Automated Permission Control Xposed Module
Budget: ₹1,250 – ₹2,500 INR
I need an Xposed module that tightens security by controlling app permissions automatically, based on user-defined conditions rather than simple allow/deny prompts. The idea is to intercept any permission request at runtime, check it against a rule set (time, network, app state, or other triggers we agree on), and then grant, deny, or prompt accordingly— all without touching the original ROM.
Scope
– Develop the full module in Java/Kotlin for the current Xposed/EdXposed framework.
– Build a compact UI for adding, editing, and importing rule profiles so users can craft conditions such as “Block camera when screen is casting” or “Allow location only on trusted Wi-Fi.”
– Ensure rules apply instantly after creation and survive reboots.
– Keep battery and performance impact negligible; hooks should be as light as possible.
Deliverables
1. Flashable release ZIP or Magisk module.
2. Source code with clear inline comments.
3. Brief setup guide plus a section explaining how to extend the rule engine so future conditions can be added quickly.
Acceptance criteria
• Module installs cleanly on at least Android 10–13 with EdXposed or LSPosed.
• A test matrix shows three sample rules working as intended (time-based, network-based, foreground-state).
• No system crashes, ANRs, or noticeable lag after 48 hours of continuous use.
If this sounds like your specialty, let’s lock down the technical details and timeline so we can get the first working build in users’ hands soon.
Scope
– Develop the full module in Java/Kotlin for the current Xposed/EdXposed framework.
– Build a compact UI for adding, editing, and importing rule profiles so users can craft conditions such as “Block camera when screen is casting” or “Allow location only on trusted Wi-Fi.”
– Ensure rules apply instantly after creation and survive reboots.
– Keep battery and performance impact negligible; hooks should be as light as possible.
Deliverables
1. Flashable release ZIP or Magisk module.
2. Source code with clear inline comments.
3. Brief setup guide plus a section explaining how to extend the rule engine so future conditions can be added quickly.
Acceptance criteria
• Module installs cleanly on at least Android 10–13 with EdXposed or LSPosed.
• A test matrix shows three sample rules working as intended (time-based, network-based, foreground-state).
• No system crashes, ANRs, or noticeable lag after 48 hours of continuous use.
If this sounds like your specialty, let’s lock down the technical details and timeline so we can get the first working build in users’ hands soon.