Mastering Large-Scale Phone Farm Operations > 자유게시판

Going beyond six phones isn’t about quantity—it’s about architecture

A well-planned setup, stable automation, and routine upkeep are essential to prevent slowdowns and breakdowns

Begin with a full audit of your existing configuration

Is your current fleet operating reliably with little to no interruption?

Resolve existing problems before expanding your fleet

Adding more devices without resolving existing problems only multiplies your headaches

Choose phones that are compatible with your software and have good battery life

Avoid the latest flagship models unless you have a specific need for them

Budget-friendly, durable devices like the S8 and Pixel 3 are ideal for large-scale operations

Buy in bulk from reputable suppliers to ensure consistent quality and warranty support

Proper energy distribution is non-negotiable when managing more than six phones

Relying on basic surge protectors is a recipe for disaster

Invest in a rackmount power distribution unit with individual circuit breakers and surge protection

Consider using smart plugs that allow remote power cycling for devices that freeze

Plan to rotate or replace batteries (or entire units) every 12–18 months to maintain peak performance

A weak or inconsistent connection will cripple your entire operation

Wi-Fi introduces too much latency and interference for high-volume use

Use Ethernet adapters for each phone and connect them to a dedicated network switch

It ensures consistent response times and eliminates network overload

When cellular is unavoidable, opt for a commercial plan with unlimited usage

Use a centralized multi-SIM router to unify and control your cellular connections efficiently

Automation tools need to be upgraded as well

Lightweight automation tools are sufficient only for minimal deployments

Beyond six, you require a unified, server-driven command center

Use robust solutions such as Appium, network-based ADB, or specialized platforms like Helium to automate remote device management

Run a central control node—either a Linux server or Pi—to issue commands and observe device health in real time

Track every device via a labeled ID paired with a digital record of its IMEI, serial, OS version, and service history

It streamlines diagnostics and keeps your fleet organized

Assign each device a specific role if possible, so you know which one handles which task, reducing confusion during updates or failures

Routine upkeep is essential, not optional

Set a fixed weekly routine to update apps, clear temp files, and inspect battery condition

Wherever feasible, script automatic cache clearing and log deletion

Keep a close eye on device temps; overheating leads to rapid hardware decay

Add fans, cooling racks, or airflow vents to maintain optimal operating temperatures

Expect breakdowns—and prepare for them

Maintain a 1:3 spare-to-active ratio to ensure continuity

Stock extra power supplies, USB cords, and connectors

Document every step of your setup so someone else can step in if you’re unavailable

Growing your phone farm is about system design, not just volume

It’s about building a system that’s resilient, organized, and sustainable

Your objective isn’t more phones, but a cohesive, efficient, and self-sustaining fleet of high-performing units