Tag Archives: visualizations

WHAT ARE SOME EXAMPLES OF THE VISUALIZATIONS THAT CAN BE GENERATED IN THE CHURN PREDICTION DASHBOARD

Customer churn or customer attrition refers to the loss of customers or subscribers for a product or service of a business or organization. Visualizing customer data related to churn can help decision-makers gain meaningful insights to develop engagement and retention strategies. Some key visualizations that can beincluded in a churn prediction dashboard include:

Customer churn rate over time (line chart): This line chart shows the monthly or yearly customer churn rates over a period of time. It helps identify trends in the rates of customers leaving the business. The dashboard can allow selecting different cohorts or customer segments to compare their churn rates. This chart is often one of the first graphs seen on a churn dashboard to give an overview of how churn has changed.

Customer retention rate over time (line chart): Similar to the above chart, this line shows the retention rates of customers (customers who have not churned) over monthly or yearly intervals. It provides an alternative view of how well the business is retaining customers. Both retention and churn charts together give management a holistic view of customer loyalty patterns.

Customer churn by acquisition cohort (horizontal bar chart): This chart segments customers based on the year or time period they were acquired. It shows the churn rate of each acquisition cohort side by side in an easy to compare manner. It can help identify if older customers have higher churn or if certain acquisition periods were more successful at retaining customers. Making informed decisions about re-engaging past cohorts can help reduce churn.

Customer churn by subscription/plan type (pie or donut chart): When the business has multiple subscription or plan types for the product or service, this chart shows the distribution of customers who have churned according to their subscription type. It helps understand if particular plan types have inherently higher churn or if there are engagement issues for customers on specific plans.

Customer churn by various attributes (table or datasource filter): This interactive filtering view shows churn counts and rates according to various customer attributes like industry, region, size of business, etc. Management can select these filters to drill down and understand how churn varies according to different customer profile properties. Insights from this help create churn reduction strategies targeted at specific customer segments.

Customer behavior over time by churn status (dual line chart): This chart compares behavioral metrics of customers who churned (lines in red) versus those who were retained (lines in blue) over a period leading up to their churn/retention time. Behavioral metrics can include usage frequency, purchases made, support requests, etc. This visualization is very effective in identifying differences in engagement patterns between the two customer groups that can be monitored on an ongoing basis.

At risk customers (gauge or meter chart): This view depicts the count or percentage of customers identified as ‘at risk’ of churning by the prediction model in the near future (say 3-6 months). Seeing this number change over time helps assess the effectiveness of any new retention programs or incentives in keeping at-risk customers from real churn. Reducing this number remains a key measure of success.

Prediction accuracy over time (line chart): As the prediction model is retrained over time on new customer behavior data, this chart indicates how accurate it has become at identifying churners vs retainers. A rising blue line showing an increased percentage is ideal. Tracking model accuracy helps confirm it is learning as intended from ongoing customer interactions and past churn behavior.

These are some of the effective visualizations that can be incorporated into an insightful churn prediction dashboard. Proper filters and crosstabs need to be provided to allow drilling down and comparing across different sub-segments of the customer base. With regular monitoring and refinement, such a dashboard becomes a valuable management reporting solution for reducing churn. Key decisions around retention best practices, high-risk customers, acquisition campaign effectiveness and prediction model performance can all be made more data-driven with these visual analytics.

HOW CAN I UTILIZE GITHUB PAGES TO PUBLISH INTERACTIVE DATA VISUALIZATIONS OR REPORTS

GitHub Pages is a static site hosting service that allows users to host websites directly from GitHub repositories. It is commonly used to host single-page applications, personal portfolios, project documentation sites, and more. GitHub Pages is especially well-suited for publishing interactive data visualizations and reports for a few key reasons:

GitHub Pages sites are automatically rebuilt whenever updates are pushed to the repository. This makes it very simple to continuously deploy the latest versions of visualizations and reports without needing to manually redeploy them.

Sites hosted on GitHub Pages can be configured as github.io user or project pages that are served from GitHub’s global CDN, resulting in fast load times worldwide. This is important for ensuring interactive visualizations and dashboard loads quickly for users.

GitHub Pages supports hosting static sites generated with popular frameworks and libraries like Jekyll, Hugo, Vue, React, Angular, and more. This allows building visually-rich and highly interactive experiences using modern techniques while still taking advantage of GitHub Pages deployment.

Visualizations and reports hosted on GitHub Pages can integrate with other GitHub features and services. For example, embed visuals directly in README files, link to pages from wikis, trigger deploys from continuous integration workflows, and more.

To get started publishing data visualizations and reports on GitHub Pages, the basic workflow involves:

Choose a GitHub repository to house the site source code and content. Typically a dedicated username.github.io or projectname.github.io repository is used for github.io pages.

Set up the repository with the proper configuration files and site structure for your chosen framework (if using a static site generator). Common options are Jekyll, Hugo, or just plain HTML/CSS/JS.

Add your visualization code, data, and presentation pages. Popular options for building visuals include D3.js, Highcharts, Plotly, Leaflet, and others. Data can be directly embedded or loaded via REST APIs.

Configure GitHub Actions (or other CI) to trigger automated builds and deploys on code pushes. Common actions include building static sites, running tests, and deploying to the gh-pages branch.

Publish the site by pushing code to GitHub. GitHub Pages will rebuild and serve the site from the root repository or gh-pages branch. By default, it will be available at https://username.github.io/repository.

Once the basic site is setup, additional features like dashboards, dynamic filters, interactive reports and more can be built on top. Common approaches include:

Build single page apps with frameworks like React or Vue that allow rich interactivity while still utilizing GitHub Pages static hosting. Code is bundled for fast delivery.

Use a server-side rendering framework like Next.js to pre-render pages for SEO while still supporting interactivity. APIs fetch additional data on demand.

Embed visualizations built with libraries like D3, Highcharts or Plotly directly into site pages for a balance of static hosting and rich visualization features out of the box.

Store data and configuration options externally in a database, file storage or API to support highly dynamic/parameterized visuals and reports. Fetch and render data on the client.

Implement flexible UI components like collapsible filters, form builders, cross-filters and more using a library like React or directly with vanilla JS/CSS for highly customizable experiences.

Integrate with other GitHub features and services like wikis for documentation, GitHub Actions for deployments and hosting data/models, GitHub Discussions for feedback/support and more.

Consider accessibility, internationalization support and progressive enhancement to ensure a quality experience for all users. Validate designs using Lighthouse and other tools.

Add analytics using services like Google Analytics to understand usage patterns and room for improvement. Consider privacy as well.

GitHub Pages provides a very flexible, highly scalable and cost effective platform for deploying production-ready interactive data visualizations, reports and other sites at global scale. With the right technologies and design patterns, extremely rich and dynamic experiences can be created while still utilizing GitHub Pages hosting capabilities and leveraging other GitHub platform features.