Waterfall Network: A Revolutionary Approach to Blockchain Scalability That Will Blow Your Mind
it’s got some tricks up its sleeve.
The full CryptoMoon Research report on Waterfall includes validator roles, DAG propagation mechanics, and ecosystem overview. Download the full report here
DAG Architecture and Why It Matters for Blockchain Scaling
Waterfall Network is a layer-1 protocol that doesn’t just play it safe with a boring old linear blockchain. No, it’s way cooler: it uses a Directed Acyclic Graph (DAG). Sounds fancy, right? It is. A DAG is a data structure that doesn’t bother with a straight line of blocks. Instead, blocks are like vertices in a directed graph, all interlinking in beautiful chaos.
Each new block or transaction references one or more older blocks, which means no need to waste time sequencing everything globally. Instead of a single ordered chain, the ledger develops as a lively, multi-directional web of interconnected blocks. A beautiful mess, if you will.
But wait, Waterfall’s not just throwing away order completely. Nope, it smartly separates things into two subsystems: the Shard Network and the Coordinating Network. It’s like splitting your homework into manageable tasks and asking someone else to do the boring parts. Well, maybe not exactly like that… but close.
The Shard Network is where the DAG magic happens. It scales horizontally, using something called hierarchical fractal sharding. Essentially, shards can split into subshards, allowing the network to handle a lot of transactions without crashing. But no worries, everything syncs up in the end, so nothing gets lost. The Coordinating Network is the one that takes care of finalizing transactions by selecting spine blocks and arranging them into a coherent order. It’s like the network’s final boss.
Waterfall’s Validator Design and TPS
In the world of performance benchmarks, Waterfall does not disappoint. During a test by Chainspect, it reached a mind-blowing 12,777 transactions per second (TPS). That’s more than the speed demons in the EVM-based blockchain world like Monad and SEI. And it doesn’t stop there! Waterfall’s validator framework can handle up to 1.5 million participants. That’s right, millions. And all this power doesn’t need fancy high-performance hardware. Running a validator on a mere 2-core CPU with 8GB of RAM? Totally doable. It’s a democratized blockchain party where anyone can join without requiring a NASA-worthy computer setup. How cool is that?
The full CryptoMoon Research report on Waterfall includes validator roles, DAG propagation mechanics, and ecosystem overview. Download the full report here
This article is for general information purposes and should not be mistaken for legal or investment advice. The views, thoughts, and opinions expressed here are entirely those of the author and may or may not reflect the views of CryptoMoon.
CryptoMoon does not endorse the content of this article or any product mentioned within. Readers are encouraged to do their own research before making any decisions related to products or companies mentioned. Do you own research, people!
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2025-07-16 17:25