The Agentic Development Tech Stack for 2026

Quick Overview

The video demonstrates building a full-stack application using Convex, Next.js, and Clerk, highlighting how these tools, especially when combined with an agentic workflow like Cursor's, significantly speed up development by automating complex setup tasks such as integrating authentication and organizations features.

Key Points: The developer builds a full-stack application using Convex for the backend, Next.js for the frontend, and Clerk for authentication and organization management (00:09-00:31). The agentic workflow (via Cursor) handles initial project setup, including selecting Next.js App Router and Clerk authentication, in minutes (02:57-06:37). The setup automatically incorporates Convex rules ( ) and integrates Convex functions/schemas, which are then scoped to the active organization ID (06:38-08:17). Clerk's organization features, like user/organization management and billing components, are easily integrated using provided components like (08:18-09:52). The demonstration shows the agent adding organization switching features to the navigation header and updating the dashboard page to display organization-specific data (10:04-12:20). The AI agent accelerates development by handling complex tasks like schema updates, query modifications, and UI implementations (13:33-15:55, 17:38-19:20). The final result is a fully functional, multi-organization application with scheduling/enhancement features, demonstrating a vastly accelerated development process compared to manual setup (22:57-23:17).

Context: This video serves as a tutorial or demonstration showcasing an advanced, AI-assisted development workflow leveraging a specific technology stack: Cursor (as the AI coding environment/agent), Convex (as the backend database/serverless platform), Next.js (as the frontend framework), and Clerk (for user authentication and organization management). The core theme is demonstrating the speed and simplicity of integrating these powerful tools using an agentic approach.