WaterfallPrice

(WATER)

Waterfall is a highly scalable, decentralized Layer 1 protocol designed to support dApps, tokens, and NFTs. It distinguishes itself by utilizing Directed Acyclic Graph (DAG) technology combined with a Proof-of-Stake (PoS) consensus mechanism. Unlike traditional linear blockchains, Waterfall’s BlockDAG architecture allows for parallel block production, which significantly enhances transaction throughput and scalability. Furthermore, the network is fully compatible with the Ethereum Virtual Machine (EVM), enabling developers to easily port their applications from Ethereum while benefiting from higher speeds.

Technically, Waterfall is classified as a BlockDAG rather than a traditional linear blockchain. In a standard blockchain, blocks are added one after another in a single line. In contrast, Waterfall’s DAG technology allows multiple blocks to be produced and processed simultaneously. This parallel structure eliminates the bottlenecks often found in legacy networks, enabling the protocol to handle high transaction volumes. This approach ensures high scalability without compromising the decentralization or security of the network.

To act as a validator and secure the network, users must stake a minimum of 32,000 WATER coins. One of the project’s main goals is to maintain low hardware barriers to encourage decentralization. Recommended specifications include a 2-core CPU, 4 GB of RAM, and a 100 GB SSD. If a validator goes offline, the system implements slashing penalties rather than seizing the entire stake immediately. Therefore, maintaining high uptime via reliable hosting or cloud services is recommended to maximize rewards.

The WATER token uses a flexible economic model to balance network growth and sustainability. Staking rewards are variable; early participants may receive higher yields, which gradually decrease as the number of validators increases to ensure long-term stability. Regarding supply dynamics, the protocol can shift between inflationary and deflationary states. In periods of low activity, it may be inflationary to incentivize validators. However, as network usage grows and hits high transaction thresholds, a burn mechanism is triggered, which can lead to a deflationary supply.

Yes, Waterfall is fully EVM-compatible. This means users can manage their WATER tokens and interact with decentralized applications using familiar tools like MetaMask or other Ethereum-compatible wallets. To connect, users simply need to add the Waterfall Network’s specific RPC settings to their wallet. Additionally, the project supports two-way bridges, which allows for the movement of assets between the Waterfall Network and other major ecosystems. This interoperability ensures that developers and users can easily integrate into the Waterfall ecosystem.

It is important to distinguish Waterfall (WATER)—the Layer 1 infrastructure protocol—from other tokens with similar names, such as "Water Coin," which is a Solana-based meme token. To ensure you are engaging with the correct project, always verify the contract address and look for the stylized blue and white waterfall icon. On platforms like LBank, you can find the official listing for the Waterfall Layer 1 project. Always use official links from the project's documentation or LBank to avoid confusion with unrelated assets.