TPS (Transactions Per Second) in the world of Web3 is power.
Many public chains boast about their speed, but when faced with large-scale applications (like game launches or inscribing inscriptions), they freeze up.
Why? Because they are still using the traditional 'queue accounting' model.
Today's mini-theater will help you understand where Walrus's 'monstrous strength' comes from.
The awkwardness of traditional public chains:
Azure represents the traditional L1 storage method, wearing a headband that says 'EVM', exerting all her strength to charge up, glowing golden (effects of Gas fee burning).
She attempts to 'stuff' a huge file into a block.
Bang! A punch landed on the force measuring machine...
The screen displays: 10 TPS. (An awkward crow flies by.)
This is the current situation: laborious and slow.
Walrus's dimensional reduction attack
Wally represents@Walrus 🦭/acc The agreement was made while he held an ice cream cone (indicating he was completely unfazed).
He didn't need to gather any strength at all; he simply casually extended his little finger (or fin) and lightly flicked the punching ball.
This demonstrates Walrus's core magic—parallel processing. Instead of requiring all nodes on the network to queue for confirmation, it slices the data and distributes it simultaneously.
The numbers are off the charts! The machine exploded instantly! 💥
The numbers skyrocketed, displaying ∞ (infinity).
Azure was blasted into the sky by the massive shockwave and turned into a star.
This is the high performance of Walrus—it doesn't lift heavy weights, it uses algorithms to achieve maximum results with minimal effort.
[Azure Teacher's In-Depth Explanation]
After reading the comic, we need to understand the technical logic behind Walrus:
1. Reject "one-way streets"
Traditional blockchain is like a single-lane road; too many cars will inevitably cause congestion.
Walrus uses two-dimensional erasure coding, which allows data to be split into countless small slices like a flood, flowing simultaneously to tens of thousands of nodes.
This is like turning a single-lane road into a **"omnidirectional highway"**.
2. Why do AI and games need it?
AI training requires processing massive amounts of data, while AAA blockchain games require maps to load in seconds.
These scenarios simply cannot run on Ethereum.
only #WalrusProtocol Only such a high-throughput, low-latency architecture can support large-scale Web3 applications.
3. Don't be underestimated.
Walrus is like a boxing champion who hasn't yet unleashed his full power.
When ecosystem applications begin to explode and a deluge of data floods in, you will see its true explosive power.
At that time, the price of $WAL might also skyrocket, just like that boxing machine.
Summarize:
The era of miracles happening through brute force is over; the era of miracles happening through algorithms has arrived.
Hold on tight$WAL The real show has only just begun.