Every morning my iPhone has to be woken, a six-digit PIN entered, a work app opened, credentials typed, several form fields completed and a digital signature placed. I want that entire routine removed from my hands by a small desktop robot. Core flow • Wake the phone from sleep by pressing the side button. • Physically tap the screen to enter the PIN code—no Bluetooth, Face ID or Touch ID, just precise mechanical interaction. • Launch the target app, wait for it to load, populate the login screen and navigate onward until the signature page is reached and signed. I imagine a compact gantry or articulated arm driven by servos or steppers, guided by a microcontroller (Arduino, Raspberry Pi, or similar). Because the touch targets are fixed, a predefined set of coordinates should be enough, yet I’m open to an overhead camera and OpenCV calibration so the robot can self-correct for phone positioning or screen rotation. What I need from you 1. Detailed mechanical design files (CAD, STL or DXF) and a complete parts list. 2. Control firmware and higher-level Python/C++ scripts for motion, timing and any computer-vision alignment. 3. A repeatable procedure to store my PIN and app credentials securely on the controller. 4. Assembly instructions plus a short demo video proving it starts from a locked screen and ends on the signed form without human help. Acceptance criteria: 95 % or higher success rate over 50 consecutive runs, total cycle time under 60 seconds, and no visible damage or smudging on the screen. If your prototype or code already covers some of these stages, even better—share what you have and let’s refine it into a reliable, desk-ready productivity bot.