Device automation / mobile networking
Real Syrian mobile proxies built on multiple devices, with remote control and automated reconnection for IP rotation.
Some local payment services depend on regional mobile connectivity. I built a device-backed network for the integration work, connecting remote software to real 4G/LTE connections rather than relying only on datacenter proxies.
I connected Android devices to server-side proxy access and automated connection management with Python and Bash. The work includes remote device actions, reconnection, and checking the resulting connection before using it.
Rotation involves device-side actions and cellular reconnection, followed by checking the exit IP and connection. The carrier decides tower selection and IP allocation; reconnecting can encourage a new route or IP, but cannot guarantee a different tower or address.
Devices, radio coverage, and remote servers do not share one failure boundary. Device automation and server routing need to be considered together when a request stalls or a connection changes.
The network supported reverse-engineered payment integrations under provider rate limits and regional access constraints. Mobile routing, bounded request scheduling, and cache reuse were parts of the same integration problem.