In Search of Jamstack Search with Dawid Gaweł

Discover the ideal search solution for your JAMstack project, considering performance, scalability, and costs, as we explore pre-generated indexes, build-time indexing, and services like Algolia and Elasticsearch.

Key takeaways
  • In a JAMstack architecture, generating a search index from scratch is not recommended as it can lead to slow performance and high resource consumption.
  • Using pre-generated search indexes, such as Google’s, can be a good starting point, but it has limitations and may not scale well.
  • Building a search index at build time using a tool like Lunar can be a good approach, as it allows for indexing and querying of documents.
  • Using a service like Algolia can provide a scalable and performant search solution, but it may have costs associated with it.
  • Pre-rendering search results pages can be beneficial for SEO and user experience, but it can also lead to increased build times and resource consumption.
  • Using a lambda function to handle search queries can provide a fast and scalable solution, but it may have limitations in terms of query size and resource usage.
  • The ideal search solution will depend on the specific use case and requirements of the project.
  • Some important questions to consider when implementing search functionality include:
    • What is the scope of the search query?
    • How will the search results be presented to the user?
    • How will the search results be filtered and ranked?
    • How will the search functionality be integrated with the rest of the site?
  • Some popular search solutions for JAMstack include Algolia, Elasticsearch, and Google’s search engine.
  • When implementing search functionality, it’s important to consider the trade-offs between performance, scalability, and costs.
  • Pre-caching search results can be beneficial for performance, but it can also lead to increased build times and resource consumption.
  • Using a cache layer, such as Redis, can help to improve the performance of search queries.
  • Implementing search functionality requires careful consideration of the query size, resource usage, and scalability requirements.