Unveil UBTECH Full-Size Advanced Bionic Humanoid Robot——U1 Pro Series 🤖✨
U1 Pro comes with a Built‑in Memory‑Emotional AI Model, Enhanced Human‑Robot Interaction, Local Encryption of Memory, and Customizable Appearance.
More tech surprises on the way. Stay tuned. 🚀
#UWORLD #UBTECH #HumanoidRobot #CommercialRobotics #AI
I don't like that one exam decision frame that exists in india, china and south korea.
JEE should not be everything. We need to be focused on building good humans. Everything else in the world can be learnt.
Our selection for JEE and stuff like that should be holistic. Additionally, we need 4 lakh more seats in good colleges and should close bad universities.
Focus on quality and quantity is very important.
Looking back at Narlikar 🚀
Named in honor of Jayant Narlikar, this was the engine laid the foundation for our liquid propulsion program
On 19 July 2025, Narlikar roared to life in a 1kN hotfire producing brilliant mach diamonds
Every engine has a story. This is where ours began
**The economy doesn't just need more money. It needs faster money.**
Look at any economy and the instinct is to ask: *how much money is there?* I think the better question is: *how fast does value move through it?*
India's UPI is the cleanest proof. It didn't create new rupees — it removed friction. Suddenly millions more transactions happened every day. Same money, far more economic activity.
A caveat, because precision matters: this isn't quite the textbook "velocity of money" (high velocity can also just mean inflation). What I'm really talking about is the velocity of *transactions* and *technology* — how fast useful things actually move and get deployed. That's where friction is the enemy and standardization is the lever.
Now point that lens at technology companies.
Most see themselves as product businesses: input, process, output. The ones that multiply economic activity think like platforms — they develop a core technology and deploy it across many industries through standardized interfaces. Software learned this decades ago. APIs, modularity, open standards: that's why the internet unlocked so much.
Physical technology hasn't had that moment. And here's the honest part — it's harder, which is exactly why it matters.
A software API fully hides what's underneath. In hardware, physics leaks through every interface: heat, vibration, materials, certification. So some integration cost is irreducible. You'll never get true plug-and-play across industries. But you can get *close* — not by pretending the physics is the problem (combustion and fluid dynamics already share a universal language), but by standardizing the layer that actually creates friction: the engineering and qualification interface. How a component is specified, tested, certified, and integrated.
Get that right, and the same core innovation can move from aerospace to pharma to industrial systems. Talent stays productive across applications instead of dying out with one product cycle. Knowledge compounds.
The companies that crack this in hard tech won't just build better products. They'll become multipliers — for their ecosystems, and for the economy.
That's the bet we're making!