Skill Detail

Build frontend copilot and generative UI workflows with CopilotKit

Use CopilotKit to add agent-native React or Angular copilots with generative UI, shared state, and human-in-the-loop workflow controls.

Developer ToolsMulti-Framework
Developer Tools Multi-Framework Security Reviewed
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COPY SKILL INSTRUCTIONS (OPTIONAL)
npx skills add agentskillexchange/skills --skill build-frontend-copilot-and-generative-ui-workflows-with-copilotkit Copy
Uses the third-party skills CLI, not an ASE-owned installer. Check your agent’s compatibility. This copies instructions; complete the upstream tool setup below separately.
At a glance
Tools required
React or Angular application, CopilotKit packages, backend agent or model endpoint, app action handlers, model provider credentials
Install & setup
Install the official CopilotKit frontend package such as @copilotkit/react-core, follow the CopilotKit docs to wrap the app, expose approved state and actions, and connect the runtime to the selected backend agent or model endpoint.
Author
CopilotKit
Publisher
Organization
Last updated
May 19, 2026
Quick brief

Use CopilotKit when an operator is building an application interface where an agent needs to see app state, trigger actions, stream responses, and render generative UI inside the product experience. The workflow is to install the CopilotKit packages, wrap the frontend runtime, expose approved app actions and state, connect the backend agent or model endpoint, then test the human-in-the-loop copilot path against real user flows.

How it works

What this skill actually does

Invoke this instead of a plain chat widget when the agent must operate inside an existing app, coordinate with frontend state, and return UI-native actions or components. The scope boundary is frontend copilot and generative-UI orchestration for agent applications; it is not a generic React library listing, hosted chatbot product, or model framework.

Inputs are a React or Angular app, CopilotKit packages, backend agent/model endpoint, app state definitions, approved action handlers, and UI interaction requirements. Outputs are embedded copilot panels, generative UI responses, action callbacks, state-aware agent interactions, and testable human approval flows.