A coding agent on a Mac can inspect files and windows but cannot see a cable, a device label, a circuit board, or the object the user is describing. iPhone Camera Bridge gives that agent a temporary, user-controlled view into the physical scene.
The project takes the form of a local phone page and Mac viewer that stream the iPhone camera through WebRTC after a user gesture and permission grant. Its purpose is to give an agent temporary visual access to physical objects when the user explicitly opens and permits the phone camera.
The question behind iPhone Camera Bridge
The permission model is part of the product. The phone page must be opened, the user must grant camera access, and the session should remain visible and easy to stop. Those steps prevent a useful diagnostic bridge from quietly becoming remote surveillance. People using agents for hardware, repair, accessibility, and physical-world troubleshooting may benefit. Anyone or anything in camera view is affected.
How iPhone Camera Bridge took shape
The prototype uses a browser-based phone capture surface, local signaling, WebRTC transport, and a Mac-side viewer. It proves the camera path while keeping private network details, certificates, and captured imagery outside the public case study. Josiah identified the missing physical-vision capability, defined the user-controlled permission model, and directed agent-assisted implementation.
What the evidence supports
A working local prototype demonstrates the phone-to-Mac camera path. The project is a small but representative agent interface: it extends perception only when the user deliberately supplies it. That pattern is likely more trustworthy than treating every available sensor as ambient agent context.
It is not a general remote-surveillance system. Network details, certificates, private imagery, and unattended capture are excluded from publication. A more reusable edition would package the local setup cleanly and make session, stop, and capture states unmistakable.