Can blockchain scale without breaking the promise of decentralization? Waterfall Network argues yes, leaving the blockchain linear model behind him. In July 2024, Waterfall Network introduced to the main market and joined the brief list of layers 1 protocols, which depart from the conventional blockchain architecture. In its latest report, Cointelegraph Research is investigating architecture and Walidator Waterfall Network to assess whether it can become a balanced, alternative basic layer.
The full Cointelegraph research report on the waterfall includes the role of validators, DAG propagation mechanics and an ecosystem review. Download the full report here
DAG architecture and why this is essential for blockchain scaling
Waterfall Network is a layer-1 protocol that implements the targeted acyclic chart (DAG) as a fundamental book. DAG is a non -linear data structure that arranges blocks as vertices on a targeted chart.
Each fresh block or transaction refers to one or more earlier blocks. This eliminates the requirement of global sequencing when the transaction is created. Instead of a single arranged chain, the book evolves as a simultaneous chart of connected blocks, growing in many directions.
Unlike previous DAG systems, Waterfall does not fully reject the linear order. Instead, it separates concerns about two subsystems: the Shard network and the coordinating network.
The shards network has a DAG structure and scales horizontally with hierarchical fractal shards. Each shards can divide into smaller sub -subprograms, because demand is growing and transactions can be served independently. However, all shards ultimately synchronize with a common global condition. The coordinating network finalizes DAG transactions by choosing spine blocks and placing them in a sequence to ensure the consistency of the entire network. This allows the transaction processing in parallel, while maintaining the global condition without overloading any part of the network.
Waterfall’s Walidator and TPS
During a comparative test ChainsThe waterfall reached maximum capacity 12 777 TPS. This exceeds the rapid competitors based on EVM, such as Monad and Sei. His Validator frames supports up to 1.5 million participants. Starting the validator also requires only 2-core processors and 8 GB of RAM, well below the node requirements for most high-performance chains. This allows featherlight equipment for network and avoid centralization.
The full Cointelegraph research report on the waterfall includes the role of validators, DAG propagation mechanics and an ecosystem review. Download the full report here
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