UX Analytics in Web3

Maximizing Web3 Adoption with Effective UX Analytics

While improving our web3 products, we also need to keep the users in mind. Yes we do provide solutions to their needs, but do we provide them with good experience?

Published on February 20, 2023

Mehmet Avci
Mehmet Avci


The current era can be referred to as the “web3 adoption” period, which is characterized by the efforts to create a seamless transition from web2 to web3. Through ongoing discussions and product testing, we can drive positive changes and advancements that will shape the future of web3. One of the most critical factors for success will be maximizing the user experience, as users will only embrace the new technology if they have a convenient and comfortable experience.

Today’s question is “How can we improve user experience in web3?”

Please join us for an in-depth discussion on how we can enhance the UX tools for web3.

User experience analytics has always been a must-have tool for businesses that want to understand how their customers engage with their website, application, or product. Basically, UX analytics involves collecting and studying user behavior data to reveal insights about a website’s design, function, and content. This helps businesses to enhance their user experience.

To begin, it would be suitable to review the fundamental UX metrics.

A range of data points, including the ones listed below, can be analyzed using UX analytics tools:

  • Rage clicks: Measures the number of times a user repeatedly clicks on an element, which may indicate frustration or confusion with the design or functionality.
  • Dead clicks: Measures the number of times a user clicks on an element that doesn’t perform any action, which can be a sign of poor design or functionality.
  • Error clicks: Measures the number of times a user clicks on an element that leads to an error or failure, which can help identify bugs or technical issues.
  • Mouse shakes: Measures the number of times a user rapidly moves their mouse back and forth, which may indicate frustration or confusion with the user experience.
  • Scroll: Measures how far down a user scrolls on a page, which can help identify what content is most engaging to users.
  • Scroll depth: Measures the average depth of a user’s scroll, which can help identify how far down the page users are willing to go.
  • Time on page: Measures how long a user stays on a page before leaving, which can help identify engaging and valuable content.
  • RFM Calculation: Calculates the value of each variable in an RFM analysis (recency, frequency, and monetary value) to help identify the most valuable customers.
  • Churn rate: Measures the percentage of users who stop using a product or service, which can help identify areas for improvement in user experience.
  • Lifetime value (LTV): Estimates the total value a customer will bring to a business over their lifetime, which can help identify and target high-value customers.
  • Bounce rate: Measures the percentage of users who leave a site after viewing only one page, which can help identify user engagement and the effectiveness of website design.

By examining these metrics, you can understand user behavior, identify opportunities for potential improvement, and make data-driven decisions to enhance the user experience.

UX analytics tools must also have various features to help businesses analyze and optimize their user experience. Now we can look at the key features a UX analytics tool should have to ensure optimum performance:

  • A/B Testing: Test changes in production using an experimentation suite that makes it easy to track and analyze the results of different variations in user experience.
  • Heatmap: Visualize user behavior by tracking clicks and interactions with different elements of your website or product, which can help identify what features or content are most engaging to users.
  • Setting alarm: Set up notifications or alerts for specific events or user behavior, which can help you stay informed and respond quickly to issues or opportunities.
  • Session recording: Record user sessions to diagnose UI issues, improve customer support, and gain insights into user behavior and preferences.
  • Segmentation: Analyze user behavior and engagement patterns by segmenting your audience according to various criteria, such as location, device type, demographics, and more. This can help you identify trends and opportunities for improving the user experience.

While web2 approaches and tools are important for analyzing user behavior on web3 platforms, it’s also crucial to incorporate new web3-specific metrics to fully understand the user experience in this emerging ecosystem.

As web3 technology and user behavior continue to evolve, businesses must adapt their UX analytics tools accordingly to effectively measure engagement, identify pain points, and optimize the user experience.

By utilizing both traditional web2 metrics and innovative web3-specific metrics, companies can gain a comprehensive understanding of their users and create more effective strategies to drive adoption and growth in the web3 landscape. Some examples are:

  • Wallet connection rate: This web3-native metric measures the percentage of users who successfully connect their wallet to a web3 application or platform. A high wallet connection rate implies a user-friendly and intuitive UX. Low rates suggest confusion or complexity, making wallet connections difficult for users.
  • Transaction success rate: Measures the percentage of transactions that are successfully executed on the blockchain without any errors or issues. A high transaction success rate is indicative of a reliable and stable platform, where users can confidently execute their transactions without fear of losing their funds or encountering other errors.
  • Mint rate: Measures the percentage of successful token minting requests made by users. The mint rate measures efficiency and reliability. A high mint rate indicates the platform can handle many requests without errors or delays.
  • Gas usage rate: Measures the amount of gas (transaction fees) that users are required to pay for each transaction on the blockchain. Gas usage affects cost, speed, and user experience. High usage implies inefficiency or expense, while low usage makes transactions more affordable and accessible.
  • Average time to transaction execution: Measures transaction speed on the blockchain. A low time indicates a fast and efficient platform, while a high time can frustrate users and imply congestion.

By leveraging these metrics, you can identify areas for improvement, such as unused features or user pain points. This information can then be used to optimize your website or application and enhance the overall user experience.

It is important to regularly analyze these metrics and make continuous improvements to keep users engaged and satisfied.

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