Building Sub-Second Video Search with Gemini
video-searchgemininextjs

Building Sub-Second Video Search with Gemini

PK

Piyush Kalsariya

Full-Stack Developer & AI Builder

March 24, 2026
6 min read

Introduction

As a full-stack developer, I'm always excited to explore new technologies and features that can enhance user experience. Recently, I stumbled upon Gemini's native video embedding feature, which allows for seamless video integration into web applications. This feature sparked an idea - what if I could build a sub-second video search tool that leverages this feature?

The Challenge

Building a fast and accurate video search tool is a complex task. It requires processing and analyzing large amounts of video data, which can be computationally expensive. To overcome this challenge, I decided to use a combination of technologies, including Next.js, Node.js, and Sanity CMS.

Data Preparation

The first step in building the video search tool was to prepare the data. I used Sanity CMS to store and manage video metadata, such as titles, descriptions, and timestamps. I also used Node.js to process and analyze the video data, extracting relevant information such as keywords and entities.

Indexing and Search

To enable fast and accurate search, I used a combination of indexing and search algorithms. I indexed the video metadata using Sanity CMS's built-in indexing features, and then used a search algorithm to retrieve relevant results. For the search algorithm, I used a graph-based approach, which allowed me to efficiently search and rank video results.

Frontend Integration

Once the backend was set up, I integrated the video search tool into a Next.js frontend application. I used React to build the user interface, which included a search bar, video thumbnails, and a player. To embed the videos, I used Gemini's native video embedding feature, which provided a seamless and fast video playback experience.

Performance Optimization

To achieve sub-second search results, I optimized the application's performance by using caching, lazy loading, and code splitting. I also used TypeScript to ensure that the code was type-safe and maintainable.

Conclusion

In this post, I shared my experience building a sub-second video search tool using Gemini's native video embedding feature. By leveraging a combination of technologies, including Next.js, Node.js, Sanity CMS, and TypeScript, I was able to achieve fast and accurate video search results. The code for this project is available on [GitHub](https://github.com/ssrajadh/sentrysearch), and I hope it inspires you to build your own innovative applications.

Example Use Cases

Some example use cases for this video search tool include:

  • Video analytics: The tool can be used to analyze video data and extract insights, such as viewer engagement and demographics.
  • Content recommendation: The tool can be used to recommend relevant videos to users based on their search history and preferences.
  • Education and training: The tool can be used to create interactive video-based training programs, where users can search and access relevant video content.
``javascript
1// Example code snippet
2import { sanityClient } from '@sanity/client';
3const client = sanityClient({
4  projectId: 'your-project-id',
5  token: 'your-token',
6});
7const query = '*[_type == "video"]';
8client.fetch(query).then((videos) => {
9  console.log(videos);
10});
11```
Tags
#video-search#gemini#nextjs