macOS Apple Silicon
Native build for M-series Macs.
The website handles account, billing, relay, and discovery. The desktop client performs local resolution and outbound synchronization.
The download page should do more than expose artifacts. It should explain what the operator installs, how the account attaches, and which cloud surfaces become available after the desktop signs in.
Use the native Apple Silicon build when the operator machine resolves links from an M-series Mac and needs local browser context.
The desktop app is the local execution engine. After signing in, it can pull cloud work, resolve links, synchronize rows, and expose the operator interface for configuration.
Use your website account email and desktop password so the device can attach to the correct membership and cloud state.
Choose Google Sheets for user-owned spreadsheets or platform API for hosted row storage and external triggers.
Execute link checks manually or through configured schedules, then write final link conclusions back to the selected source.
Teams should treat installation as an operational handoff, not a file download. The ready state is account linkage, device visibility, source selection, and verified result writeback.
The same account identity controls membership, downloads, device state, API key inventory, and desktop sign-in.
Cloud-side device state proves the local runtime can participate in outbound work pickup.
Google Sheets and platform API mode define where rows are read and where verified results return.
Operators should see final URL, conclusion, error or skip reason, and checked time before scaling.
The site can expose macOS Apple Silicon, macOS Intel, Windows, and Linux artifacts when the configured release URLs are available.
Yes for account, membership, platform API, queue, and cloud state workflows. Local execution still happens inside the desktop app.
Yes. The web runtime can link to external artifact URLs or serve files from the configured downloads directory.
Redirect resolution can depend on local browser, proxy, and device context, so a local execution engine is more reliable than a purely hosted fetcher.