hgtp://Kaiser (τ,τ)

I wanted to make this thread, since I've seen many users straight up not understanding what $PVS Paraverse does (consider it one of the countless shitcoins vaporware on Sol), and I wanted to make it as simple as possible with some examples for the average Joe, that doesn't understand the technical mumbo jumbo.

Yes, this is another $PVS thread 🧵:

In Layman's terms Paraverse Tech builds tools that let you access immersive 3D, VR, and AR experiences — without needing fancy gear.

Their main product, LarkXR, lets you stream 3D apps in real time from the cloud to any device — like Netflix, but for virtual worlds, without needing expensive hardware, across ALL devices. No downloads, no huge computers needed. Just open it on your phone, tablet, laptop, or headset, click a link and you are there.

They also offer Cloud Rendering: Paraverse has its own cloud network that can do the heavy lifting of any rendering work you want it to — like creating high-quality 3D graphics and sending them to your screen instantly.

If you’re building a 3D app, a VR world, or an interactive demo, Paraverse gives you:
-Templates and starter kits
-Easy-to-use tools to publish your project online
-APIs (like plug-and-play features)
-Zero-code options — so you don’t have to be a programmer

Paraverse also helps create digital people and digital versions of real places or machines (digital twins).
-A company might use a digital human for customer service in VR.
-A factory might create a digital twin of their real equipment — to train workers safely in a virtual world.

In short Paraverse isn’t just a product — it’s a whole toolbox for anyone who wants to create, share, or interact with next-level 3D experiences — without needing to be a tech expert.

Why big companies love Paraverse:

1. They can run training simulations for employees
2. Show off products in virtual showrooms
3. Offer immersive customer experiences
4. Build interactive virtual campuses or events
5. It’s fast, reliable, and works across the world.
6. It scales infinitely. They can deploy interactive 3D experiences globally without worrying about device compatibility or location. One link, infinite users, no local installations. That’s a dream for enterprise IT teams.
7. It's eco friendly. Less devices, less e-waste.

Real-World Examples for Companies:
-A manufacturing company can use Paraverse to train workers in a VR factory. No travel, no risk. Employees just put on a cheap headset or use a tablet to simulate different scenarios like machine malfunctions or safety protocols without any physical risk.
-A car brand can build a virtual showroom. Customers anywhere in the world can "sit" in the new model without leaving home and take virtual tours of their latest models.
-A hospital or medical school can use Paraverse for virtual medical training.
Doctors and nurses can practice complex surgeries or emergency procedures in a virtual operating room.
It can help them improve their skills safely, without needing actual patients or expensive simulation setups.
-Retailers can use Paraverse to set up a virtual shopping experiences.
Customers can virtually “try on” clothes, check out different styles in 3D, and even see how items fit in real-time.
Instead of browsing through static images, customers interact with 3D avatars and products, making online shopping feel more like an in-store experience.

Why regural folk love Paraverse:

1. It bridges the social divide. A kid with a 100$ Android can have the same educational/ recreational experiences with another kid with a 3,000$ PC and VR headset.
2. Kids can play fun AR games on a tablet
3. Students can explore virtual science labs
4. Artists can share 3D creations without fancy gear
5. Anyone can visit a museum virtually from their couch.

Real-World Examples for Regular People:
-You’re dreaming of visiting Paris but can’t afford the trip right now.
With Paraverse, you can take a virtual tour of the Eiffel Tower, the Louvre, and other famous landmarks, all from your phone or computer.
You don’t need to buy a plane ticket or leave your living room — just click a link, and you're "there."
-You’re studying for a history exam and want a fun, interactive way to learn about Ancient Egypt.
A school or educational app powered by Paraverse lets you explore virtual pyramids, examine 3D artifacts, and even interact with ancient Egyptian structures.
-Gaming without gaming PC, attending virtual concerts, fitness training etc. The list is endless.

How it compares with $Render (2bil marketcap):

Paraverse:
-Makes interactive, real-time 3D experiences (think virtual tours, live events, or training simulations) that anyone can access and use on their phone or computer.
-You can interact with them right away (like a virtual museum or live concert) without special equipment.
-It is mainly used by businesses and everyday people who want easy access to virtual experiences (training, events, or entertainment).
-Its competitive advantage is that it's easy to use for anyone, no powerful hardware needed, and it’s all about live interaction.

Render:
-Helps create high-quality 3D images or videos (like CGI for movies or product ads), but not for live, interactive use.
-Used to render static images or videos — it’s for making things look realistic but you can’t interact with them in real-time.
-It is used by creators, designers, or studios who need to create detailed, high-quality visuals (for films, games, or ads).

Let's go the juicy part: They’re already backed by MASSIVE partnerships and tech collaborations that boost what they can offer and who they can reach (prepare to have your mind blown): 👇

-BMW: Reduced construction time of the Lydia plant by 6 months and avoided 50% of design flaw-related engineering changes through virtual planning. 
-Intel: Partnered for AI-driven XR applications and enterprise-grade XR cloud computing. 
-Dell Technologies: Provided enterprise-grade XR cloud computing solutions 
-NVIDIA: Part of its Inception Program. Also collaborated to explore automotive XR scenarios, enhancing AI-driven XR business solutions.
-Alibaba Cloud: Deep collaboration on real-time streaming platforms, GIS, CIM, and digital twin technologies.
-HTC: Partnered for VR hardware, enhancing immersive XR experiences. 
-Pico: Collaborated on XR hardware to improve virtual reality applications.
-Apple/ Vision Pro: Collaborated on XR hardware for immersive experiences in virtual and augmented reality.
-Huawei: Worked on cloud computing and XR solutions for smart cities, industrial sectors, and virtual simulations.
-Byker Biotechnology: Supported 3D anatomy model development for remote surgery simulations, medical training, and deep-learning-based tissue segmentation.
-CRRC Digital Technology: Assisted in building a "handheld factory" for real-time monitoring of rail vehicles using XR for assembly guidance and predictive maintenance.
-Tsinghua University: Collaborated on virtual and augmented reality research, contributing to advancements in cloud simulations and XR technologies.
-Beijing University of Aeronautics and Astronautics: Partnered on advanced XR and digital twin technologies for aerospace-related research.
-National Defense University: Collaborated on XR applications for military simulations and training.
-Dalian Maritime University: Worked on virtual simulations and training for maritime industry applications.
-University of Sydney: Partnered with Byker Biotechnology for 3D human body reconstruction and medical training.
-Unreal Engine: Used for creating immersive, high-fidelity XR content and simulations in partnership with Paraverse's cloud infrastructure.
-French Touch Factory (backed by the French government) : Leveraging Paraverse technology in hologram-based experiences, enhancing immersive live streaming and XR content.
-Global Mobile Software (TifoXR): Partnered to enhance AR & XR sports and entertainment experiences, including collaborations with top football clubs (AC Milan, Inter Milan, Juventus) and involvement in mobile software with Microsoft. 
-People’s Medical Publishing House Co., Ltd: Paraverse’s LarkXR technology powers PMPH’s virtual simulation training system, enabling complex medical applications like surgery simulations and medical device development.
-China Mobile (the dominant telecomm provider in the world): Partnered for XR cloud services to power the next generation of VR/AR on 5G networks, with massive global reach (1B customers, 400M+ 5G users).
-National Defense University: Partnered for military simulation and training applications using immersive XR technology.
-Petro-CyberWorks (PCITC), a subsidiary of China Petroleum ($92.42B mcap): Paraverse helps them digitize petrochemical operations. Using Cloud XR, they create real-time 3D twins of supply chains for better safety, efficiency, and decision-making.
- Boneng Tech: Collaboration to power smart airports like Beijing Daxing. Using Cloud XR and digital twins, they enable real-time 3D control and visualization—boosting safety, efficiency, and seamless airport operations.

Why would they need a token if they are such a successful Web2 company? And what about $PAR? 

Even though Paraverse is a successful Web2 company, adopting tokens lets them decentralize control, reward users and creators, create new revenue models, and position themselves as a leader in the Web3 space. The $PVS token provide security, transparency, and community empowerment that will help them scale and innovate in the long term.

Think of $PVS as the "currency" or "credits" you use inside the Paraverse world.
It’s used to pay for things like virtual spaces, 3D rendering, or accessing special services.

$PAR on the other hand is a reward token with some perks like voting power and decision making. In simple terms, contributors and miners are rewarded with $PAR (in order not to affect the price of PVS) and they get to shape the future of the eco, or they can just simply trade their PAR for PVS.

But why would they launch on PumpFun?

By launching on PumpFun, the token gains immediate liquidity and market access, making it easier for traders to buy and sell the token.
It’s a platform where tokens can see initial price discovery, and if there’s enough demand from the community, it could help increase the token’s visibility and attract more investors.
In simple terms, because it's easy, more importantly SAFE, inspires confidence to early investors that no malicious code or hidden bullshit are involved and literally everyone knows the platform.

Lastly, why I believe is UNDENIABLY undervalued at 7m which stands as of now:

-Fully diluted supply. No bullshit unlocks, no vesting, stealth launched, everyone must buy directly from supply.
-Team does not hold lots of supply. I think it's around 1%.
-Extremely health distribution among holders
-Supply in liquidity pool reducing fast. I think only 4% remaining. Supply shock incoming.
-Deflationary token design. Tokens are burning after each use.
-VC backed company. Extremely important.
-Entire sectors disrupting tech.
-Right now, you can pay for Paraverse services with cash or $PVS, but in a year, $PVS becomes the default payment method. This means even Paraverse's giant partners will need to buy $PVS. As billions flow into the token, demand will spike, price will go brrr.
-2 year roadmap. This is not as shitcoin, they are here for the long term.
-Many will try to frontrun the miners and contributors, who will need to buy PVS to stake.

I know it ended up being a little to long, but I tried to summarise all the knowledge we, as a community, had amassed here together.

Hope you like it.

P.S. SEND IT TO BILLIONS FFS.