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Solana dedicated nodes and Base nodes cluster for real-time data analytics and trading: Dysnix x Mizar case study

Solana dedicated nodes and Base nodes cluster for real-time data analytics and trading: Dysnix x Mizar case study

9
min read
Olha Diachuk
June 23, 2025

About the client

Mizar is a leading crypto trading platform that unifies DeFi and CeFi trading by offering advanced automation, free analytics, and powerful copy-trading tools across major exchanges. 

The team’s focus on usability, security, and community-driven innovation positions it as a standout solution for modern crypto traders.

The Mizar’s native $MZR token allows for significant fee reductions, making sophisticated trading accessible and cost-effective for both beginners and professionals.

About the request

Two Base mainnet full nodes and one Solana dedicated RPC node for real-time data analytics, wallet intelligence, and trading optimization on both Base and Solana blockchains.

The client’s background

Mizar uses the nodes for real-time blockchain data analytics and token trading. With features such as on-chain analytics, automated trading bots, and a marketplace for copying top traders, Mizar enables users to optimize their strategies and manage risk efficiently. 

The interface of the Mizar platform

The client’s team ingests every swap, pool creation, add/removal of liquidity, and any other event associated with all the major Solana DEX protocol using gRPC.

“We are collecting data to get real-time prices, swaps, and new pools so that users can trade with accurate and live data.”
—Francesco Ciuci, CEO and Co-Founder at Mizar
The trend graph for a coin on the Mizar platform

The swaps are used for Mizar’s advanced wallet analytics and to build a candlestick chart that updates nearly in real time. The platform analyzes all Solana wallets to find the most profitable ones, and the platform's AI labels each wallet based on their behavior.

Best deal wallet finder interface at Mizar

Finally, Mizar uses swaps and wallet analytics to create advanced, real-time analytics for each token, helping traders find excellent opportunities.

Most popular tokens page at Mizar

All this would not be possible without Dysniх and their engineering solutions.

“I think the Dysnix team is very professional, and the quality of the service they provide is awesome.”
—Francesco Ciuci, CEO and Co-Founder at Mizar

On Base, Mizar relies heavily on JSON-RPC methods, notably:

  • eth_call
  • eth_getLogs
  • eth_getBlockByNumber
  • eth_getTransactionReceipt

These are used to decode contract events and analyze state changes related to DeFi protocols. Mizar handles millions of requests daily, with traffic dynamically scaling during high volatility or new token launches.

For real-time access, the Mizar platform operates a custom log subscription pipeline leveraging WebSocket RPC endpoints and parallel request batching to support high-throughput indexing. They also ingest:

  • Token transfers;
  • Pair creation events;
  • Smart contract calls related to swap routing and on-chain liquidity.

On Solana, Mizar mainly uses getAccountInfo, getTokenAccountBalance, getBlockTime RPC methods. Several calls for getTokenAccountBalance are used by wallet analytics. Additionally, the Yellowstone gRPC is used to obtain live data.

Stable real-time graph presentation from the monitoring dashboard

Technical components of the solution

Cloud provision

Solana nodes require substantial resources, utilizing approximately 80TB of bandwidth per month (40TB inbound + 40TB outbound) and demanding fast, stable uplinks. These requirements, along with frequent memory demands, often make bare metal solutions more attractive than cloud-based options. Cloud computing can become prohibitively expensive when these resource-intensive workloads are involved.

Dysnix experts prioritized ensuring uninterrupted hosting services, avoiding potential terminations due to Terms of Service breaches or other blockchain-unfriendly policies. Rapid hardware replacement is crucial; acquiring new hardware that meets Solana node requirements within 1-2 days can be challenging, potentially leading to downtime from unexpected disconnects.

Our partnership with OVHcloud enables us to offer clients highly efficient servers, providing excellent cost/performance, particularly for Solana nodes. OVHcloud has a proven track record in this area. Furthermore, our direct contact with the OVHcloud team allows us to resolve technical issues quickly.

OVHcloud offers interconnected public cloud and bare metal servers, allowing us to leverage both strengths: the raw power of dedicated bare metal combined with the flexibility of the cloud for the Kubernetes control plane and low-load essentials like monitoring and logging systems.

Dysnix engineers have also mitigated typical bare metal drawbacks, such as lengthy node provisioning times, by implementing strategies like maintaining additional active nodes as a standard workaround.

Base Mainnet full nodes

Mizar uses two Base Mainnet full nodes primarily for data collection and trading-related analytics. They play a critical role in the infrastructure as Mizar processes all DeFi-related activity on Base, including swaps, liquidity events, and smart contract interactions on major protocols.

The system is built for real-time responsiveness, and the Base nodes allow Mizar to capture and process events with low latency, enabling advanced analysis pipelines for token movement, wallet behaviors, and liquidity changes.

Tasks enabled by the Base node cluster

  • Real-time indexing of DEX activity (e.g., swap detection, liquidity events)
  • On-chain data extraction for analytics dashboards
  • Labeling wallets based on on-chain behaviors
  • Execution analysis and trade opportunity generation

Mizar monitors events such as:

  • Swaps;
  • Liquidity provisioning or removal;
  • Contract interactions from popular DEXs and protocols on Base.

These are the foundations for building candlestick charts, wallet performance labels, and opportunity alerts for traders.

The feedback on the Base mainnet full nodes

The performance of the Base nodes has been outstanding. They are:

  • Highly reliable;
  • Responsive under high load;
  • Integrated seamlessly with our monitoring and alerting systems.

The sync speed, request latency, and consistency of log delivery have all met our expectations for production-grade systems.

Solana cluster deployment and data analytics

Schema for Solana cluster deployment by Dysnix

Solana dedicated RPC node deployment

  • Provisioned and maintained a high-performance, dedicated Solana RPC node to support real-time data fetch, ingestion, and trading operations.

Real-time blockchain data collection

  • Enabled the collection of all major Solana DEX events using Yellowstone gRPC for low-latency, high-throughput data streaming. 
  • Integrated Jito’s ShredStream and BloXroute Optimised Feed Relay, bundled with RPC Fast dedicated nodes, Mizar receives DEX events even faster than its competitors.

Advanced data analytics integration

  • Supported Mizar’s analytics engine by providing live data for wallet analysis, token price tracking, and event monitoring, powering features like real-time candlestick charts and wallet profitability labeling with AI.

Optimization and tuning

API optimization

  • Ensured stable and efficient access to Solana’s core RPC methods for wallet analytics and token balance tracking.

Node performance optimization

  • Tuned node components, such as:
    • Multiple NVMe drives configuration for better I/O latency; 
    • CPU governor profile to improve PoH speed; 
    • accountsDB indexes adjustments for sustainable accounts-related requests, performance, and minimal latency;
  • Ensured that trading bots and analytics receive the latest possible data.

Maximized node uptime

  • Maintenance tasks like upgrading the Agave version take approx. 30 mins, including syncing up to the latest slot. 
  • To ensure maximum uptime, our alerting system notifies when a node becomes out of sync with the majority of the network.
  • With the help of our custom healthcheck procedure, the node restarts automatically.

Transaction landing improvements

  • Integrated RPCFast Trader API, which is backed by BloXroute infrastructure, to deliver a high-performant, low-latency RPC endpoint for sending transactions. 
  • Activating features, such as sending transactions to staked validators only or front-running protection, and a balanced mode between both. 

Custom solutions

Custom dashboards

  • Delivered Grafana dashboards for monitoring node health, performance, RPC requests, data flow, and analytics.

Custom in-house reverse proxy solutions

  • Developed an in-house reverse proxy for Yellowstone gRPC, which is capable of handling authentication via RPC Fast control panel. 
  • Improved observability of gRPC requests and streams, as well as errors, volume of requests, and latency. 
  • Load balancing and health checking of gRPC backends.

Technical support & consultancy

  • Provided ongoing support from two dedicated engineers, including consultancy on node application best practices and continuous performance improvements.

Direct speech feedback

“I am very satisfied with the service, the nodes are stable, and we have direct contact with great tech support. Vladyslav and Oleksandr (the tech support team) are very knowledgeable about how to run nodes (not only on Solana), and they provide not only support but also suggestions on how to use the nodes.

Also worth mentioning is that it took just 2-3 days to get the Solana node running from when it was requested.

The gRPC stream is the fastest way to get live data from Solana, and the RPC calls have minimal latency. The dashboard provided by the team to monitor the nodes is really insightful and transparent. I use it every few days to check if everything is running smoothly.”

—Francesco Ciuci, CEO and Co-Founder at Mizar.
Olha Diachuk
Writer at Dysnix
10+ years in tech writing. Trained researcher and tech enthusiast.
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