HOW IT WORKS

From Prompt to Working AR App
in Minutes

Cognivision handles native AR setup, bridge generation, and runtime glue so you can focus on product behavior.

THE FLOW

Six steps. One prompt. Real AR.

1

Install the SDK

Add Cognivision to your React Native project with a single command.

npm install
2

Describe your AR feature

Type a plain-English prompt describing the AR behavior you want to build.

PROMPT
3

Agent scaffolds native code

The AI writes ARKit modules, bridge layers, and session configs automatically.

GENERATING
4

Review generated files

Inspect the clean, readable Swift and TypeScript files before building.

REVIEW
5

Build & test on device

Compile in Xcode and run on iPhone with real-time AR support instantly.

BUILD
6

Ship to production

Deploy without ever writing Swift bridge code manually again.

SHIP
COMPARISON

How Cognivision stacks up

CAPABILITY
✦ CognivisionOUR PICK
Cursor
GitHub Copilot
AR feature from prompt
Auto-writes Swift bridge
~
React Native integration
~
~
Zero ARKit config
Real-time AR iteration
Works in VS Code
LIVE DEMO

See it in action

Watch how Cognivision generates a full AR feature from a single prompt — native code included.

Cognivision · AR Generation Demo
Live

Files

✦ AI Agent
ARBridge.swift
ARSession.swift
AROverlays.tsx
"Add AR object detection with distance labels"
Analyzing RN project structure...
Generating ARBridge.swift...
Generating ARSession config...
Generating AROverlays.tsx...
ARBridge.swift — generated
import ARKit
import RealityKit

class ARBridge: NSObject, ARSessionDelegate {
  var session = ARSession()
  var detectedObjects: [ARObject] = []
}
Chair 94%
Table 89%
1.2m

Live AR preview

28sGENERATION TIME
0SWIFT LINES WRITTEN
2OBJECTS DETECTED
● ActiveAR STATUS