Introduction
Modern web development demands architectures that deliver speed, security, and scalability without the complexity of traditional server-side infrastructure. Jamstack has emerged as a powerful paradigm that pre-renders static content at build time while leveraging APIs for dynamic functionality. When combined with Tigris--a developer data platform providing Firebase-like capabilities--teams can build sophisticated applications faster than ever before.
This guide walks you through creating a complete Jamstack application with Tigris, covering everything from initial project setup through production deployment. Whether you're building a startup MVP, an enterprise portal, or a content-rich platform, understanding how to effectively integrate Tigris with your Jamstack frontend will transform how you approach web development. Our web development services team has deep experience architecting modern applications that scale.
As explained in Jamstack architecture documentation, the three pillars of JavaScript, APIs, and Markup combine to create experiences that are both performant and maintainable. Tigris serves as the API layer that provides backend capabilities without requiring traditional server management.
Core capabilities that make Tigris an excellent choice for modern web applications
Real-Time Database
Tigris provides a document database with real-time subscriptions, enabling live data synchronization across all connected clients automatically.
Full-Text Search
Built-in search capabilities with faceted filtering, relevance scoring, and support for complex queries without additional infrastructure.
Authentication
Complete user management system supporting email/password, social providers, and custom authentication flows with secure session handling.
Type Safety
First-class TypeScript support with generated types from your schema, ensuring compile-time safety across your entire application.
Getting Started with Tigris
Setting up Tigris for your Jamstack project involves creating an account, initializing your project, and configuring the client SDK. The platform provides a generous free tier that lets you explore all capabilities without immediate commitment.
Creating Your Tigris Project
Begin by signing up for a Tigris account through their web console. The dashboard presents a clean interface for managing your projects, collections, and API keys. Each project acts as an isolated environment with its own data and configurations.
After project creation, you'll receive API keys that authenticate your application requests. Store these securely in environment variables--never commit them to version control. The SDK reads these values at initialization and establishes the connection to your Tigris backend.
Installing the SDK
Tigris provides official SDK packages for JavaScript and TypeScript applications. Install the core package along with any framework-specific integrations you need. For Next.js projects, you'll typically want both the core SDK and React hooks that simplify data access patterns. If you're exploring backend-as-a-service options beyond Tigris, our AI automation services team can help you evaluate the right platform for your specific requirements.
The initialization process creates a configured client instance that your components can import and use throughout your application. This client manages connection state, handles reconnection, and provides access to all Tigris services.
1import { Tigris } from '@tigrisdata/core';2 3const tigris = new Tigris({4 clientId: process.env.TIGRIS_CLIENT_ID,5 projectId: process.env.TIGRIS_PROJECT_ID,6 apiKey: process.env.TIGRIS_API_KEY7});8 9// Access your database and collections10const db = tigris.getDatabase();11export default tigris;Defining Your Data Schema
Tigris uses a document model that combines the flexibility of NoSQL databases with the structure of schema definitions. You define collections that specify field types, constraints, and indexing strategies, giving you both schema guidance and schema flexibility.
Collection Configuration
Collections in Tigris represent logical groupings of related documents. When defining a collection, you specify the fields it contains and their types. Tigris supports common types including strings, numbers, booleans, arrays, and nested objects. You can also define which fields should be indexed for faster queries.
The schema-as-code approach means your database structure lives alongside your application code. This practice improves maintainability, enables version control for schema changes, and supports collaboration across distributed teams. When you modify your schema, Tigris handles the migration automatically.
TypeScript Integration
One of Tigris's most powerful features is automatic TypeScript type generation. Based on your collection definitions, Tigris generates TypeScript interfaces that represent your documents. This integration means your database schema and your type definitions stay synchronized automatically, eliminating an entire category of type-related bugs.
1import {2 TigrisCollectionType,3 TigrisIndex,4 FieldType,5 TigrisDataTypes6} from '@tigrisdata/core';7 8// Define the schema for a 'users' collection9export interface User extends TigrisCollectionType {10 id: string;11 email: string;12 name: string;13 avatarUrl?: string;14 createdAt: Date;15 lastLogin?: Date;16}17 18// Define searchable indexes for efficient queries19export const UserByEmailIndex = {20 name: 'user_email_idx',21 fields: [22 { name: 'email', type: FieldType.STRING }23 ]24} as const;25 26export const UserByNameIndex = {27 name: 'user_name_idx',28 fields: [29 { name: 'name', type: FieldType.STRING }30 ]31} as const;Building the Frontend
Your Jamstack frontend serves as the presentation layer, communicating with Tigris through API calls for all data operations. Modern frameworks like Next.js integrate naturally with Tigris, supporting both server-side rendering for initial page loads and client-side hydration for interactivity.
Data Fetching Patterns
The recommended approach depends on your rendering strategy. For static pages that don't change frequently, fetch data during the build process and bake it into your pre-rendered HTML. For dynamic content that changes frequently, use server-side rendering or client-side fetching with client-side hydration.
Server components in Next.js can query Tigris directly during rendering, keeping sensitive operations on the server while delivering fully-formed HTML to the browser. This pattern provides excellent performance while maintaining security for operations that require elevated permissions. Performance optimization plays a critical role in user experience and SEO--our SEO services team can help ensure your Jamstack application ranks well in search results.
Managing State and Real-Time Updates
Tigris's real-time subscriptions let your application reflect data changes instantly without polling. When a user creates, updates, or deletes a document, all connected clients receive the change notification automatically. This capability enables collaborative features, live dashboards, and responsive user interfaces.
Implementing real-time updates involves setting up subscription listeners that react to events. Each listener receives the document that changed, along with metadata about the operation type. Your UI components update their local state, triggering re-renders that reflect the new data.
1import { getTigrisDb } from '@/lib/tigris';2import { User } from '@/types/database';3 4export async function getUser(userId: string): Promise<User | null> {5 const db = getTigrisDb();6 const usersCollection = db.getCollection<User>('users');7 8 const cursor = await usersCollection.findOne({9 filter: { id: userId }10 });11 12 return cursor;13}14 15export async function getUsers(): Promise<User[]> {16 const db = getTigrisDb();17 const usersCollection = db.getCollection<User>('users');18 19 const cursor = await usersCollection.findMany({20 sort: { field: 'createdAt', order: 'desc' }21 });22 23 return cursor.toArray();24}Implementing Real-Time Subscriptions
The real-time subscription system lets you listen for changes to specific collections or filtered subsets of documents. When data changes match your subscription criteria, Tigris pushes the update to all connected clients subscribed to that collection.
Building real-time features requires managing subscription lifecycle carefully. Subscribe when components mount, unsubscribe when they unmount, and handle reconnection scenarios gracefully. The SDK manages most of this complexity, but your code should account for connection state changes.
Consider the user experience implications of real-time updates. Too many updates can overwhelm users, so implement throttling, debouncing, or batching where appropriate. Visual indicators like subtle animations or status badges help users understand when data is changing.
1import { useEffect, useState } from 'react';2import { getTigrisDb } from '@/lib/tigris';3import { User } from '@/types/database';4 5export function useRealtimeUsers() {6 const [users, setUsers] = useState<User[]>([]);7 const [isLoading, setIsLoading] = useState(true);8 9 useEffect(() => {10 const db = getTigrisDb();11 const usersCollection = db.getCollection<User>('users');12 13 // Initial fetch14 usersCollection.findMany({})15 .then(cursor => cursor.toArray())16 .then(data => {17 setUsers(data);18 setIsLoading(false);19 });20 21 // Real-time subscription22 const subscription = usersCollection.subscribe({23 include: ['*'],24 action: 'insert,update,replace,delete'25 });26 27 subscription.on('update', (update) => {28 setUsers(prevUsers => {29 // Handle the update based on operation type30 switch (update.op) {31 case 'insert':32 return [update.doc, ...prevUsers];33 case 'delete':34 return prevUsers.filter(u => u.id !== update.doc.id);35 default:36 return prevUsers.map(u => 37 u.id === update.doc.id ? update.doc : u38 );39 }40 });41 });42 43 return () => {44 subscription.unsubscribe();45 };46 }, []);47 48 return { users, isLoading };49}Implementing Search Functionality
Tigris includes powerful full-text search capabilities that eliminate the need for separate search infrastructure. You can search across collections, filter results by various criteria, and implement faceted navigation without additional services.
Search Configuration
Configure search by defining indexes on fields you want to make searchable. Indexes specify which fields to include, their weights for relevance scoring, and any filters or faceting configurations. Tigris automatically keeps indexes synchronized as documents are created, updated, or deleted.
Search queries accept various parameters including the search text, filters, pagination, and sorting. Results include relevance scores you can use for ranking or highlighting. The search engine handles stemming, stop words, and fuzzy matching automatically, providing good results with minimal configuration.
Building Search UI
Effective search interfaces balance power with simplicity. Provide a prominent search box with clear visual feedback during searches. Display results with relevant context and clear navigation. Implement pagination or infinite scrolling based on result volume and user behavior patterns.
Consider implementing features like recent searches, search suggestions, and result highlighting. These enhancements improve usability without significant implementation complexity. Performance matters--ensure search responses feel instant by optimizing query execution and implementing client-side caching.
1import { getTigrisDb } from '@/lib/tigris';2import { User } from '@/types/database';3 4export interface SearchOptions {5 query: string;6 filters?: Record<string, unknown>;7 page?: number;8 limit?: number;9}10 11export async function searchUsers(options: SearchOptions): Promise<{12 results: User[];13 total: number;14}> {15 const { query, filters, page = 1, limit = 20 } = options;16 const db = getTigrisDb();17 const usersCollection = db.getCollection<User>('users');18 19 const searchRequest = {20 q: query,21 filter: filters,22 sort: [{ field: '_score', order: 'desc' }],23 collate: true24 };25 26 const result = await usersCollection.search(searchRequest);27 28 // Pagination logic29 const start = (page - 1) * limit;30 const paginatedResults = result.hits.slice(start, start + limit);31 32 return {33 results: paginatedResults.map(hit => hit.document),34 total: result.total35 };36}Authentication and User Management
Tigris provides built-in authentication services that handle user registration, login, session management, and access control. This functionality integrates with your application without requiring separate authentication infrastructure.
User Registration and Login
The authentication system supports multiple methods including email/password combinations and social providers through OAuth. Each method follows security best practices with proper password hashing, token-based sessions, and protection against common attacks like brute force attempts.
After successful authentication, Tigris issues tokens that your application uses for subsequent requests. These tokens carry claims about the user's identity and can include custom metadata. The SDK validates tokens automatically on each request, rejecting expired or invalid credentials.
Protecting Routes and Resources
Implement authorization by checking user permissions before allowing access to protected resources. Tigris supports role-based access control where users receive roles that grant specific capabilities. Your application enforces these rules consistently across all access points.
Middleware patterns let you protect entire routes or API endpoints based on authentication state and user roles. Server-side checks provide the most secure protection--client-side checks should only enhance user experience, never enforce security.
1import { TigrisAuth } from '@tigrisdata/auth';2import { User, Session } from '@/types/database';3 4const auth = new TigrisAuth({5 clientId: process.env.TIGRIS_CLIENT_ID,6 apiKey: process.env.TIGRIS_API_KEY7});8 9export async function registerUser(10 email: string,11 password: string,12 name: string13): Promise<{ user: User; session: Session }> {14 const { user, session } = await auth.signUp({15 email,16 password,17 metadata: { name }18 });19 20 return { user, session };21}22 23export async function loginUser(24 email: string,25 password: string26): Promise<{ user: User; session: Session }> {27 const { user, session } = await auth.signIn({28 email,29 password30 });31 32 return { user, session };33}34 35export async function getCurrentUser(token: string): Promise<User | null> {36 try {37 const session = await auth.verifySession(token);38 return session.user;39 } catch {40 return null;41 }42}43 44export async function logoutUser(token: string): Promise<void> {45 await auth.invalidateSession(token);46}Deployment and Production Considerations
Deploying a Jamstack application with Tigris requires coordinating your frontend hosting with your backend configuration. The separation of concerns in this architecture means different deployment strategies for your static assets and your Tigris configuration.
Frontend Deployment
Platforms like Vercel, Netlify, and Cloudflare Pages specialize in Jamstack deployments. Connect your Git repository for automated builds and deployments. Each push triggers a new build that generates static pages from your source code. Environment variables for Tigris credentials are configured in the hosting platform's dashboard.
Configure build commands to generate static pages during deployment. For Next.js, use static export or serverless functions depending on your rendering requirements. Preview deployments let you review changes in isolated environments before merging to your production branch.
Environment Configuration
Maintain separate environments for development, staging, and production. Each environment should have its own Tigris project with appropriate data isolation. This separation prevents development activities from affecting production data and lets you test new features safely.
Use environment-specific configuration files or a secrets management service to distribute credentials securely across your infrastructure. Never include production credentials in client-side code--only server-side code and build-time processes should access sensitive configuration.
Frequently Asked Questions
Getting Started with Jamstack
Learn the fundamentals of Jamstack architecture and how it differs from traditional web development approaches.
Learn moreNext.js Best Practices
Discover patterns and practices for building production-ready applications with Next.js.
Learn moreReal-Time Web Applications
Explore techniques and technologies for building interactive, real-time user experiences.
Learn more