Zeeve Integrates Validator Node Support for Lisk Network 
Picture of Zeeve Team
Zeeve Team
Single New Blog Page
Single New Blog Page
lisk banner

Users can now easily deploy a Link validator node via Zeeve’s web3 infrastructure platform for efficient node management and maximized yield while getting the ability to mitigate any performance-related risks. 

Zeeve is thrilled to announce the integration of white-label Lisk validator nodes on the Zeeve platform. Institutions and blockchain investors can now deploy validator nodes on the Lisk blockchain ecosystem in minutes without coding. 

Lisk is an open-source, proof-of-stake blockchain platform built to improve web3 accessibility for developers and enterprises worldwide. The network achieves consensus through the Proof-of-Stake consensus algorithm, which makes the ecosystem exceptionally secure and energy-efficient. PoS further provides additional security to the network and makes it environmentally safe.

By extending the node support to the Lisk Network, Zeeve makes it easier than ever for institutions and investors to run their validators securely on the platform’s easy-to-use and intuitive node management interface. Thus, Zeeve enables investors to boost their staking yield capacity as validators and contribute to strengthening the decentralization and security aspects. 

Lisk: Improving the Current State of Web3 for Greater Accessibility 

Lisk Blockchain is a permissionless blockchain platform built to provide developers with an easy path to transit to the web3 space, allowing them to build futuristic decentralized applications. To do this, the ecosystem offers Javascript-based SDKs for launching dApps and Lisk-compatible blockchains. Lisk believes in facilitating infinite customization through the network. Each application on Lisk can have a separate blockchain, a unique consensus mechanism, and native tokens. All these blockchains are by default compatible with the Lisk, which boosts the interoperability attributes of the network for establishing a multi-chain future.

The platform adopts a novel architecture that separates the ecosystem into two layers: the base chain and various sidechains. The base chain is Lisk’s backbone for maintaining unparalleled security while maintaining the consensus mechanism. Meanwhile, the side chains enable the creation of new blockchain projects for custom web3 applications with a different consensus algorithm, ecosystem rules, and logic. This modular architecture enhances the network’s flexibility, scalability, and customization abilities, making Lisk a highly feasible blockchain platform for innovation in the web3 domain. 

Lisk utilizes delegated proof-of-stake (DPoS) consensus, appointing 101 active +2 stand-by delegates. While delegates are required to stake LSK tokens to participate in the consensus, the top 101 delegates are shortlisted based on the vote weight that users cast in their favor. Active validators are authorized to process the transactions, validate the blocks, and forge a new block before the process starts again. Further, two stand-by delegates are selected randomly to forge a new block during each block round. Lisk provides 1 LSK token per block as a reward to these delegates. All these features make Lisk a compelling proof-of-stake blockchain for investors and investors to make the most of their validator profession. 

Zeeve: The Ideal Platform for Lisk Validator Nodes 

Make the most from your validator nodes with Zeeve’s enterprise-grade staking infrastructure designed to streamline node deployment and maintenance on Lisk. Learn what Zeeve has to offer for Lisk staking nodes:

Secure validator nodes

Zeeve allows anyone, investors, and investors to run their white-labeled Lisk validator nodes with next-level security monitoring. We cater to all your node requirements, ensuring your staking node remains online, synchronized, and up-to-date with excellent uptime. Users can stake confidently with Zeeve-managed validator nodes deployed and maintained by web3 infrastructure experts. 

Non-custodial Staking

We at Zeeve put privacy and security first with our non-custodial staking platform built to grant complete ownership of funds, keys, alongside confidential data to the users. Validators control their staking nodes while our node infrastructure experts continue to maintain and improve the underlying infrastructure. 

Institutional-Grade Node Infrastructure

Our node deployment infrastructure is optimized to maintain the highest standard uptime, availability, dependability, and data accuracy for all your validator nodes. We ensure your node remains active forever with no latency, network slashing, and performance-related risks. Additionally, Zeeve’s proprietary deployment architecture facilitates cost and effort-efficient node performance. 

Vital Analytics & 24*7 Monitoring 

Zeeve provides 24*7 dedicated monitoring for your validator nodes, cloud resources, and logs. Users can access the Lisk-specific staking parameters and node performance metrics on our graphical dashboard, integrated with proactive alerts and notifications abilities.  

About Zeeve

Zeeve is the leading Web3 infrastructure provider, offering enterprise-grade web3 infrastructure, including full nodes and staking infrastructure for 40+ Blockchain protocols. Zeeve’s robust and reliable Web3 infrastructure platform has won the trust of thousands of Web3 startups and investors across geographies. With 23,000+ developers, 100+ large enterprises, and 4000+ nodes, Zeeve is the preferred developer and staking infrastructure provider for all the popular Blockchain protocols.

Need more information on Lisk Staking Nodes? Want to learn more about how we can help? Connect with us today and see how Zeeve can simplify your Staking node deployment experience.

Share

Recent blogs
Join the Our Largest
community!

Be one of the 15,000+ innovators who
subscribe to our updates.

graphic (1)
Subscribe to Zeeve Newsletter!

Get our latest news, announcements, and other value-packed insights straight to your inbox, join our 30000+ subscribers newsletter.

Please enable JavaScript in your browser to complete this form.
Blog page graphic