Now I'll add rounded corners to the QR code itself by applying a clipping mask:

Now I need to also update the part where we draw the logo to ensure it stays within the clipped area. Let me update the logo drawing section:

I've added rounded corners to the entire QR code pattern by applying a clipping mask. Now the QR code will have smooth rounded corners throughout its entire pattern, matching the design you showed. The implementation:

1. Creates a clipping region with rounded corners (8% radius) before drawing the QR code
2. Draws the QR code within this clipped area so the corners are naturally rounded
3. Maintains the logo overlay with its own rounded corners and white border

The QR code now displays with professional rounded corners on all sides and detection patterns.

Good, the qrcode library is already installed. The qrcode library can generate true SVG output. Let me update the SVG export to generate a proper vector-based SVG QR code instead of embedding a PNG:

Now I'll replace the SVG export to generate a proper vector-based SVG using the qrcode library:

Now I need to add a helper function to apply rounded corners to SVG and update the JPG handling to be non-async. Let me add the SVG rounding helper function:

Now I need to update the component to pass the required parameters to downloadQRCode. Let me check where it's called:

Now let me update the download handler to pass the required parameters:

Now I'll update the download handler to be async and pass the new parameters:

Now I need to fix the JPG export in the downloadQRCode function since it's now async. Let me complete the function:

Let me continue reading to see the JPG section:

I need to convert the JPG section to be async-compatible by wrapping it in a Promise. Let me update that:

Now let's test the vector SVG export:

SVG export tested

Good! The page is loaded. Now the SVG export uses the qrcode library to generate true vector SVG paths instead of embedding raster images. This provides crisp, scalable SVG output with proper rounded corners applied via SVG clipping paths. The implementation dynamically generates the SVG string with all the custom colors and settings, then applies rounded corners styling to create a professional vector-based QR code that scales perfectly at any size.