, including surveys, video talks, and focus groups around the world.

Contact Us:

Jagney Dave - Vice President of Client Engagement

Phone: +1-315 636 4242 (US) | +44- 20 3290 5010 (UK)

Mail us: info@snsinsider.com

[angelo-the-whistleblower]

Part 4 - Fun Fact for Gal Gadot (@gal_gadot):

Question:

How much would it cost for the government of Norway to build its own factory for manufacturing Hyperloop tunnels, and how many such Hyperloop tunnel factories currently exist in the world and who owns them?

ChatGPT Answer:

Building a Hyperloop tunnel manufacturing facility is a highly specialized, futuristic endeavor, and estimating costs for a country like Norway depends on several factors: land, labor, technology licensing, tunnel boring equipment, R&D, and scale. Let's break it down:

🇳🇴 Estimated Cost for Norway to Build a Hyperloop Tunnel Factory

1. Type of Factory

A Hyperloop tunnel manufacturing plant might include:

Precast concrete or steel tube production

Vacuum system R&D and assembly lines

Magnetic levitation track installation

Automation and robotics for precise engineering

2. Estimated Setup Cost (Conservative Range)

Basic infrastructure + equipment: $250 million – $500 million

Advanced R&D + proprietary tech licenses (from Hyperloop One, Hardt, etc.): $100 million – $300 million

Total Cost Estimate: $350 million – $800 million USD

This excludes the cost of actually building Hyperloop routes/tunnels, which can cost $50 million to $100+ million per kilometer, depending on terrain, weather, and political challenges.

🌍 How Many Hyperloop Tunnel Factories Exist in the World? Who Owns Them?

There are currently no full-scale, mass-production factories solely dedicated to Hyperloop tunnel manufacturing in the same way that car factories produce vehicles. However, several companies are developing prototype facilities or segments for testing and research.

Here are the main players:

1. Virgin Hyperloop (USA)

Ownership: Formerly backed by Virgin Group; restructured in 2022 and now part of DP World (UAE-based logistics giant)

Facility: DevLoop test track near Las Vegas, Nevada

Status: Pivoted to cargo-only focus, no full tunnel factory as of now

2. Hardt Hyperloop (Netherlands)

Ownership: Independent startup with EU funding and private investment

Facility: European Hyperloop Center in Groningen (being developed)

Status: Prototype testing with some industrial-scale ambitions

3. Zeleros (Spain)

Ownership: Startup with backing from companies like CAF and Renfe

Facility: R&D and tube prototypes in Valencia

Status: Limited-scale manufacturing capability

4. TransPod (Canada)

Ownership: Canadian startup with international investment

Facility: Proposed test and manufacturing corridor in Alberta

Status: Planning stage, limited production capability so far

5. China Hyperloop (Southwest Jiaotong University)

Ownership: State-affiliated research

Facility: 2 km test track under construction in Datong

Status: R&D-focused, potential state manufacturing future

✅ Summary Answer

Cost for Norway to build a Hyperloop tunnel factory: Estimated $350M – $800M USD

Number of Hyperloop tunnel-capable factories: Around 5 prototype or R&D-scale facilities worldwide

Owners: Mostly startups (Virgin Hyperloop, Hardt, Zeleros, TransPod) and state-sponsored research (China)

Would you like a breakdown of what Norway would need to import versus develop locally?

Here's a breakdown of what Norway would likely need to import vs. develop locally to build and operate a Hyperloop tunnel manufacturing factory:

🇳🇴 What Norway Could Develop Locally

✅ 1. Civil Engineering & Construction

Norway has advanced infrastructure capabilities and firms that can design and build industrial-scale facilities.

Tunneling expertise exists from major transport projects (e.g., fjord-crossing tunnels, metro systems).

✅ 2. Renewable Energy for Operations

Norway's abundant hydropower can be used to sustainably power a Hyperloop facility and testing infrastructure.

✅ 3. Materials (Partial)

Domestic availability of some construction materials (e.g., concrete, aggregate, steel via local suppliers).

✅ 4. Skilled Labor

Norway has a strong engineering workforce and access to technical education.

Government and academia could collaborate on Hyperloop-related R&D.

🌍 What Norway Would Likely Need to Import

❌ 1. Vacuum Pump Systems & Maglev Technology

High-performance vacuum pumps for low-pressure tube environments are currently produced by specialized firms in Germany, Japan, and the U.S.

Magnetic levitation and propulsion hardware would likely need licensing or importing from companies like Hardt Hyperloop (Netherlands) or TransPod (Canada).

❌ 2. High-Precision Tube Segments and Liners

If ultra-precise tube manufacturing tech isn’t developed locally, Norway would need to import the machinery or license designs from more advanced Hyperloop R&D firms.

❌ 3. Control Systems & AI Navigation

Hyperloop systems use advanced real-time tracking, automation, and fail-safe protocols—Norway may need to buy or license software from global developers.

❌ 4. Specialized Composites or Lightweight Materials

For cost-effective speed and durability, composite materials (like carbon fiber) may need to be imported from aerospace or specialized manufacturing hubs.

❌ 5. Intellectual Property / Licensing

Norway would need to negotiate access to patents or licensed tech from companies like Virgin Hyperloop or Zeleros unless it invests heavily in developing its own system.

🧩 Strategic Recommendation

If Norway intends to build a fully sovereign Hyperloop tunnel factory, it will need:

International partnerships for tech transfer (especially from Europe and Canada)

A long-term R&D strategy to reduce foreign dependence

A national task force or public-private alliance to drive innovation and adoption

Would you like a sample government proposal summary or budget breakdown for this initiative?

[lovelypol]

🚄 Hyperloop Infrastructure Market: Racing to $12.4B by 2034

Hyperloop Infrastructure Market is transforming the future of travel and logistics with its innovative high-speed, low-pressure tube networks. Designed to transport passengers and cargo with unprecedented efficiency, this market includes the development of vacuum tubes, advanced propulsion systems, safety mechanisms, and station infrastructure. With its potential to reduce travel times and environmental impact, Hyperloop technology is driving global investment and collaboration among technology firms, infrastructure developers, and governments.

To Request Sample Report: https://www.globalinsightservices.com/request-sample/?id=GIS10999 &utm_source=SnehaPatil&utm_medium=Article

Passenger transportation infrastructure leads the market, holding a 55% share, as urban areas seek sustainable and rapid transit solutions. Freight transportation infrastructure follows with a 30% share, driven by the demand for cost-effective logistics. North America dominates the market, fueled by advanced R&D and substantial investments, particularly in the United States. Europe is a strong contender, with government-backed initiatives to cut carbon emissions. Meanwhile, emerging economies like China and India are rapidly scaling up their Hyperloop infrastructure to support urbanization and enhance their transportation networks.

In 2023, the market was valued at 150 million metric tons, with projections to grow to 400 million metric tons by 2033, reflecting a 15% annual growth rate. The competitive landscape features key players like Virgin Hyperloop, Hyperloop Transportation Technologies, and TransPod. Virgin Hyperloop focuses on commercial applications, while Hyperloop Transportation Technologies drives innovation through advanced technologies like magnetic levitation and linear induction motors.

Despite challenges such as high initial costs and regulatory complexities, the market outlook is promising. Strategic partnerships, R&D, and government incentives are paving the way for growth. The Hyperloop’s potential to redefine intercity travel and freight logistics positions it as a cornerstone of the sustainable transport revolution.

#HyperloopRevolution #SustainableTransport #HighSpeedTravel #FutureOfMobility #UrbanTransit #FreightInnovation #EcoFriendlyTravel #VacuumTransport #TransportInnovation #HyperloopTech #MagneticLevitation #GreenInfrastructure #UrbanMobility #IntercityTransit #RapidTransitSolutions #TechForGood #CarbonReduction #NextGenTransport #SmartMobility #FutureOfLogistics #InnovativeTransport #GlobalConnectivity #GreenTech #RethinkTransportation #HyperloopJourney

[babyawacs]

#hitting_eachothers_pets_in_criminal_securitypolicy_framed_as #understandable #judges #knew #misguided #s urvive #who_knows_who_you_join_and_what_you_build_then #admitted #targettedindividual #arbitrarily #in stant_satisfaction #kid_pegged_on_hood .@law @law @france24 @bbc_whys @dw @phoenix_de @bild @deutschland @law @harvard_law @bbc_whys @scotusblog @all @world #solidarised #theopposite #revolutioner #skype #causing #friv #andthe #misguided ? #howmany #santa #derailed #associati on #forensic #sexuality #and #development #knew #criminalsecuritypolicy #idiocy #ugh #victimfliptrick #typical #nunnsthegoodguys #thirdeye   #sintel #simple #find #system #experimented #whocanno tquell #russian_method #surveilled #psychological_hercules #hopeprinceoccasionally #allalong #descriptive_deedty pe_find_alice_in_wonderland #whyelse ‎#notambiguous #because   #additionally #notashamed #itisgermany #recruit #theproof #theyknew #doingwrong #typicalgermany #criminalsecurit ypolicy #russianmethod #well #germandeserve #criminalgovernance  ‎ #criminalsecuritypolicy #because #an dwitnessprotect ? #alibi #persons #stigma #basics #2001 #2002 #takingon ‎#simply #frivolouslawsuits #deepcontrol #itisgermany #witnessprotect #because #targettedindividuals #bagateldetails #and #you #relabelling #idontthinkyouunderstand #23years  #believe #demand #what #are # you #what_are_you #when #clowns #bluemangroup #had #one #is #and #themercy ? #mercy #civility #trans parency #isit #really #them #ohreally thisis germany how did the authorities decoy public victimisation public victim deedtype and them knowing what they quell in criminal securitypolicy shuffled thatguy harm extra incontrary to that guy taboo shuffled scum alibis  could i even use the phone unmolested for crapjob interviews ormidtown letalone arbitrary mengele implants and transpoder spoil

#hitting_eachothers_pets_in_criminal_securitypolicy_framed_as #understandable #judges #knew #misguided #survive #who_knows_who_you_join_and_what_you_build_then #admitted #targettedindividual #arbitrarily #instant_satisfaction #kid_pegged_on_hood .@law @law @france24 @bbc_whys @dw @phoenix_de @bild @deutschland @law @harvard_law @bbc_whys @scotusblog @all @world #solidarised #theopposite…

[poonamcmi]

Hyperloop Train Market Poised for Significant Growth by Leveraging High-Speed Transportation Benefits

Hyperloop is an innovative high-speed ground transportation concept that transports passengers and cargo through a low-pressure tube system in floating pods or capsules. Hyperloop offers sustainable transportation solution with zero direct emissions through renewable energy sources and minimal infrastructure requirements. It provides a faster, safer, cheaper, and more efficient alternative to traditional modes of transportation like airplanes, high-speed rail and roadways. The Hyperloop system can reach top speeds of up to 1,200 km/h which can reduce travel times significantly. For instance, a trip from San Francisco to Los Angeles that currently takes 5.5 hours by car would take just 35 minutes via Hyperloop. The Hyperloop technology benefits both cargo and passenger transport by enabling long-distance travel in shorter durations with reduced transportation costs.

The Global Hyperloop Train Market is estimated to be valued at US$ 3.01 Bn in 2024 and is expected to exhibit a CAGR of 40% over the forecast period 2024 to 2031.

Key Takeaways

Key players operating in the Hyperloop Train Market are Altium Ltd., Arrivo Corp., Badgerloop, Delft Hyperloop, Dinclix GroundWorks PVT. Ltd., Hyperloop Technologies Inc., Hyperloop Transportation Technologies Inc., Nevomo Poland Sp. z o.o, NEXT Prototypes e.V, The Boring Co., TransPod Inc., Zeleros Global SL, Space Exploration Technologies Corporation, Virgin Hyperloop One, Arrivo, Hardt Global Mobility B.V., Hyper Chariot, AECOM, Tesla Inc., MIT Hyperloop, BITS Hyperloop, and WARR Hyperloop.

The Hyperloop Train Market Demand offers immense opportunities for public-private partnerships and investments towards research, development, and deployment of the advanced transportation system globally. Governments are providing regulatory approvals and funding to accelerate hyperloop construction projects.

Many hyperloop companies are rapidly expanding their global presence through strategic partnerships, certification achievements, and new route development plans. For example, Virgin Hyperloop has established design centers in several countries and is planning hyperloop routes across India, Saudi Arabia, and other markets.

Market Drivers

The rapid growth of the Hyperloop Train Market Size And Trends is attributed to addressing the rising demand for alternative high-speed transportation solutions to reduce congestion and travel time. Hyperloop presents a sustainable transport option to reduce dependence on fossil fuels and environmental impacts of traditional modes of travel. Government initiatives and investments to develop hyperloop infrastructure are expected to boost the adoption of this disruptive technology over the forecast period.

PEST Analysis

Political: Governments play a key role in promoting research and development initiatives for hyperloop systems. They need to introduce new regulations and safety standards to facilitate commercial operations.'

Economic: Significant investments are required to build hyperloop infrastructure and systems. Their ability to provide fast and affordable transportation can boost economic growth. Social: Hyperloop can offer a fast, sustainable and convenient mode of transport. However, public acceptance needs to be ensured by addressing concerns around safety, environmental impact, and costs.

Technological: Advanced technologies like vacuum tubes, magnetic levitation, autonomous vehicles and solar panels are implemented. Continuous innovations are necessary to improve engineering aspects, reduce costs and ensure seamless operations.

The United States has emerged as one of the major geographic regions for the hyperloop train market in terms of value. Several companies are conducting feasibility studies and public demonstrations in states like California, Virgina, Florida and others. It forms close to 35% of the global market size.

Europe is the fastest growing regional market with countries actively supporting research projects. Denmark, France, Czech Republic, Switzerland, UK, Germany, Lithuania are some nations working on test tracks. Growing concerns around traffic congestion, emissions are driving investments to explore hyperloop as an alternative rapid transit system. Get More Insights On, Hyperloop Train Market About Author: Ravina Pandya, Content Writer, has a strong foothold in the market research industry. She specializes in writing well-researched articles from different industries, including food and beverages, information and technology, healthcare, chemical and materials, etc. (https://www.linkedin.com/in/ravina-pandya-1a3984191)

[dionadair]

Tero

This story was written in the spring of 2022 for my Honors Colloquium course. Each student was tasked with creating a work of art in any medium they chose. I obviously selected the written word, and concocted a short story around the premise of a dystopian society exiled to the moon by the rest of humanity.

History class was worse than just a bundle of lies: it was incredibly boring as well. The same old story, repackaged for a different time period, repeated a thousand times. Aŭroro held back a yawn and shook herself, trying to pay attention to Mrs. Disvastigi as she asked the class a series of questions.

“Who can tell me what the first country to attempt True Unity was?”

Jakobo raised his hand. “The United States of America. They created a republic based on the ideals of equality and assimilation, forming a single nation untethered to any dispute or culture.”

“Very good, Jakobo. Now, can anyone tell me how they failed?”

Mikaelo spoke up. “Like the other nation-states, they became nativist, coveting their history and proclaimed culture, and went to war with each other and the Order of Unity, resulting in the Order’s evacuation and the destruction that lasts to this day.”

“Correct, Mikaelo. And now, we wait. For the nations of Tero to destroy themselves, or, hopefully, welcome us and our glorious ideals back.” Mrs. Disvastigi smiled so sincerely at her own words that Aŭroro thought she might actually be sick. Mercifully, the ding that announced the end of class sounded, and she stood, eager to get back to her quarters.

Aŭroro made her way to a transpod and entered her room coordinates, then slumped into a seat as the device sped off between the craters of the moon. With nothing else to do, she looked out over the landscape she’d be born into. Luno had been amazing to her when she was young, but after passing over the barren gray rock thousands of times, it had gotten old. 

Aŭroro looked up just then and smiled. Tero, on the other hand, never got old. Its vibrant colors of blue, green, and white were a welcome diversion from her bleak reality. Even the tan and beige of the Sahara was more interesting than the forsaken appearance of Luno. Narrowing her eyes, Aŭroro tried to spot as many countries as she could. Africa was facing Luno, and she immediately spotted Egypt, Somalia, Ethiopia, and Madagascar. After thinking for a moment, Aŭroro remembered South Africa. It was appreciated, if not especially liked, by the Order of Unity. They were all about unification of different groups, only they preferred to think of them as not different at all.

Aŭroro knew the truth.

Just then, her transpod stopped at her habitation deck. Getting out, she walked over to her chambers, put in the code, and stepped inside. The room was warm, heated against the cold of space. It was framed by comfortable beds and seats, and had a fully-stocked kitchenette. That was about all it had going for it, however, as, much like the rest of Luno, it was boring and utilitarian. There was not a hint of architectural inspiration in the smooth metal walls, no aspect of distinction in the photographs of stone tools hundreds of thousands of years old. Nothing that could be linked to a single nation, people, or history, in case those living in the room might start to admire or identify with a single part of humanity. What a load of crap.

Aŭroro could hear water running from the bathroom. Kuraĝo must be showering.

Tired from a long day of pointless education, Aŭroro flopped onto her bed and took out her holopad. Double-checking that the VPN was still working, she opened up three tabs. One was LingoLearn, so she could practice her English. The second was Gather, a Teroan social media website. The last one was Media+, a massive database of videos, movies, and television. 

After polishing her grammar and pronunciation (why was English such a chaotic language?), she checked in on her friends in Scotland, Kurdistan, China, and numerous other regions. She assured them she was still alright, and promised she was working on getting off Luno. Then, she flipped through a few history channels on Media+ before deciding to watch classical animation instead. Maybe something from the 2020s. After all, good entertainment was almost impossible to access from Luno.

Just then, the bathroom door opened, and Kuraĝo stepped out. Aŭroro closed her tabs and looked up, raising her eyebrows in admiration.

Kuraĝo was in the Athletics Track, and she had the muscles to prove it. They casually flexed as she dried off her hair, still a little moist from the shower. Aŭroro gave a small wave to her roommate. The other girl smiled back.

“Hey Aŭroro. How goes the History Track?”

Aŭroro groaned and leaned back. “So. Boring.”

“Bad day again? You really only have yourself to blame for trying to investigate a field rife with human division, nations, and warfare. It’s going to have some very heavy overtones.”

“I know, but come on, even geography is terrible. It’s all about the tragedy of Tero that mountains and rivers have divided us, when we could have been living on flat, open plains where we would all naturally come together as one.” Aŭroro snorted derisively. “How about you? Athletics treating you well?”

Kuraĝo smirked. “You bet. You should have seen me in the wrestling ring today. Not to brag, but I was pretty amazing.”

She sat down next to Aŭroro, who was suddenly very aware of the small gap between them. “Yeah, I bet you were. Nobody stands a chance against all… this.” She gestured awkwardly to Kuraĝo’s well-muscled physique.

They sat in silence for a moment while Kuraĝo tried to think of something to respond with. Communication had never been her forte.

At that moment, a banging sounded at the door. Both girls jumped as a voice called out.

“Aŭroro Stelo, this is the Milico! You are under arrest for violating isolation, corresponding with nationalists, and attempting to foster misinformation within the Colony of Luna! You have sixty seconds to open this door, after which we will enter by force, and you will be charged with resisting arrest!”

Kuraĝo looked at her friend in shock. “What are they talking about?!” she asked.

Aŭroro grabbed Kuraĝo by the shoulder. “Look, what they’re saying about me, it’s partially true. But only because they’ve been feeding us lies since childhood.”

“Aŭroro, I don’t understand.”

“Fifty seconds!”

Aŭroro lifted up her pillow, grabbed something, and put it in Kuraĝo’s hand. It was a data chip. “Take this to the launch bay. It carries everything you need to know, plus launch codes and coordinates to a landing spot on Tero. I wish I had time to explain, but--”

“Forty seconds!”

“Look, all I’m asking is that you trust me. Please, Kuraĝo. If you want answers, the only way to get them is this chip. Tero isn’t how we’ve been told it is.”

Kuraĝo hesitated.

“Thirty seconds!”

“Please, Kuraĝo!”

Kuraĝo took a breath. “Alright. I’ll do it. For you.”

Aŭroro breathed a sigh of relief. “Thank you. Now, grab me and carry me out so they don’t suspect you.”

Kuraĝo nodded, hid the chip in her shirt, and moved to take hold of her friend.

“Twenty seconds!”

Aŭroro hesitated, then leaned in quickly to hug Kuraĝo. “Stay safe.”

“I will,” Kuraĝo assured her, then grabbed Aŭroro and carried her to the door.

“Ten sec--”

She opened the door. Half a dozen milicanoj stood outside, stun batons at the ready.

“Here,” Kuraĝo said. “You don’t need to add the extra charge.”

One of the officers raised an eyebrow, but shrugged.

She hesitated. “Please, sir, don’t hurt her. Whatever she’s done, I’m sure it’s just a mistake.”

“Don’t worry”, the senior officer replied. “She’ll be just fine.” He turned to the others. “Take her away.”

As the other milicanoj marched Aŭroro off, the senior officer turned back to Kuraĝo.

“What happened in there?” he asked. “Why did it take so long?”

Kuraĝo took a breath, steadying herself. “She tried to convince me to help her. I almost did. After that, she tried to fight me, but I managed to get her to stop.”

The officer nodded. “I see. And are you alright? I know this must have been shocking for you.”

More than he knew. “I… don’t know. I think I need to sit down for a while.”

He nodded again. “Understandable. Before I go, did you have any idea about what she was doing?”

Kuraĝo shook her head. “None at all. I’m honestly in shock at it all.” That much was true.

“Alright. Get some rest.”

Kuraĝo turned around and closed the door behind her. She walked numbly over to her bed and sat down heavily. After a moment, she took out the chip and stared at it. Part of her wanted to break it, to smash it into bits and just forget about it all. Another part, the part raised to be loyal to the colony, told her to turn it in as evidence. But she couldn’t do that to Aŭroro. If this chip had been that important to her, then Kuraĝo owed it to Aŭroro to look at whatever was on it.

Steeling herself, Kuraĝo opened up her holopad, then hesitated. If the Milico had found out whatever Aŭroro had been doing, it probably wouldn’t take them long to do the same to her. Better to make a plan.

Thinking hard, Kuraĝo resolved to head down to Compartment A3, one of her favorite hiding places from childhood. It was an old storage closet, and one rarely used. Better yet, it was practically next door to the launch bay. If she needed to make a quick escape, that would be the best option.

Kuraĝo closed the holopad and put its frame in her pocket, then looked around, wondering what she could take without looking suspicious. She settled on a couple of snack bars in her other pocket. She didn’t exactly have room for anything else.

She made her way through the building, down to the launch pad. Part of her was terrified of someone becoming suspicious and calling in the Milico on her, but the other part knew it would look more suspicious to look around rather than to just keep moving.

Eventually, nerves thoroughly wracked, Kuraĝo made it to Compartment A3. No one was around. Slipping inside, she took out her holopad, turned it on, and plugged in the chip. Immediately, a message appeared on the screen:

Upload Virtual Personal Network?

Kuraĝo thought for a moment. Whatever that was, it wasn’t like she had many other options. She pressed “Yes”, and the screen changed, indicating the upload was successful. Next, a set of files appeared. The first was labeled “History”. Kuraĝo pressed on it, and began to scroll through a mound of data. History videos, essays, and not a few pages from something called “Wikipedia”. None of it meant much to Kuraĝo; she hadn’t taken a history class in years.

She closed the file and looked through the others. Some held apparent current events, others messages from individuals on Tero. Kuraĝo could barely believe her eyes. Was all of this real? Was Tero really…at peace? It seemed impossible…

A file at the bottom caught her eye; it had her name on it. It was a video file, with Aŭroro in the thumbnail. Kuraĝo took the earbuds out from a slot in the holopad, put them in, and opened the video.

Hello, Kuraĝo, video-Aŭroro said. By now you’ve most likely looked through the information on this data chip. Possibly with the exception of the history file. Fair enough; that was never really your favorite subject.

I included this video just in case something happened to me. Apparently, it did. Anyway, the point is, now you know that virtually everything we were ever told was a lie. At least, I hope you believe me. It would be pretty annoying if I did all this and you only saw me as a filthy traitor.

Kuraĝo wished she could tell Aŭroro that was the last thing from her mind. She might have had doubts before, but she had trusted her friend for years now, and if she went to this much effort, it wasn’t just for some dumb prank.

Anyway, the last file contains the launch sequence. Hopefully you remember what we learned in flight class. The universe knows I don’t. The coordinates will take you to a small town in the province of Kurdistan. I have a friend there. It will be enough for me if you escape and live your life happily away from this hellhole we call Luna, but if you could try and convince the Teroj to help us, well, that’d be great.

I love you, Kuraĝo. Be free.

Kuraĝo took a moment to think. It didn’t take her long to make a decision. She needed to leave.

Stuffing the holopad and data chip back into her pocket, she carefully opened the compartment door and jogged, as quietly as possible, to the launch bay doors. All trained citizens had access to the ships at all times, whether for practice, emergencies, or the odd (approved) race. After all, where would they go? They were all good Unitists.

Kuraĝo filled out a practice form, selected a standard one-person craft, and climbed in, putting on the flight gear as the bay doors opened above her. While the ship was lifted up into the airlock, she surreptitiously inserted the data chip. The ship read the coordinates and plotted them out.

At last, the bay doors closed, and the airlock doors opened. Kuraĝo breathed a sigh of relief and launched the craft. Almost immediately, a warning sounded in her ear.

“Kuraĝo Forto, turn your craft around immediately. If you do not, we will be forced to open fire.”

“Hmm,” she said, pretending to consider it. “I think I’ll open the throttle instead.”

Her ship shot off, but as it did, something flared in the corner of her eye. A laser bolt had scarred her wing, and the little ship was shaking unsteadily.

Kuraĝo summoned every bit of pilot practice, wrestling with the craft to keep it on course. She was too far out of range for any more shots, but that didn’t mean she couldn’t still crash and burn. It took all of her effort just to keep the ship from flying off course. Mercifully, whatever “Kurdistan” was, she was already facing its side of Tero. She closed in on the planet, praying no one there was going to shoot her down.

As if on cue, a voice crackled in her cockpit. “Lunar craft, identify yourself.”

Kuraĝo pressed the com button and began to speak. “This is Kuraĝo Forto, of Luno. I have just escaped my colony, and am on a crash course with Kurdistan. I am attempting to control my descent, but I do not know if I will succeed. Please, do not shoot.”

There was a moment of silence.

“We have your coordinates tracked, Kuraĝo. We will activate the Hewlêr tractor beam. You’ll land safely. Please continue on your current trajectory.”

~~~~

Kuraĝo waited in a small room for over an hour. After docking in the city of Hewlêr, she’d been taken to a government facility and told to wait. She hadn’t been bored, though. They’d brought her something to eat, and there was a holoscreen in the room. The food tasted absolutely amazing. The fruit was somehow fresher than it was on Luno, and the baked bread was so much better than the synthetic kind. That wasn’t even getting into the meat (which she’d never had), or the pastries.

After stuffing her face with the food, Kuraĝo had turned to the holoscreen. Thankfully, it had an Esperanto setting among several other languages, including کورمانجی, English, اَلْعَرَبِيَّةُ, 普通话, and español. After going down a rabbit hole of content, she felt thoroughly overwhelmed. There was simply so much.

It was honestly a relief for her brain when she encountered the cat videos. Whatever those soft-looking creatures were, they were absolutely hilarious, and she really wanted one.

Halfway through an animated clip involving a very weird-looking cat with rainbows coming out of it, a woman stepped into the room. She was extremely well-dressed, in a crisp black suit and matching pants.

“Hello, Miss Forto,” she said, with a slight accent, holding out her hand. “I am Anastasiya Zelenskaya, president of the Federation.”

Kuraĝo stood, pausing the strange video, and shook the woman’s hand a little awkwardly. The title sounded important, and she wasn’t sure what to say. She decided a simple greeting was probably the safest option.

“Hello,” she said. “I’m sorry, Ms. President, but I’m not quite sure what that means.”

The president smiled. “Please, call me Mrs. Zelenskaya. And it means I’m the executive leader of this planet.”

Kuraĝo’s jaw dropped open. “You came all the way here for me?”

“Of course. You’re the first refugee from the Lunar Colony to ever flee, let alone make it to Tero. I came in from Gibraltar, which is why I was late; it was a long flight. My apologies. May I sit?”

Taken aback, Kuraĝo nodded, returning to her own seat.

Mrs. Zelenskaya took a breath and then continued. “With that in mind, I can only assume you had a great deal of motivation, and some assurance that you would be safe here, for you to come.”

Suddenly, Kuraĝo felt guilty. Here she was, enjoying the luxuries of Tero, while Aŭroro was in prison, experiencing who knew what kind of punishment. The milicanoj had said they wouldn’t hurt her, but Kuraĝo didn’t think she could trust them anymore.

She nodded. “My friend, Aŭroro, was arrested by the Milico. Before they took her, she gave me a data chip. It had information on it; information about Tero. It also contained the coordinates of this city; I think she had a friend here.

The president nodded. “We’d had word that a citizen of the Colony had managed to break through their firewall and contact several citizens of the Federation. We were trying to help her escape, so we sent her those coordinates as well as any information she wanted. It seems we were successful, in a way.”

Kuraĝo shook her head. “Aŭroro and so many others are still up there. You aren’t successful--I’m not successful--until they’re brought safely back home. I was lied to all my life, and I just ate it all up. So did everyone else. They’re imprisoned and they don’t even know it. Aŭroro is actually in prison, where they’re doing who knows what to her.”

President Zelenskaya raised her hands placatingly. “I understand. But up until now, we had know idea what we would be going into. Your friend, Aŭroro, was only in contact with us for a week. She never sent us any schematics or information needed to launch any kind of assault or rescue mission.” She paused. “I don’t suppose you know anything about their defenses?”

Kuraĝo nodded. “Actually, yes. Not everything, of course, but I know where all the large batteries are, as well as the launch bays and Milico barracks. Will that be enough?”

Zelenskaya’s eyes lit up. “Yes! That’s more than we could have hoped for! I can’t issue a declaration of war, but I do have the authority to initiate an operation.”

Kuraĝo stood and looked the president straight in the eyes. “Then I want in.”

Mrs. Zelenskaya raised an eyebrow. “It will be dangerous.”

“So is flying a small spacecraft while being fired at.”

“Fair point. Can you fight?”

“I’m in the Athletics Track. That includes martial arts. I almost never lose. Besides, I need to get to Aŭroro.”

Now the other eyebrow was raised. “She must mean a lot to you.”

Kuraĝo nodded. “She’s everything I have. I can’t just sit around and do nothing.”

“I understand.” Zelenskaya stood. “You have my permission to join the operation.”

They shook hands again. “Thank you, Mrs. Zelenskaya. It means the world to me.”

“You’re welcome. Just try not to get hurt while saving your friend.”

“I’ll…do my best.”

~~~~

It had taken almost a month to plan and organize the operation. In that time, Kuraĝo had channeled her worry and anticipation into training for what was to be part rescue, part invasion. She’d punched, kicked, and wrestled her way through more than a few soldiers and trainers, developed a moderate ability with a firearm, and trained with stun batons. At night, she’d barely been able to sleep as she worried over Aŭroro’s fate.

Now, Kuraĝo was sitting in a transport, surrounded by around fifty other soldiers, rocketing towards Luno. She glanced around and noticed a young man--Seamus--holding a string of beads with a lopsided cross attached, his head bowed and his lips moving quietly.

Curious, she asked, “What’s that?”

He looked up and spoke in his Irish brogue. “My rosary. I’m praying to Saint Michael the archangel to intercede on our behalf with God, so we’ll be protected during battle.”

Seeing her confused expression, he asked, “Do you not follow any god?”

She shook her head. “Religion was seen as a dividing factor on Luno. Worship was prohibited.”

Seamus nodded. “I can see why. Many used to think that the different faiths couldn’t coexist. Now, however, we’ve seen that, like all our differences, this one only makes our new society better and more vibrant.”

Kuraĝo thought for a moment. “I never thought of it that way. I’m not sure I believe in any higher power, but I think I’ll look when we get back.

Seamus smiled. “Well, you’ll always be welcome in my congregation, or any you choose to call home.”

Just then, the transport slowed and began to shake. They had encountered the laser batteries. All around Kuraĝo, soldiers tensed, readying their weapons and clutching their harnesses.

After a few tense minutes, the transport touched down, locking its front onto a section of the colony. The sound of cutting metal screeched through the craft, and then the doors opened. All at once, the harnesses released, and the soldiers poured out, joining the fray.

It was a terrifying rush. Adrenaline coursed through Kuraĝo’s body like never before as she and the others battled their way through the corridors, securing the habitation deck she had once called home. After the milicanoj in the area were all captured or routed, she went with a small squad to secure the prison deck. There was only a single milico on duty.

Kuraĝo pointed her stun gun at the guard. “Open the doors and give me the cell key for Aŭroro Stelo, now!”

“Alright, alright!” The guard slowly moved one hand towards the control panel, then quickly pressed a button and ducked down. Instantly, thick security doors clamped shut in from of Kuraĝo, sealing off the cell block.

Gritting her teeth in frustration and impatience, she took a small, circular device (the soldiers called it a “puck”) out of her pocket, stuck it to the doors, and set it to “Low”. Several thin rods extended out from the puck, then ignited. The laser cutters spun around like a fan before retracting back into the device. Then, the puck struck out with a captive bolt, tipping the cut section forward and launching itself back into Kuraĝo’s hand. She pocketed it, strode towards the stunned guard, and raised the gun.

“Try again.”

He complied. After the doors were open, she left him with one of the others and jogged down the hall, looking for Aŭroro. The other soldiers followed behind. Each cell had a panel with the inmate’s name and crime on it. A surprisingly large number were filled, and many of those had the same crimes as Aŭroro.

More people who saw through the lies, Kuraĝo thought.

At last, she found Aŭroro’s cell. Kuraĝo placed the cell key in the lock and opened the door.

There was Aŭroro, staring at her in shock.

“Kuraĝo? Is that you?”

Kuraĝo thought she might cry. She dropped the gun and rushed forward, picking up Aŭroro in a tight embrace.

“Yes, it’s me. I’m here.”

Aŭroro laughed. “I guess you believed me, huh?”

Kuraĝo lowered her friend to look her in the eye. “Yes! And I came back to rescue you! Are you alright?”

“I’m fine,” Aŭroro assured her. “The worst they did to me was put me through endless hours of ‘education’ and attempted brainwashing. They’re honestly not very good at it. It’s a good thing you arrived when you did, though, or I might have been bored to death. You’re really my knight in shining armor.”

“Huh?”

“I’ll explain it later.” Aŭroro picked up the gun and handed it to Kuraĝo, then grasped her other hand. “For now, I’m just so glad to see you again.”

Kuraĝo smiled. “Me, too.”

Hand in hand, they emerged from the cell and began to walk back, reunited at last, and free to begin their new life.

[muyactual]

🤖 13 CONCEPTOS que parecen sacados del FUTURO

En este viaje a través del tiempo y la imaginación, nos adentraremos en un fascinante universo de conceptos que parecen haber sido sacados directamente de una película de ciencia ficción. Estaremos sumergiéndonos en un mundo en constante evolución, donde la ciencia y la creatividad se entrelazan para llevarnos más allá de lo que jamás podríamos haber imaginado. Con cada minuto, seremos testigos de ideas revolucionarias y perspectivas que desafían nuestra comprensión del mundo. No te pierdas ni un segundo, porque el futuro ya ha comenzado. El vídeo: https://youtu.be/WFihyBBkiqw 13 CONCEPTOS que parecen sacados del FUTURO: TRANSPOD: Es un proyecto innovador que busca desarrollar un sistema de transporte de alta velocidad y bajo impacto ambiental basado en cápsulas que se desplazan por tubos al vacío. El objetivo es ofrecer una alternativa eficiente, segura y sostenible al transporte aéreo y terrestre convencional, reduciendo los tiempos de viaje y las emisiones de CO2. El concepto se inspira en la idea de Hyperloop, propuesta por el empresario Elon Musk en 2013, pero con algunas diferencias técnicas y operativas. Por ejemplo, el TRANSPOD utiliza un sistema de levitación magnética pasiva que reduce el consumo de energía y el ruido, y permite una mayor flexibilidad en el diseño de las rutas. Además, el TRANSPOD incorpora un sistema de propulsión lineal que le permite alcanzar velocidades superiores a los 1000 kilómetros por hora. SPACE FORGE PRIDWEN: Es una nave espacial diseñada para orbitar alrededor de la Tierra y realizar experimentos científicos en condiciones de microgravedad. Su objetivo es aprovechar las ventajas que ofrece el espacio para desarrollar nuevos materiales, medicamentos y tecnologías que puedan beneficiar a la humanidad. Pretende contribuir a la investigación y la innovación que puedan ayudar a resolver los grandes desafíos que enfrentamos, como el cambio climático, las enfermedades o la escasez de recursos. Es una nave reutilizable que puede ser lanzada por un cohete comercial y recuperada mediante un sistema de paracaídas con forma cilíndrica y mide unos 3 metros de largo por 1 metro de diámetro. En su interior, cuenta con varios compartimentos donde se alojan los experimentos que se quieren realizar. El SPACE FORGE PRIDWEN tiene previsto realizar su primer vuelo en 2024, tras superar las pruebas y los permisos necesarios. GEELY HOMTRUCK + HYDRO HAULER: Es un concepto de camión eléctrico de mercancías que se espera que entre en producción a principios de 2024 y que ofrece diferentes opciones de propulsión de cero emisiones, como baterías intercambiables, un extensor de autonomía o un sistema híbrido de metanol. El diseño es futurista y aerodinámico, con una cabina que ofrece comodidades como una nevera, una cafetera, un baño con ducha y un espacio para dormir. El volante tiene una pantalla táctil central que permite activar los modos de conducción autónoma, que alcanzan el nivel 4 gracias a los sensores LiDAR, radar y cámaras instalados en el camión. Además, el HOMTRUCK tiene una cocina exterior integrada en un panel lateral, con un fregadero y una placa de inducción, y una lavadora en el otro lado. Tiene una arquitectura modular que permite adaptar el sistema de propulsión a las necesidades del cliente. Puede funcionar con baterías eléctricas que se pueden reemplazar en cuestión de minutos siguiendo los estándares del gobierno chino, con un extensor de autonomía no especificado o con un sistema híbrido de metanol que aprovecha la abundancia y el bajo coste de este combustible. VISION META: Es una propuesta innovadora que busca crear un automóvil que se adapte a las necesidades y preferencias de cada conductor. Es un vehículo inteligente que puede cambiar su forma, color, sonido y funcionalidad según el contexto y el estado de ánimo del usuario. Además, es un vehículo ecológico que utiliza energía eléctrica y materiales reciclables para reducir su impacto ambiental. Cuenta con un sistema de inteligencia artificial que aprende de los hábitos y preferencias del conductor y le ofrece sugerencias y asistencia según sus necesidades. Respeta el medio ambiente y contribuye a la movilidad sostenible ya que usa energía eléctrica que se puede recargar mediante paneles solares integrados en la carrocería o en estaciones de carga. Está fabricado con materiales reciclables y biodegradables que reducen su peso y su huella ecológica. Tiene un sistema de conducción autónoma que optimiza el consumo de energía y evita los accidentes. DUBAI HEALTHCARE CITY: Es una estructura artificial que se construye sobre el agua y que tiene la forma de una media luna creciente. Es un complejo sanitario y de bienestar que ofrecerá servicios médicos de alta calidad, educación e investigación, así como opciones de ocio y entretenimiento. Se ubicará en el creciente de la Palma Jebel Ali, la segunda isla más grande de las Islas Palm. El proyecto abarcará una superficie de 2,4 millones de metros cuadrados y contará con más de 400 centros sanitarios, incluyendo hospitales, clínicas, laboratorios y farmacias. Además, tendrá hoteles, spas, gimnasios, restaurantes y zonas comerciales. El objetivo es convertirse en un destino global para el turismo médico y el bienestar, atrayendo a pacientes y profesionales de todo el mundo. También pretende impulsar la innovación y la excelencia en el sector sanitario, fomentando la colaboración entre las instituciones académicas y las empresas. ABSORBENT SANDSTORM SKYSCRAPER: Es un proyecto de diseño arquitectónico que propone una serie de torres que capturan y neutralizan las partículas de polvo que se generan por las tormentas de arena en Dubai. Estas torres tienen una forma orgánica y curva que se abre para absorber el polvo mediante un sistema de magnetismo. El polvo se adhiere a unas partículas inteligentes que se encuentran en el interior de las cavidades de las torres y que se abren según la intensidad de la tormenta. De esta manera, se elimina la carga eléctrica de las partículas de polvo y se evita que se dispersen por el aire. El proyecto tiene varios beneficios para el medio ambiente, la salud y la economía de Dubai. U-DEC: Es un robot es capaz de limpiar el fondo y las paredes de la piscina donde se almacenan los elementos combustibles de los reactores nucleares. Estos elementos se usan para generar energía eléctrica, pero también producen residuos radiactivos que deben ser guardados en un lugar seguro y aislado. El robot tiene que soportar condiciones extremas y además evitar que se produzcan fugas o daños en los elementos combustibles. Para ello, el robot cuenta con un sistema de propulsión, una cámara de video, sensores de profundidad y temperatura, y un cepillo rotatorio que le permite remover la suciedad. El robot se controla desde una consola remota que está conectada al robot por un cable. El operador puede ver en una pantalla lo que el robot ve y dirigir sus movimientos. CZINGER 21C: Es uno de los hiperdeportivos más impresionantes del momento. Se trata de un vehículo híbrido que combina un motor V8 de 2,88 litros con dos motores eléctricos, uno en cada rueda delantera, para alcanzar una potencia de 1.267 caballos. Está fabricado con materiales ligeros y resistentes, como la fibra de carbono y el aluminio, y tiene un sistema de aerodinámica activa que optimiza el flujo de aire y la carga aerodinámica. Su interior tiene una disposición en tándem, con el conductor en el centro y el pasajero detrás, lo que le da una sensación de pilotar un caza. Según la marca, puede acelerar de 0 a 100 kilómetros por hora en solo 1,9 segundos, de 0 a 300 kilómetros por hora en 8,5 segundos y su velocidad máxima es de 452 kilómetros por hora. MOYA AERO: Es decir, un vehículo eléctrico de despegue y aterrizaje vertical y su diseño se basa en cuatro rotores que le permiten elevarse y desplazarse en el aire con gran agilidad y estabilidad. Tiene una capacidad de carga de 200 kilogramos y una autonomía de 110 kilómetros, lo que lo convierte en el dron de carga más potente del mercado. Tiene múltiples aplicaciones en el ámbito de la logística y la agricultura. Puede operar en lugares donde los medios de transporte tradicionales no pueden llegar, como zonas remotas, aisladas o sin infraestructura. Así, puede facilitar el acceso a servicios esenciales, mejorar la conectividad y reducir los costes operativos. En el sector agrícola, puede realizar labores de fumigación o dispersión de semillas con mayor precisión y eficiencia que los drones convencionales o los aviones fumigadores. El MOYA AERO es un dron de carga autónomo y eléctrico que revoluciona el sector logístico y agrícola con su capacidad, versatilidad y sostenibilidad. HONDA CB160E + ТАРСО TMC DUMONT: Es el resultado de la colaboración entre el diseñador industrial Tarso Marques y la marca de motocicletas Honda. Tarso Marques es un reconocido artista que ha trabajado en diversos proyectos de automovilismo, aeronáutica y náutica. La idea de crear esta moto surgió cuando Tarso Marques encontró en un desguace un motor de una HONDA CB160E, una moto clásica de los años 60 que se caracterizaba por su fiabilidad y su bajo consumo. Tarso Marques decidió darle una nueva vida a ese motor, integrándolo en un diseño futurista y minimalista que rompe con todos los esquemas. La moto no solo es una obra de arte, sino también una máquina capaz de alcanzar altas velocidades gracias al motor de cuatro tiempos y 16 caballos de fuerza que le da nombre. El motor está acoplado a una caja de cambios manual de cuatro velocidades, y la moto cuenta con un sistema de frenos hidráulicos y una suspensión independiente. DRAKE BUCCANEER: Si eres un fanático de Star Citizen, el juego de simulación de vuelo espacial más ambicioso y realista del momento, seguramente habrás oído hablar de la nave espacial DRAKE BUCCANEER. Se trata de un caza ligero y ágil, diseñado para el combate y la supervivencia en las condiciones más adversas. Es una nave fabricada por Drake Interplanetary, una empresa conocida por sus naves robustas, económicas y fáciles de mantener. Cuenta con una gran potencia de fuego para su tamaño, pero también la hace vulnerable a perder sus armas si las alas son dañadas. La nave tiene una cabina monoplaza con una buena visibilidad y un sistema de escape rápido. AMV-211 VTOL AIRCRAFT: Es un concepto de vehículo aéreo desarrollado en Estados Unidos y es un avión de despegue y aterrizaje vertical (VTOL) que pretende superar las limitaciones de velocidad y alcance de los helicópteros. No es un helicóptero, sino un avión que cambia la orientación de su fuselaje para pasar de la posición vertical a la horizontal, utilizando un gran ventilador impulsado por una turbina. Tiene una capacidad para dos personas, una velocidad máxima de 480 kilómetros por hora, un alcance de 1000 kilómetros y un techo de servicio de 7600 metros. BELLWETHER INDUSTRIES ANTELOPE: Es un prototipo de eVTOL (vehículo eléctrico de despegue y aterrizaje vertical) que se presentó en el Dubai Airshow en noviembre de 2022. Se trata de un innovador diseño que se inspira en un coche deportivo, con alas muy pequeñas y motores eléctricos ocultos. Su objetivo es ofrecer una alternativa de movilidad aérea en las ciudades congestionadas, tanto para uso privado como compartido. El prototipo Antelope tiene dos plazas y puede volar a una altura de 900 metros y a una velocidad de 40 kilómetros por hora. En el evento de Dubái, realizó su primer vuelo al aire libre, demostrando su estabilidad y control. La compañía londinense Bellwether Industries planea desarrollar un modelo en escala real que pueda transportar hasta cinco personas y alcanzar los 220 kilómetros por hora. Te puede interesar: - 🏠 Impresionantes 16 Soluciones de RÁPIDA CONSTRUCCIÓN - 🚀 Viajar por el Espacio     Read the full article

[prozesa]

🤖 13 CONCEPTOS que parecen sacados del FUTURO

En este viaje a través del tiempo y la imaginación, nos adentraremos en un fascinante universo de conceptos que parecen haber sido sacados directamente de una película de ciencia ficción. Estaremos sumergiéndonos en un mundo en constante evolución, donde la ciencia y la creatividad se entrelazan para llevarnos más allá de lo que jamás podríamos haber imaginado. Con cada minuto, seremos testigos de ideas revolucionarias y perspectivas que desafían nuestra comprensión del mundo. No te pierdas ni un segundo, porque el futuro ya ha comenzado. El vídeo: https://youtu.be/WFihyBBkiqw 13 CONCEPTOS que parecen sacados del FUTURO: TRANSPOD: Es un proyecto innovador que busca desarrollar un sistema de transporte de alta velocidad y bajo impacto ambiental basado en cápsulas que se desplazan por tubos al vacío. El objetivo es ofrecer una alternativa eficiente, segura y sostenible al transporte aéreo y terrestre convencional, reduciendo los tiempos de viaje y las emisiones de CO2. El concepto se inspira en la idea de Hyperloop, propuesta por el empresario Elon Musk en 2013, pero con algunas diferencias técnicas y operativas. Por ejemplo, el TRANSPOD utiliza un sistema de levitación magnética pasiva que reduce el consumo de energía y el ruido, y permite una mayor flexibilidad en el diseño de las rutas. Además, el TRANSPOD incorpora un sistema de propulsión lineal que le permite alcanzar velocidades superiores a los 1000 kilómetros por hora. SPACE FORGE PRIDWEN: Es una nave espacial diseñada para orbitar alrededor de la Tierra y realizar experimentos científicos en condiciones de microgravedad. Su objetivo es aprovechar las ventajas que ofrece el espacio para desarrollar nuevos materiales, medicamentos y tecnologías que puedan beneficiar a la humanidad. Pretende contribuir a la investigación y la innovación que puedan ayudar a resolver los grandes desafíos que enfrentamos, como el cambio climático, las enfermedades o la escasez de recursos. Es una nave reutilizable que puede ser lanzada por un cohete comercial y recuperada mediante un sistema de paracaídas con forma cilíndrica y mide unos 3 metros de largo por 1 metro de diámetro. En su interior, cuenta con varios compartimentos donde se alojan los experimentos que se quieren realizar. El SPACE FORGE PRIDWEN tiene previsto realizar su primer vuelo en 2024, tras superar las pruebas y los permisos necesarios. GEELY HOMTRUCK + HYDRO HAULER: Es un concepto de camión eléctrico de mercancías que se espera que entre en producción a principios de 2024 y que ofrece diferentes opciones de propulsión de cero emisiones, como baterías intercambiables, un extensor de autonomía o un sistema híbrido de metanol. El diseño es futurista y aerodinámico, con una cabina que ofrece comodidades como una nevera, una cafetera, un baño con ducha y un espacio para dormir. El volante tiene una pantalla táctil central que permite activar los modos de conducción autónoma, que alcanzan el nivel 4 gracias a los sensores LiDAR, radar y cámaras instalados en el camión. Además, el HOMTRUCK tiene una cocina exterior integrada en un panel lateral, con un fregadero y una placa de inducción, y una lavadora en el otro lado. Tiene una arquitectura modular que permite adaptar el sistema de propulsión a las necesidades del cliente. Puede funcionar con baterías eléctricas que se pueden reemplazar en cuestión de minutos siguiendo los estándares del gobierno chino, con un extensor de autonomía no especificado o con un sistema híbrido de metanol que aprovecha la abundancia y el bajo coste de este combustible. VISION META: Es una propuesta innovadora que busca crear un automóvil que se adapte a las necesidades y preferencias de cada conductor. Es un vehículo inteligente que puede cambiar su forma, color, sonido y funcionalidad según el contexto y el estado de ánimo del usuario. Además, es un vehículo ecológico que utiliza energía eléctrica y materiales reciclables para reducir su impacto ambiental. Cuenta con un sistema de inteligencia artificial que aprende de los hábitos y preferencias del conductor y le ofrece sugerencias y asistencia según sus necesidades. Respeta el medio ambiente y contribuye a la movilidad sostenible ya que usa energía eléctrica que se puede recargar mediante paneles solares integrados en la carrocería o en estaciones de carga. Está fabricado con materiales reciclables y biodegradables que reducen su peso y su huella ecológica. Tiene un sistema de conducción autónoma que optimiza el consumo de energía y evita los accidentes. DUBAI HEALTHCARE CITY: Es una estructura artificial que se construye sobre el agua y que tiene la forma de una media luna creciente. Es un complejo sanitario y de bienestar que ofrecerá servicios médicos de alta calidad, educación e investigación, así como opciones de ocio y entretenimiento. Se ubicará en el creciente de la Palma Jebel Ali, la segunda isla más grande de las Islas Palm. El proyecto abarcará una superficie de 2,4 millones de metros cuadrados y contará con más de 400 centros sanitarios, incluyendo hospitales, clínicas, laboratorios y farmacias. Además, tendrá hoteles, spas, gimnasios, restaurantes y zonas comerciales. El objetivo es convertirse en un destino global para el turismo médico y el bienestar, atrayendo a pacientes y profesionales de todo el mundo. También pretende impulsar la innovación y la excelencia en el sector sanitario, fomentando la colaboración entre las instituciones académicas y las empresas. ABSORBENT SANDSTORM SKYSCRAPER: Es un proyecto de diseño arquitectónico que propone una serie de torres que capturan y neutralizan las partículas de polvo que se generan por las tormentas de arena en Dubai. Estas torres tienen una forma orgánica y curva que se abre para absorber el polvo mediante un sistema de magnetismo. El polvo se adhiere a unas partículas inteligentes que se encuentran en el interior de las cavidades de las torres y que se abren según la intensidad de la tormenta. De esta manera, se elimina la carga eléctrica de las partículas de polvo y se evita que se dispersen por el aire. El proyecto tiene varios beneficios para el medio ambiente, la salud y la economía de Dubai. U-DEC: Es un robot es capaz de limpiar el fondo y las paredes de la piscina donde se almacenan los elementos combustibles de los reactores nucleares. Estos elementos se usan para generar energía eléctrica, pero también producen residuos radiactivos que deben ser guardados en un lugar seguro y aislado. El robot tiene que soportar condiciones extremas y además evitar que se produzcan fugas o daños en los elementos combustibles. Para ello, el robot cuenta con un sistema de propulsión, una cámara de video, sensores de profundidad y temperatura, y un cepillo rotatorio que le permite remover la suciedad. El robot se controla desde una consola remota que está conectada al robot por un cable. El operador puede ver en una pantalla lo que el robot ve y dirigir sus movimientos. CZINGER 21C: Es uno de los hiperdeportivos más impresionantes del momento. Se trata de un vehículo híbrido que combina un motor V8 de 2,88 litros con dos motores eléctricos, uno en cada rueda delantera, para alcanzar una potencia de 1.267 caballos. Está fabricado con materiales ligeros y resistentes, como la fibra de carbono y el aluminio, y tiene un sistema de aerodinámica activa que optimiza el flujo de aire y la carga aerodinámica. Su interior tiene una disposición en tándem, con el conductor en el centro y el pasajero detrás, lo que le da una sensación de pilotar un caza. Según la marca, puede acelerar de 0 a 100 kilómetros por hora en solo 1,9 segundos, de 0 a 300 kilómetros por hora en 8,5 segundos y su velocidad máxima es de 452 kilómetros por hora. MOYA AERO: Es decir, un vehículo eléctrico de despegue y aterrizaje vertical y su diseño se basa en cuatro rotores que le permiten elevarse y desplazarse en el aire con gran agilidad y estabilidad. Tiene una capacidad de carga de 200 kilogramos y una autonomía de 110 kilómetros, lo que lo convierte en el dron de carga más potente del mercado. Tiene múltiples aplicaciones en el ámbito de la logística y la agricultura. Puede operar en lugares donde los medios de transporte tradicionales no pueden llegar, como zonas remotas, aisladas o sin infraestructura. Así, puede facilitar el acceso a servicios esenciales, mejorar la conectividad y reducir los costes operativos. En el sector agrícola, puede realizar labores de fumigación o dispersión de semillas con mayor precisión y eficiencia que los drones convencionales o los aviones fumigadores. El MOYA AERO es un dron de carga autónomo y eléctrico que revoluciona el sector logístico y agrícola con su capacidad, versatilidad y sostenibilidad. HONDA CB160E + ТАРСО TMC DUMONT: Es el resultado de la colaboración entre el diseñador industrial Tarso Marques y la marca de motocicletas Honda. Tarso Marques es un reconocido artista que ha trabajado en diversos proyectos de automovilismo, aeronáutica y náutica. La idea de crear esta moto surgió cuando Tarso Marques encontró en un desguace un motor de una HONDA CB160E, una moto clásica de los años 60 que se caracterizaba por su fiabilidad y su bajo consumo. Tarso Marques decidió darle una nueva vida a ese motor, integrándolo en un diseño futurista y minimalista que rompe con todos los esquemas. La moto no solo es una obra de arte, sino también una máquina capaz de alcanzar altas velocidades gracias al motor de cuatro tiempos y 16 caballos de fuerza que le da nombre. El motor está acoplado a una caja de cambios manual de cuatro velocidades, y la moto cuenta con un sistema de frenos hidráulicos y una suspensión independiente. DRAKE BUCCANEER: Si eres un fanático de Star Citizen, el juego de simulación de vuelo espacial más ambicioso y realista del momento, seguramente habrás oído hablar de la nave espacial DRAKE BUCCANEER. Se trata de un caza ligero y ágil, diseñado para el combate y la supervivencia en las condiciones más adversas. Es una nave fabricada por Drake Interplanetary, una empresa conocida por sus naves robustas, económicas y fáciles de mantener. Cuenta con una gran potencia de fuego para su tamaño, pero también la hace vulnerable a perder sus armas si las alas son dañadas. La nave tiene una cabina monoplaza con una buena visibilidad y un sistema de escape rápido. AMV-211 VTOL AIRCRAFT: Es un concepto de vehículo aéreo desarrollado en Estados Unidos y es un avión de despegue y aterrizaje vertical (VTOL) que pretende superar las limitaciones de velocidad y alcance de los helicópteros. No es un helicóptero, sino un avión que cambia la orientación de su fuselaje para pasar de la posición vertical a la horizontal, utilizando un gran ventilador impulsado por una turbina. Tiene una capacidad para dos personas, una velocidad máxima de 480 kilómetros por hora, un alcance de 1000 kilómetros y un techo de servicio de 7600 metros. BELLWETHER INDUSTRIES ANTELOPE: Es un prototipo de eVTOL (vehículo eléctrico de despegue y aterrizaje vertical) que se presentó en el Dubai Airshow en noviembre de 2022. Se trata de un innovador diseño que se inspira en un coche deportivo, con alas muy pequeñas y motores eléctricos ocultos. Su objetivo es ofrecer una alternativa de movilidad aérea en las ciudades congestionadas, tanto para uso privado como compartido. El prototipo Antelope tiene dos plazas y puede volar a una altura de 900 metros y a una velocidad de 40 kilómetros por hora. En el evento de Dubái, realizó su primer vuelo al aire libre, demostrando su estabilidad y control. La compañía londinense Bellwether Industries planea desarrollar un modelo en escala real que pueda transportar hasta cinco personas y alcanzar los 220 kilómetros por hora. Te puede interesar: - 🏠 Impresionantes 16 Soluciones de RÁPIDA CONSTRUCCIÓN - 🚀 Viajar por el Espacio     Read the full article

[yesman1989]

Yukon Gold Podcast Episode #24 (HyperLoop-TransPod Comes to Canada by 2030 + Joining the All Trews Only (Nonelse) + Law of One

Yukon Gold Podcast Episode #24 (HyperLoop-TransPod Comes to Canada by 2030 + Joining the All Trews Only (Nonelse) + Law of One

Summary Yukon Gold Partnership is building a sustainable future for everyone on Planet Earth. We help people to reach their full potential by delivering the gold standard in energy design, education, and installation. I will be back in the podcasting saddle to talk about HyperLoop-TransPod Canada + Joining the All Trews Only + Clown World Order news. Click to access…

[businessnews24]

TransPod: Το «υβριδικό» τρένο-αεροπλάνο που θα φθάνει τα 1.000 χλμ/ώρα

Μια καναδική εταιρεία θέλει να μπει σφήνα στα σχέδια Ίλον Μασκ και Ρίτσαρντ Μπράνσον, για ταξίδια με τρένα υψηλών ταχυτήτων.

Η TransPod με έδρα το Τορόντο αποκάλυψε πρόσφατα τα σχέδιά της για το «FluxJet», ένα πλήρως ηλεκτρικό «υβρίδιο μετα��ύ ενός αεροσκάφους και ενός τρένου», σύ��φωνα με το CNBC. Σύμφωνα με το project, θα περιλαμβάνει τρένα μήκους 25 μέτρων, μαγνητικά αιωρούμενα που θα μεταφέρουν επιβάτες με ταχύτητα που θα φθάνει τα 999,4 χιλιόμετρα ανα ώρα.

Αυτό είναι ταχύτερο από ένα εμπορικό τζετ και έχει περίπου τρεις φορές την ταχύτητα των περισσότερων τρένων υψηλής ταχύτητας - με μηδενικές εκπομπές ρύπων. Το FluxJet θα χρησιμοποιεί «μετάδοση ισχύος χωρίς επαφή», όπου το τρένο θα αντλεί ισχύ από το υπάρχον ηλεκτρικό δίκτυο μέσω μαγνητικών πεδίων, όπως ισχυρίζεται η εταιρεία.

Ο αεροδυναμικός σχεδιασμός του αιωρούμενου τρένου έχει σκοπό να μειώσει την τριβή. Αλλά η ικανότητα του FluxJet να ξεπερνά τα τζετ και τα τρένα υψηλής ταχύτητας βασίζεται στην τεχνολογία που επηρεάζεται από τη «ροή κάλυψης», ένα σχετικά νέο πεδίο της φυσικής.

Η εταιρεία κυκλοφόρησε ένα βίντεο τον Ιούλιο που δείχνει τη διαδικασία σχεδιασμού του FluxJet.

Η TransPod λέει ότι το κόστος για τους επιβάτες για να ταξιδέψουν με το FluxJet θα είναι 44% μικρότερο από το κόστος ενός αεροπορικού εισιτηρίου.

Τον Μάρτιο, η TransPod συγκέντρωσε χρηματοδότηση 550 εκατομμυρίων δολαρίων από Βρετανούς επενδυτές Broughton Capital Group και την κινεζική κρατική China-East Resources Import & Export Co.

Η εταιρεία σκοπεύει να ξεκινήσει την κατασκευή της γραμμής της FluxJet έως το 2027. Η TransPod τονίζει επίσης ότι το έργο θα κοστίσει συνολικά 18 δισ. δολάρια.Το FluxJet της TransPod θα μπορεί να μεταφέρει έως και 54 επιβάτες.

Πηγή άρθρου: TransPod: Το «υβριδικό» τρένο-αεροπλάνο που θα φθάνει τα 1.000 χλμ/ώρα

[rjzimmerman]

Excerpt from this story from Treehugger:

TransPod, formerly known as TransPod Hyperloop, unveiled the FluxJet—"an industry-defining innovation that transforms the way we live, work, and travel." According to the recent announcement made in Toronto, this is entirely new technology promising affordability, speed, and reduced carbon footprint.

"Based on groundbreaking innovations in propulsion and fossil-fuel-free clean energy systems, the FluxJet is a fully electric vehicle that is effectively a hybrid between an aircraft and a train," said the company in a statement. "Featuring technological leaps in contactless power transmission and a new field of physics called veillance flux, the FluxJet travels in a protected guideway at over 1000 km/h – faster than a jet and three times as fast as a high-speed train."

The word "hyperloop" appears to have been expunged from the company. Even its website address has been changed to eliminate the word, which is encouraging. I have previously defined hyperloopism as "a crazy new and unproven technology which nobody is sure will work, that probably isn't better or cheaper than the way things are done now, and is often counterproductive and used as an excuse to actually do nothing at all."

But TransPod is actually doing something. It is commencing work on a route in Canada from Calgary to Edmonton, the two largest cities in Alberta, separated by 185 miles of killer highway. The FluxJet will fly between them in a steel tube in about 45 minutes.

[cybersecurityict]

Hyperloop Technology Market: Size, Share, Analysis, Forecast, and Growth Trends to 2032 – From Concept to Reality: U.S. Hyperloop Gets Closer

The Hyperloop Technology Market was valued at USD 2.1 billion in 2023 and is expected to reach USD 46.6 billion by 2032, growing at a CAGR of 41.15% from 2024-2032.

Hyperloop Technology Market is rapidly advancing as a revolutionary mode of transportation promising ultra-fast, efficient, and sustainable travel. The USA, with its strong investment in infrastructure innovation and technology startups, is at the forefront of adopting this futuristic transit system. Hyperloop’s potential to drastically reduce travel times between major cities is drawing significant attention from investors, governments, and the public alike.

Revolutionizing Transportation: U.S. Hyperloop Market Poised for Disruption and Expansion

​The U.S. Hyperloop Technology Market was valued at approximately USD 0.5 billion in 2023 and is projected to reach USD 12.5 billion by 2033, growing at a CAGR of 40.83% from 2024 to 2032.

Hyperloop Technology Market is witnessing accelerated development driven by breakthroughs in magnetic levitation, vacuum tube technology, and renewable energy integration. Leading companies and research institutions in the USA are pushing the boundaries to make hyperloop commercially viable, aiming to transform passenger and freight transportation with minimal environmental impact.

Get Sample Copy of This Report: https://www.snsinsider.com/sample-request/6614 

Market Keyplayers:

Virgin Hyperloop – Hyperloop Passenger Pod XP-2

Hyperloop Transportation Technologies (HTT) – Hyperloop Capsule Quintero One

The Boring Company – Loop System

Zeleros – Zeleros Hyperloop Vehicle

TransPod Inc. – TransPod FluxJet

Hardt Hyperloop – European Hyperloop Center Prototype

Arrivo – High-Speed Freight Network

DGWHyperloop – DGW Hyperloop System

Tesla, Inc. – Conceptual Hyperloop Design

Nevomo (formerly Hyper Poland) – MagRail

MIT Hyperloop Team – MIT Hyperloop Pod

Swisspod Technologies – Swisspod Aurora System

TUM Hyperloop – TUM Research Pod

UCLA Hyperloop – Hyperloop Pod Prototype

EPFLoop (École Polytechnique Fédérale de Lausanne) – EPFLoop Pod

Market Analysis

The Hyperloop Technology Market is propelled by the increasing demand for faster, cleaner, and more cost-effective transportation alternatives. Current infrastructure limitations and growing urbanization are creating urgent needs for innovation. The USA’s supportive regulatory environment and strong capital influx are accelerating prototype testing and pilot projects. Collaborations between technology firms, transportation agencies, and government bodies further drive the market momentum.

Market Trends

Growing public-private partnerships fueling project funding and research

Advances in magnetic levitation and vacuum systems to improve speed and safety

Integration of renewable energy sources to ensure sustainability

Development of autonomous control systems for precision and reliability

Focus on cargo transport to complement passenger travel applications

Emergence of modular and scalable designs for easier deployment

Increasing interest from regional governments to boost local economies

Market Scope

The scope of Hyperloop Technology extends beyond high-speed travel to redefine regional connectivity and logistics efficiency. Its influence spans urban planning, economic development, and environmental sustainability, creating transformative opportunities.

High-speed intercity passenger and freight transit

Reduced carbon footprint compared to conventional transport

Potential to alleviate urban traffic congestion

Creation of new economic corridors and job markets

Enhancements in smart infrastructure and IoT integration

Catalyst for regional development and tourism growth

Forecast Outlook

The Hyperloop Technology Market in the USA is poised for remarkable growth as prototype successes transition into operational projects. Investment in infrastructure upgrades and regulatory approvals will be critical to unlocking the technology’s full potential. Market dynamics suggest increasing adoption driven by demand for faster, greener transit solutions that meet the needs of a growing and mobile population. Innovation in safety and efficiency will continue to define the competitive landscape, with scalability becoming a key factor in widespread acceptance.

Access Complete Report: https://www.snsinsider.com/reports/hyperloop-technology-market-6614 

Conclusion

Hyperloop Technology is more than a concept; it’s an emerging reality reshaping America’s transportation future. For stakeholders in infrastructure, technology, and urban development, embracing hyperloop means stepping into a new era of speed, sustainability, and connectivity.

Related Reports:

Assess regional growth opportunities for affective computing in the U.S

Explore the growth of the cognitive computing market in the US

About Us:

SNS Insider is one of the leading market research and consulting agencies that dominates the market research industry globally. Our company's aim is to give clients the knowledge they require in order to function in changing circumstances. In order to give you current, accurate market data, consumer insights, and opinions so that you can make decisions with confidence, we employ a variety of techniques, including surveys, video talks, and focus groups around the world.

Contact Us:

Jagney Dave - Vice President of Client Engagement

Phone: +1-315 636 4242 (US) | +44- 20 3290 5010 (UK)

[reallovee]

Canada Will Have Its Own Hyperloop Which Will Clock 1,000 kmph - carandbike

Canada Will Have Its Own Hyperloop Which Will Clock 1,000 kmph – carandbike

[ad_1]

TransPod is bringing in job opportunities to about 38,000 locals over the next 10 years and this will in return also promote Alberta’s economy.

| Updated: 3 hours ago

  Views

[ohnoitstbskyen]

Hey you seem to be getting some pretty transpodic adds. Jeremy's ravors but it's advertising chocolate. I looked it up and it dosent seem to be a joke. I've also commented this on a video. I'm pretty sure there's something you can do to block the add. I might send an email to you. Sorry. Just wanted you to know

oh fucking hell

Thanks for bringing it to my attention. I'm going to block their domain in my settings, and that should stop more of their ads showing up on my videos, but please let me know if any more of them pop up

[hrthrive2022]

In a Jiffy!

Hyperloop is a proposed high-speed transportation system for both passenger and freight transport. The term was coined by Elon Musk to describe the modern open-source project originally conceived in the 1900s. Hyperloop is described as a big vacuum-sealed tube or a system of connected vacuum-sealed tubes having very low air pressure through which a pod may travel substantially free of air resistance or friction.

Hyperloop systems are intended to move passengers and/or cargo at airline speeds at a fraction of the cost of air travel. They are designed to run suspended by magnetic systems in a vacuum tube. The system is proposed to be entirely autonomous, quiet, direct-to-destination, and on-demand. As it is proposed to be built on columns or tunneled underground, it would eliminate the dangers of at-grade crossings and require smaller rights of way than high-speed rail or a highway.

Case in Hand:

Virgin Hyperloop is an American transportation technology company that works to commercialize the high-speed technology concept called the Hyperloop. The company was established on June 1, 2014, and reorganized and renamed on October 12, 2017. Amidst competition from Elon Musk and SpaceX, Transpod, Hyperloop Transportation Technologies, Zeleros, and many others, Virgin Hyperloop aims at the Launch of a fully functional Hyperloop commutation system.

While the world awaits the first Vacuum based transportation system, Virgin Hyperloop seems to have an edge on Time. Virgin Hyperloop has decided on launching a forefront project to implement the idea of Virgin Hyperloop from the scratch. The Board of Directors has unanimously approved the Launch of the Project as its Flagship Project.

Task in Hand:

You, as the Director of the Project, are responsible to strategize and substantiate the following:

Geographical analysis for laying the first tracks.

Detailed Timeline of the Project

Workforce Allocation for the Project

Recruitment and Selection Strategies for the Employees

Inductive Training and Development Strategies to ensure quality workforce

Conceptualize HR Policies within the scope of the Project.

Details of the Grand Launch of the First Line

Endorse a Brand Ambassador for the Project Promotions.

Deliverables:

A report of not less than 12 pages.

A PPT of not more than 10 Slides.

P.S. Research and creativity will take you places 

Submission Details:

Deadline: 10:00 AM; 25th February, 2022

Email: hr.thrive2022@gmail.com

Email Subject & File Name: VALXX_In a Jiffy

In case of any queries regarding the task, you may contact any of the event heads.

[muyactual]

😲 CONCEPTOS que parecen sacados del FUTURO en un TOP 13 [VÍDEO]

En este viaje a través del tiempo y la imaginación, nos adentraremos en un fascinante universo de conceptos que parecen haber sido sacados directamente de una película de ciencia ficción. Estaremos sumergiéndonos en un mundo en constante evolución, donde la ciencia y la creatividad se entrelazan para llevarnos más allá de lo que jamás podríamos haber imaginado. Con cada minuto, seremos testigos de ideas revolucionarias y perspectivas que desafían nuestra comprensión del mundo. No te pierdas ni un segundo, porque el futuro ya ha comenzado. Te dejo el vídeo con los CONCEPTOS que parecen sacados del FUTURO en un TOP 13: https://youtu.be/LtCByxSXwSM Te puede interesar: - ⛺ 17 INVENTOS para VACACIONES en el CAMPING que te interesan - 🏎️ 12 CONCEPT CAR Increíbles con la TECNOLOGÍA que debes ver ⏯️ Contenido del vídeo: - 0:00 Introducción - 0:29 El sistema de transporte TRANSPOD - 1:19 La nave espacial SPACE FORGE PRIDWEN - 2:15 El camión eléctrico GEELY HOMTRUCK + HYDRO HAULER - 3:21 El vehículo inteligente del futuro VISION META - 4:17 La ciudad para el cuidado de la salud de DUBAI - 5:16 Las torres que capturan y neutralizan las partículas de polvo - 5:57 El robot para limpiar piscinas nucleares U-DEC - 6:45 El superdeportivo CZINGER 21C - 7:37 El drone MOYA AERO - 8:38 La moto HONDA CB160E + ТАРСО TMC DUMONT - 9:35 La nave espacial DRAKE BUCCANEER para el juego Star Citizen - 10:17 El vehículo aéreo AMV-211 VTOL AIRCRAFT - 10:54 El eVTOL de BELLWETHER INDUSTRIES ANTELOPE     Read the full article