Every blockchain says it can scale.
But here’s a question we don’t ask enough...↴
"If millions of users suddenly joined your favorite chain tomorrow… would it survive, or collapse in real time?"
Most people know the answer.
We've seen chains freeze, fees spike, mempools drown, apps halt, and “decentralization” quietly traded for stability.
So I started studying the ones that already faced that test...not in theory, but on a live network.
@MultiversX stood out.
⇛ 4+ years live, 0s downtime
⇛ $0.002 avg fees
⇛ 6s block time
⇛ 30,000+ TPS today, scalable past 100,000
⇛ Runs on standard consumer-grade hardware
⇛ More than 400 dApps already launched on Mainnet
This isn’t just hype, it’s infrastructure quietly proving a point most chains avoid.
Scalability isn’t a claim, it’s a consequence of design.
It’s measured when real users arrive and the network holds steady under load.
In my coming posts, I’ll be breaking down:
⇛ What
@MultiversX is all about (Core Technology, Features, Tools, Ecosystem, and Use Cases)
⇛ Their new governance model and what it means
⇛ Supernova Upgrade Overview
⇛ How adaptive state sharding actually functions in practice
⇛ Why running a global network on everyday machines matters
⇛ The thinking behind sovereign chains & enterprise-grade throughput
⇛ The role
$EGLD plays in keeping this ecosystem secure & aligned
And so much more to come!
If you value real fundamentals and future-proof design, then stay tuned.
And make sure to follow
@MultiversX for recent updates.