I shared with some friends how I made this video in one day.
Not gatekeeping the secret.
Just vibes + an AI tool called @LTXStudio.
(No referral link… I wish they had one lol)
Here’s exactly how I did it 👇
To understand Katana, you need to know how DeFi broke.
"A Brief History of DeFi" by @katana & @SushiSwap- a 2-min story of food, failure, and the fight to revive a never-ending DeFi summer.
🍣⚔️ Watch now ⬇️ sound on 🔊
#DeFi
Stop overprovisioning! Reports indicate that orgs are wasting 24% of their annual cloud spend due to overprovisioning and poor management.
There's no reason for this. Try Nirvana - enterprise-grade performance, purpose-built infrastructure, pay only for what you use. Zero waste.
🇭🇰 In Hong Kong for Consensus week?
Let’s talk performance-first Web3 infrastructure, real workloads, and how to increase speed for what you are building.
📅 Book time with our team 👇
https://t.co/Z9TMNQN944
Someone asked us, “How can a cloud be built for Web3?”
Short answer:
Traditional cloud optimizes for shared SaaS workloads.
The more users sharing infra, the better the business.
Works for SaaS. Breaks down for Web3. Why?
Because tenancy = latency.
And Web3 is latency-sensitive.
Web3 doesn’t need more room in a traditional cloud.
It needs a cloud built for it.
💻 Dedicated hardware
🌐 Node-level colocation: Compute, storage, and RPC together
⏱️ Latency eliminated by design, not tuning
💳 No provisioned or credit-based pricing
Result: better performance + 30–90% lower cloud bills.
👉 https://t.co/KPoxdqjU8d
@CodeByNZ Free (very basic) feng shui take
Don’t place the bed head on the door wallor right at the entrance, it disrupts sleep & chi. Not under windows too.
1 works best: bed against a solid wall = better luck, support, stability.
Bonus: No need to climb over your bed to open a window.
1/ Real-time indexing pushes infrastructure to its limits.
Compared to when blockchain was born, today’s chains produce more data, faster blocks and heavier traces; generic clouds weren’t built for that workload.
@goldskyio solves it with Nirvana.
📘 Full case study 👇
Node-level colocation: the key to Web3 performance.
Traditional cloud puts workloads here, RPC puts nodes there, adding delays.
Nirvana Labs solves this by bringing the two together: run workloads next to your nodes.
Results? Ultra-low latency. Fast executions. Happy users.