Frankfurt , Germany–(Vehement Media  – November 29, 2021) –  Rocket Network, an innovative ecosystem, is preparing to launch its peer-to-peer deflationary cryptocurrency, allowing online payments to be sent directly from one party to another without using an intermediary.

Rocket network is built on the scalable Binance Smart Chain (BSC). The Rocket network has developed a well-structured code architecture that gives the network an excellent feature, deflation, by leveraging the smart chain’s full-fledged environment for developing high-performance decentralized apps. According to their website, Rocket Network is dedicated to developing a crypto asset that can serve as a long-term inflation hedge or a dependable store of value.

Rocket Network also offers fast and low-cost transactions thanks to the Binance Smart Chain (BSC). In addition, the Rocket Network features efficient native dual chain communication optimized for scaling high-performance dApps that require a fast and smooth experience.

Rocket Network employs a system of 21 validators with the Proof of Staked Authority (PoSA) consensus, allowing for excellent transaction speed at a minimal cost. In addition, the proof of Staked Authority enables users to acquire the right to become validators, providing incentives for them to stay in their positions.

The Rocket Network is committed to making RNK coin a “user-centric” token by making it simple to exchange on a volatile market at a low cost. According to their website, the RNK token private sale will end soon, and users can gain early adopter benefits by purchasing the token before it is listed on any exchanges.

The RNK coin is dedicated to realizing its vision of becoming a decentralized traded cryptocurrency in order to help people get out of poverty. The ecosystem is reported to have over 9000 holders looking to capitalize on the massive investment opportunities. The project seems positioned to be a long-term success and a convenient and cost-effective choice for users to make dApp transactions cheaper.

To learn more about this project, visit

Media Contact:
Rocket Network

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