zkSync x Dysnix Case Study

Meet zkSync

zkSync is a Layer 2 scaling solution for the Ethereum that leverages zero-knowledge proofs (zk-Rollups) to address Ethereum's scalability limitations. Launched in 2020, it bundles multiple transactions into a single proof for validation on Ethereum. This significantly reduces transaction fees and speeds up transaction processing.
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zkSync's core functionality relies on zero-knowledge proofs, ensuring security without compromising user privacy. Let's examine how Dysnix created a scalable infrastructure for this project.

Our solutions be like

Before

Idea of the zk-powered product

Request for scalability and cost-efficiency

Requirement for a high load handling

Security concerns

After

Multiple server clusters powered by Kubernetes that scale according to business metrics

The validating core—for off-chain packing of the unlimited flow of transactions

Secure connections with the applications and the blockchain

Solutions implemented by Dysnix

Web3 DevOps as a Service

Delegate any blockchain infrastructure issues to our Web3 experts

GCP-based infrastructure

Using the spot instances that will be used only for a short time and get terminated

Simple scaling solution

Solid math model that fit all possible scenarios

S3 protocol on GCP Object Storage

We broke through the 60 GB/sec limitation and increased the speed of the new node launch

Personal opinion to share

The versatility of this computing method makes it available for all blockchain participants and solves many uncertainties, making grey zones more reliable and transparent. And even if it’s super-complex at first glance, it brings the breakthrough in functionality and efficiency of many Web3 or blockchain-powered projects. If appropriately implemented, the ZKP method may bring sufficient change to humanity's social, financial, and political life.