Leveraging the Infura Dashboard for Project Analytics
Published: 2023-05-17 18:21:07




Infura equips developers with a comprehensive dashboard that provides invaluable insights and statistics. This article will give an overview of each component of the Infura dashboard, highlighting the data they represent and demonstrating how leveraging this information can optimize project efficiency and performance.

**1. Requests Volume:**
The Requests Volume component on the dashboard showcases the total volume of requests sent to Infura within the selected time period. This metric provides a comprehensive overview of your project's demand and usage patterns. Look for patterns, spikes, or dips in request volumes. Compare the volume data across different time periods to identify growth trends, seasonal fluctuations, or sudden changes that may require further investigation.

![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/5kk365hfpowi8x7n0njg.png)


**2. Network Requests Volume:**
The Network Requests Volume component reveals the breakdown of aggregate request volumes for the top five networks utilized in your project. This granular data offers insights into the specific networks experiencing the highest traffic. By understanding the demand distribution across different networks, you can identify potential performance issues, or congestion allowing you to optimize network selection or allocate additional resources strategically. The Infura Dashboard also monitors network outages and can be checked at [status.infura.io](url)

![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/ues3vjfs0srpespem5mr.png)


**3. Method Request Volumes:**
The Method Request Volumes component provides a detailed breakdown of the aggregate request volumes for the top five methods used on each network within your project. This data allows you to delve into the most frequently utilized methods. By closely monitoring these volumes, you can gain insights into usage patterns, optimize code and gas consumption for commonly used methods, and even explore opportunities for cost reduction and transaction efficiency.


![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/puijcm96xewwqw98ivxp.png)



**4. Requests Activity:**
The Requests Activity component presents a comprehensive breakdown of the total request volumes, successful requests, and failed requests based on networks and methods used within your project. This information is crucial for monitoring the health and performance of your dapp. By having insight into failed requests, you can promptly spot any potential issues. This real-time feedback enables you to take proactive measures to rectify errors, optimize performance, and deliver a seamless user experience.

![Image description](https://dev-to-uploads.s3.amazonaws.com/uploads/articles/s41racfv4lcucbjmxzuy.png)


**5. Eth_call Activity:**
Eth_call Activity component focuses on the eth_call method, which serves as the primary means to access already mined data from the blockchain about a particular smart contract. Analyzing eth_call activity can provide deeper insights into the requests youre making to the blockchain, integrate external data and monitor contract interactions. Identify the frequency and nature of these interactions This empowers you to make informed decision and optimize the performance and security of your dapp. 

**How to put this data to work:**

- Optimization: Analyze the data from Requests Volume, Method Request Volumes, and Network Requests Volume to identify performance bottlenecks, optimize code, and allocate resources effectively, resulting in improved project responsiveness.
- Scalability: Utilize Requests Volume to plan for peak usage periods and ensure your project can scale seamlessly to meet increased demand, guaranteeing a consistently smooth user experience.
- Error Handling: Monitor Requests Activity to identify failed requests and take prompt action to diagnose and rectify errors, minimizing disruptions and optimizing project reliability.
- Cost Optimization: Analyze Method Request Volumes to optimize gas consumption, transaction costs, and identify areas for efficiency improvement, resulting in cost savings for your project.
- Network Selection: Utilize Network Requests Volume to make informed decisions when selecting networks, ensuring optimal performance, and minimizing potential network-related issues.


Infura's dashboard provides developers with many insights into project performance and usage patterns. By leveraging the data available in your dashboard, you can make informed decisions, optimize performance, and scale your decentralized application.