I. Starting with Device Modification (Root / Jailbreak)

In the early days, the most direct way to spoof in Pokémon GO was to modify your device:

• On Android, this was called Rooting.

• On iOS, it was Jailbreaking.

This unlocked system-level permissions, allowing you to install modified apps or directly alter GPS location data.

• Pros: Very flexible, could achieve nearly any function (teleportation, joystick, virtual Go Plus, automation, etc.).

• Cons: Extremely risky—system stability decreased, security protections were bypassed, and accounts were much more likely to be detected by Niantic.

II. Software-based Spoofing

Later, “software-based spoofers” appeared that did not require rooting or jailbreaking. Examples include iPogo and PGSharp, which simulate location through modified apps or virtual location APIs.

These tools provide features similar to rooted devices and are relatively easier to install.
However, most require sideloading (AltStore, Sideloadly) or paid signing certificates. The problem is that certificates regularly expire, causing apps to stop working until re-signed.

Technically, they still modify the game or system behavior, so long-term use remains risky for detection.

III. Hardware-based Spoofing

Hardware spoofers (e.g., iTools BT, Armate, FlyMon) take a completely different approach.
They don’t directly alter the game or phone system. Instead, they send GPS signals to the phone via Bluetooth or USB, making the phone and Pokémon GO simply “receive” the location as if from a normal GPS module.

• Because no game files or OS cores are modified, security and stability are much higher.

• They are not affected by certificate expiration issues.

• Much more suitable for long-term use.

IV. Mixed Use and Risks

Some players combine hardware spoofers with software spoofers, or use modified apps alongside hardware for more features.

While this may seem powerful in the short term, as soon as one tool is detected, the entire account can be compromised due to the high-risk component.

V. FlyMon

FlyMon adopts the hardware-based spoofing structure and combines:

• Location modification, joystick walking, and teleportation

• Auto-catching and auto PokéStop spinning (Catchmon-level features)

• Cooldown timer (precisely calculates safe wait times)

• Auto-reconnect (restores connection automatically after disconnection)

This means you don’t need to juggle multiple risky tools for more features, nor worry about certificate expiration or app crashes—allowing safer, more stable long-term gameplay.

I. Why do people look for free tools?

For players who are new to Pokémon GO spoofing, the first concern is often not functionality but cost:
“Is there a way to do this without spending money?”

Indeed, you can find many so-called free location-modifying or spoofing apps online. At first glance, they seem simple—just download and install, no need to purchase hardware.

II. Free options on the market

Most free software-based spoofers are modified apps or simple GPS-changing tools.
Some can even simulate joystick movement, and a few include virtual Go Plus functions for auto-catching and PokéStop spinning.

These apps are typically installed via sideloading (AltStore, Sideloadly) or through third-party signing services.

III. Common drawbacks of free tools

Although they don’t cost money, the “price” often shows up in other ways:

• Instability – Frequent crashes, GPS drift, and worse performance during event peak times.

• Low security – Requires sideloading or jailbreaking, with risks of certificate revocation or account detection.

• Maintenance issues – Updates are slow; when the game version changes, you may wait days or longer before tools work again.

• Limited functionality – Some may include auto-catching, but features are separated from location spoofing, requiring extra devices or software.

IV. Why these drawbacks are critical

In Pokémon GO, events and rare spawns are time-limited and scarce.
Any delays or instability could cause you to miss key opportunities.
And the security risk is even more severe—once your account is shadowbanned or suspended, all your past progress may be lost.

V. FlyMon

If you want a long-term and reliable solution, FlyMon offers:

• Official App Store installation—no sideloading or jailbreaking, reducing detection risks.

• Integrated features: location spoofing, joystick walking, teleportation, auto-catching, and auto PokéStop spinning—all in one device, no extra tools needed.

• Built-in cooldown timer with precise safe-wait reminders, plus auto-reconnect for uninterrupted long sessions.

This means you can play safely and consistently for the long term, without gambling your account security for a short-lived “free” option.

I. Why this feature matters

In Pokémon GO, the auto-catch and auto PokéStop spin functions allow players to continuously catch Pokémon and collect items without constantly watching their phone.
For spoofing players, this isn’t just about convenience—it’s the core of AFK efficiency.
If you can both move virtually and auto-catch at the same time, you’re essentially farming resources 24/7.

II. Market situation

Different spoofing product types vary greatly in whether they support Virtual Go Plus (VGP) functionality:

• Pure software spoofers (e.g., iPogo, PGSharp):
  Some include a built-in Virtual Go Plus module, enabling auto-catching and auto-spinning directly in the app.
  However, this still counts as game modification behavior, increasing detection risks over long-term use.

• Hardware spoofers (e.g., iTools BT, Armate):
  Most focus on location spoofing only and do not include Virtual Go Plus.
  To enable automation, you need an additional device like the official Go Plus or third-party auto-catchers (e.g., Catchmon).

• Hybrid products (e.g., FlyMon):
  A few combine both location spoofing and Virtual Go Plus in a single device.
  This allows movement and automation simultaneously, eliminating the hassle of pairing and carrying multiple devices.

III. Differences and impact

If a product lacks built-in Virtual Go Plus, you’ll need an extra Bluetooth device to enable auto-catching. This means:

• You must manage two Bluetooth connections, increasing chances of disconnection and interference.

• Extra hardware = more battery management and carrying burden.

• When disconnections happen, you must reconnect manually, reducing AFK stability.

IV. FlyMon

FlyMon is one of the few hardware spoofers that combines location spoofing + auto-catching.
Its built-in Virtual Go Plus supports both auto-catching and auto-spinning, paired with an auto-reconnect mechanism.
Even if disconnected, FlyMon automatically reconnects—truly enabling uninterrupted long AFK sessions.

For players who want fewer devices and more stability, this integrated design makes gameplay much more convenient.