Tap Coordinate Map for Broken Screens
TL;DR
Browser-based **tap coordinate mapper** for **Android developers/IT teams using scrcpy** that **overlays exact tap spots for menus (e.g., Developer Options, Settings) via pre-mapped coordinates** so they can **unlock broken-screen phones in <2 minutes** (vs. 30+ minutes of manual trial-and-error).
Target Audience
Mobile developers needing to access settings on damaged Android devices
The Problem
Problem Context
Developers and IT professionals need to use broken Android phones (e.g., Samsung Galaxy S7) for coding or testing. They mirror the screen to a PC using scrcpy but can’t tap buttons on the broken screen. Without seeing the display, they can’t enable developer options or navigate menus, wasting hours of workday time.
Pain Points
Users tap blindly, hoping to hit the right spot, which fails repeatedly. Every attempt wastes hours, and the phone stays unusable. Manual workarounds (e.g., guessing coordinates) are unreliable and frustrating. The broken hardware sits unused, costing productivity and revenue.
Impact
Wasted time translates to lost revenue (e.g., $100/hour for developers). Missed opportunities to test software or complete tasks. Frustration from unreliable workarounds and feeling stuck with broken hardware. Businesses lose efficiency when employees can’t use critical devices.
Urgency
The problem is urgent because broken phones block revenue-generating workflows (e.g., coding, testing). Users can’t afford to wait for repairs or replace devices. Every hour spent tapping blindly is an hour not spent on high-value work. The longer the phone stays broken, the more time and money are lost.
Target Audience
Developers and engineers who rely on Android phones for work. IT professionals repairing devices for teams. Small businesses with employees using personal phones for work. Hobbyists and power users who can’t afford to replace broken devices. Anyone who mirrors their phone screen to a PC but can’t interact with it due to a broken touchscreen.
Proposed AI Solution
Solution Approach
TapGuide Pro is a browser-based tool that overlays a clickable UI on scrcpy-mirrored screens. It provides pre-mapped tap coordinates for common Android menus (e.g., developer options, settings). Users select the menu they need, and the tool highlights exact tap spots, eliminating blind guessing. Recurring value comes from auto-repair scripts and team features for IT departments.
Key Features
- Auto-Repair Mode: Saves frequently used tap sequences (e.g., enabling developer options) for one-click execution.
- Team Licenses: IT departments can share tap coordinates across teams, reducing repetitive setup.
- Cross-Device Support: Works with any Android phone mirrored via scrcpy, regardless of screen size or model.
User Experience
Users open TapGuide Pro in their browser, connect their broken phone via scrcpy, and select the menu they need (e.g., 'Developer Options'). The tool overlays tap coordinates on their PC screen. They click the highlighted spots, and the phone responds as if tapped directly. For repeated tasks, they save sequences in Auto-Repair Mode. IT teams use shared licenses to collaborate on repairs.
Differentiation
No existing tool maps tap coordinates for broken-screen devices. Free tools like scrcpy don’t solve blind tapping. TapGuide Pro’s proprietary dataset of coordinates and auto-repair scripts make it unique. It’s also the only solution that works across Android models and integrates with scrcpy seamlessly. No admin rights or complex setup are required.
Scalability
Starts with individual licenses for developers, then expands to team licenses for IT departments. Auto-repair scripts add recurring value for power users. Future features could include cloud-saved tap sequences or API integrations for enterprise workflows. The product grows with the user’s needs, from solo developers to large IT teams.
Expected Impact
Users regain access to their phones immediately, restoring productivity and revenue. Wasted hours are eliminated, and broken hardware becomes usable again. IT teams save time on repairs, and businesses reduce downtime. The tool pays for itself within days by recovering lost work hours, making the $50–$100/mo fee obvious.