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5.2K posts
Prismax could have a major impact on the future of robotics by making robots smarter, faster, and more connected to AI systems.
The project could help robots better understand human commands and operate more safely in real-world environments.
In the future, technologies like Prismax could improve industries like healthcare, manufacturing, education, and space exploration.
It also shows how AI and robotics can work together to create more useful and intelligent machines. @PrismaXai
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Most NFT art grabs your attention fast and fades just as quickly.
The Beaks is different;
Dima Kashtalyan has spent 20 years building a visual language dot work, pointillism, stippling.
Techniques where every single dot is a deliberate decision, not a shortcut, not a filter, just thousands of hand placed marks that slowly become something alive.
What makes it rare isn't just the craft, It's the ideology behind it. Dima doesn't draw to decorate, he draws to communicate.
Familiar objects, given unfamiliar forms, symbolic weight hidden inside intricate detail. The kind of art that rewards you for looking closer.
A genesis collection means something specific, it's the foundation everything else is built on.
The first holders aren't just collectors, they're part of the origin of a universe that's been forming in one artist's mind for two decades.
That's not a roadmap promise, that's provenance.
This is what it looks like when craft meets conviction from day one.
@thebeaksart @DKashtalyan
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@BABAWANDS @vivianrobotics I also attended and it was an interesting one for me
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PrismaX and Robotic Sensors
1. Vision Based Sensing
@PrismaXai robots use advanced cameras and visual sensors to observe and understand their surroundings.
This allows them to detect objects, analyze movement, and respond to real world conditions with improved awareness.
2. Motion & Joint Data
Built in sensors continuously track joint angles, position, and movement.
This data helps AI understand how robots move and interact physically, improving precision and coordination.
3. Real Time Feedback
Sensors provide continuous, real time feedback during operations.
This enables robots to instantly adjust their actions, resulting in smoother performance and reduced errors.
4. AI Learning Input
All collected sensor data is used to train and improve AI models.
High quality input leads to smarter, more adaptive, and reliable robotic systems over time.
Final Thought
PrismaX transforms real world sensor data into meaningful intelligence, helping robots learn faster, perform more accurately, and support the future of automation in Web3.
@vivianrobotics
@MaxC16134
Legend@legendary54321
How Robotics Improves with PrismaX The evolution of robotics is no longer limited to automation alone. With platforms like @PrismaXai robots are becoming intelligent, adaptive, and continuously improving systems. By integrating AI with real world interaction, PrismaX is redefining how robots learn, perform, and evolve over time. 🔹 Smarter Movements PrismaX enables robots to develop precise and efficient movement patterns through advanced AI training. By analyzing real world motion data, robots gradually improve their accuracy, coordination, and execution. This leads to more reliable performance in complex and dynamic environments, where precision is critical. 🔹 Learning by Doing A core strength of PrismaX lies in its experience based learning model. Robots improve by repeatedly performing tasks, with each interaction generating valuable data. This continuous feedback loop allows AI systems to refine behaviors, resulting in progressively better performance with every cycle. 🔹 Human Guidance PrismaX incorporates a human in the loop approach through remote operation (teleoperation). Users can guide robots in real time, ensuring tasks are performed correctly while simultaneously generating high quality training data. This collaboration between humans and machines accelerates learning and enhances the reliability of robotic systems. 🔹 Intelligent Decision Making With the integration of AI, PrismaX robots are capable of making data driven decisions. By processing inputs from sensors and past experiences, robots can evaluate situations and respond more effectively. This reduces operational errors and improves overall task efficiency. 🔹 Faster Adaptation PrismaX enhances a robot’s ability to adapt quickly to new environments and tasks. Instead of requiring extensive reprogramming, robots leverage learned data to adjust their behavior. This flexibility makes them highly suitable for real world applications where conditions are constantly changing. 🔹 Continuous Evolution One of the most impactful aspects of PrismaX is its focus on ongoing improvement. As more data is collected and processed, AI models become increasingly sophisticated. This creates a self-reinforcing system where robots continuously evolve becoming smarter, more efficient, and more capable over time. Final Thought PrismaX represents a significant step forward in robotics by combining AI intelligence, real world data, and human collaboration. The result is a new generation of robots that not only perform tasks but also learn, adapt, and improve continuously. In this model, robotics is no longer static, it is a living system that grows smarter every day. @MaxC16134 @vivianrobotics
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Gprisma
Prisma that is redefining the intersection of robotics decentralized data and physical AI.
While the well known Prisma ORM focuses on making databases easy for web developers, PrismaX AI takes that same spirit of simplicity and power and applies it to the much more complex world of robotics.
What is PrismaX AI?
PrismaX AI is an open coordination layer for real-world robotics. It functions as a decentralized platform that connects human operators with robots to perform tasks and, more importantly, generate the high-quality data needed to train autonomous AI.
@PrismaXai
@vivianrobotics
@shaye_backus
ZOHRE@zohrehfakhri
Gprisma The @PrismaXai project is an effort to bring a fresh perspective to the world of data where simplicity, power and flexibility come together in harmony. Just as a prism transforms white light into a spectrum of beautiful colors, Prisma turns complex data into a structure that is clear understandable and usable. In this project, the goal is not merely data management, but creating a smooth and intelligent experience for developers an experience in which interacting with databases becomes fast, precise, and enjoyable. Prisma serves as a bridge between idea and implementation, between complexity and simplicity. @PrismaXai @vivianrobotics @shayebackus
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Jumped into PrismaX Office Hours #5 last week hosted by @shayebackus & @vivianrobotics wow, actual substance 🦾
Here's what's real:
✅ They were at NVIDIA GTC + Stanford. Physical AI is leaving labs and hitting the real world.
✅ Officially joined NVIDIA's Inception Program, major firepower for scaling robot data & intelligence.
✅ Ran a live teleop comp at Yale. Hackers stopped coding to drive a real robot arm. Top score? 11 blocks. Sounds easy… it's not.
✅ Vivian is now officially leading community, faster decisions, clearer comms.
✅ Ambassador program? On hold, not dead. They're waiting for the right moment.
✅ "VLA Foundry" coming soon, turning your teleop sessions into actual training data for real world AI.
✅ Content stays quality focused. Low effort spam = out.
Also my question got picked and answered live. Felt heard. Thank you for that, team. 🫶
@PrismaXai isn't just talking. They're shipping. 🤟
Jv_Damonᝰ🖋️
#PrismaX #PhysicalAI
Jv_Damon🐈⬛@0xJv_Damon
Good Evening CT ✨ Mark your calendars 🗓️ PrismaX Office Hours #5 is happening this Thursday, April 2, at 9:00 AM. Direct access to the team, real talk, and alpha for the community. Don’t just watch, show up, ask questions, and get involved 🔥 RSVP & drop your questions 👇 [ discord.com/events/1288096…] #PrismaX #Crypto #Community
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Just got early access to @shelbyserves
Excited to start exploring the protocol and see how it handles storage, scalability and node operations in practice.
More insights coming soon
Shelby serves
Castro@Femi_J1
On @shelbyserves storage protocol, I’m building a censorship resistant media platform where creators truly own their content 🎬 What makes this unique is the video play back on the platform When a user upload a media on the platform, a ‘play button, will be visible instantly, and the video can be streamed and stored smoothly, this is very close to centralized CDN performance, but fully decentralized Powered by ShelbyProtocol decentralized storage gShelby
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I will be co hosting a weekly @PrismaXai space for newcomers, starting from today
Host: @Julzcrypt
Time: 6:30pm UTC
If you’ve been curious about what PrismaX is building or how to actually get involved, this is for you.
Each week, we’ll break down:
• What PrismaX is and why it focuses on premium, mistake free teleoperation data
• How to navigate the project as a new contributor
• Where to start
• What good data actually means in practice
• Live Q&A to help you get unstuck and lots more
This isn’t just an intro.
It’s a working session to help you understand how to contribute, think about data quality and operate inside the system.
If you’re serious about robotics, AI data, or just want to learn how high quality datasets and contributions are built pull up
Top contributors like @El_Retinz , @IdaraAkpabio882 @zeynabdamilola will also be in attendance to educate people more
Set a reminder here x.com/i/spaces/1AKEm…
gPrisma
Julz@Julzcrypt
gPrisma everyone and good morning I will be hosting the first @PrismaXai community space EP1 today. It will be all about PrismaX. Co-host @Femi_J1 Time: 7:30 pm Click the link below to set a reminder:x.com/i/spaces/1AKEm… Top chad @El_Retinz and @IdaraAkpabio882 Will be showing up
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I’m starting to see robotics differently it is less about who builds the most advanced machines, and more about who improves the fastest.
Hardware can be recreated , Money flows , Skilled people can always be brought in.
@PrismaXai
Luna@Luna_pal2
PrismaX just raised the bar and honestly, it is needed. There is now a clear shift toward originality and real contribution. The focus is not just on posting content, but on creating something that actually reflects your own thinking and effort. @PrismaXai
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Prisma pushing boundaries with fresh momentum
teleoperation unlocking a new layer of remote interaction and control
this is where decentralized tech meets real world execution
future feels closer than ever.
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Today, let’s about the purpose of Unitree G1 robot fleet, one of the robot fleet among the robot fleets on @PrismaXai
The Unitree G1 on PrismaX is designed to bridge human intelligence and machine learning by allowing people to teleoperate the robot while it collects real world data.
Every session captures not just movement, but timing, decision making and how humans respond to real environments, things that are extremely hard to simulate accurately.
Because it’s lightweight, mobile and built for human like motion, the G1 is ideal for tasks like navigation, basic manipulation and interactive scenarios
This makes it a powerful tool for generating the kind of high quality, real world data needed to train physical AI systems.
On PrismaX, the robot isn’t the end product, it’s part of a larger system where human input becomes training data, and that data becomes intelligence.
In short, the G1’s purpose is to act as a real world training interface for AI, helping turn human actions today into the autonomous capabilities of tomorrow.
I will discuss about another fleet in my next post
gPrisma
Castro@Femi_J1
There’s a small detail on the @PrismaXai site most people overlook, the robot wheel on the side. It’s not just a visual, it represents how the system actually works and each robot wheel has its own purpose but let’s talk about the general purpose today The purpose of the PrismaX data flywheel is to turn real world robot usage into continuous intelligence. In physical AI, the hardest problems don’t show up in training, they show up in the wild, edge cases, unpredictable environments, and moments where autonomy breaks down. Instead of treating those as failures, PrismaX captures them as inputs. Every teleoperation session becomes structured data: → why intervention was needed → how the task was resolved → what success looks like in that scenario That data feeds back into models and gets deployed across the fleet, so each interaction makes the system better than the last. And that flywheel only works because it runs across diverse embodiments. From humanoid systems like Unitree G1 and UBTECH Walker, to research platforms like Pollen Robotics Reachy 2, to manipulation focused systems like Boardwalk Robotics Alex each robot contributes a different slice of real world data. I will break down the purpose of each robot wheel and the role it plays in this flywheel in my next post gPrisma
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Our co-founder & CEO Bayley @castorhat just kicked off @Beta_ucb Hackathon with a @PrismaXai intro keynote.
Full room. Builders, founders, and students from @UCBerkeley, @Stanford, and beyond. Can't wait to see what gets built today. 🦾
If you were here, what would you build? 👇
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PrismaX: The AI Copilot for Teleoperation
Teleoperation, at its core, is pretty simple: it lets people control machines or robots from a distance in real time. You’re not physically there, but with fast connections, sensors, and good interfaces, it feels almost like you are. This is especially useful in situations where precision matters or where being on site is risky.
Traditionally, it’s been very hands on the human does most of the thinking and decision making, and the machine just follows instructions. That works, but it can be mentally demanding and leaves room for error, especially in complex environments.
What PrismaX is doing is shifting that dynamic.
Instead of just passing commands from human to machine, it adds an AI layer into the loop. So now, while you’re operating, the system is also “thinking” alongside you understanding the environment, predicting what might happen next, and helping guide actions in real time.
The result feels less like controlling a machine and more like collaborating with one.
A few things this changes in practice:
• The system can read the context of what’s happening and suggest better actions on the fly
• It can catch small mistakes before they turn into bigger problems
• One operator can handle more than one system without getting overwhelmed
• Tasks in dangerous or hard to reach places become much safer to manage
Overall, it takes teleoperation from being purely reactive to something much smarter and more supportive. You still have human judgment at the center, but now it’s backed by real time intelligence which makes everything smoother, safer, and a lot more scalable.
@PrismaXai
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Công nghệ của @PrismaXai vẫn tập trung vào việc thu thập dữ liệu của người dùng + huấn luyện AI 🤖
> Cốt lõi vẫn nhắm vào việc tái cấu trúc thay đổi độ trễ xuống mức thấp nhất
> Sử dụng block-chain để phi tập trung hoá quyền sở hữu
Nhưng , cái cá nhân mà tôi mong muốn hơn ở PrismaXAi có lẽ là x402 của @coinbase phát triển
Dự án , @StrikeRobot_ai đã làm điều đó và tiềm năng mã HTTPs x402 sẽ được phát triển trên cả PrismaX
Tôi đã thấy sự để ý của Coinbase để ý đến 🤤
Robotics + AI + x402 = Trend 2026
Kyo@Kyo_NLD
Công nghệ của @StrikeRobot_ai luôn update 🤖 Họ đã xây dựng việc điều khiển Robot không chỉ bằng @Clawnch_Bot nữa mà họ đã tiến xa hơn với công nghệ hỗ trợ trên Base > Với giao thức x402 - giao thức thanh toán HTTP-native tích hợp vào Robot của StrikeRobot giúp cho Robot tự hoàn thành thanh toán ( M2M ) > 1 kẻ độc lập tự động thanh toán dịch vụ , kiếm doanh thu on-chain mà không cần nhờ bất kì sự trợ giúp nào từ con người Sự xây dựng M2M payments + robotics có lẽ sẽ là mảng big narrative trong năm 2026 này 😍 #x402 #Robotics
Tiếng Việt
@elkhawaga2022 @vivianrobotics Yes, bro, it is important you learn how to deal will latency
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@just_wadde @vivianrobotics Latency matters in teleop
Learn to work with it
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