MobiGo is a desktop location changer for a phone or tablet. It makes the connected device report a chosen GPS position to apps that read system location, without physically moving the device. AimerLab MobiGo can place the device at one point, imitate travel along a route, or replay a GPX track. It does not edit a map, guide a real journey, or change the GPS satellites that the hardware receives.
The phone must trust
MobiGo begins on the computer, but setup reaches into the connected phone. An iPhone or iPad must trust the computer, and some iOS configurations require Developer Mode and a restart before the connection completes. That restart is part of the setup rather than a failed installation.
Android takes a different path. The user enables developer options and USB debugging, lets MobiGo install its companion component, then selects it as the mock-location app. Missing the last setting can leave the map moving on the computer while Android apps continue to read the real position.
Teleport changes one point
Teleport Mode accepts an address or coordinates, or a direct click on the map. MobiGo shows the selected destination before Move Here changes the location reported by the phone. Opening the phone’s map afterward confirms which position other location-aware apps are likely to receive.
The change affects apps that depend on the device location service. A dating app, social check-in, navigation screen, or location-based game may react differently because each service also applies its own account rules and server checks. MobiGo changes the device signal; it cannot promise that an online service accepts the new location.
Routes imitate movement
One-Stop Mode connects a start and destination along a mapped route. It can repeat the same direction or travel back and forth. Multi-Stop Mode adds several points and repeats the resulting path. A GPX file bypasses manual point selection by loading a track that already exists on the computer.
Movement speed remains adjustable while a route runs. Realistic Mode varies the chosen speed instead of holding one exact number throughout the trip. The joystick changes direction with on-screen arrows or keyboard controls, which suits manual movement around a small area better than rebuilding a complete route.
Games still decide
Location-based games can compare distance, timing, account activity, and server records. A sudden jump between distant places may therefore trigger a restriction even when the phone reports the selected point correctly. MobiGo includes a cooldown countdown for this reason. The timer reminds the user to wait before acting again, but it is guidance rather than protection from a game’s enforcement system.
A route that crosses impossible terrain or moves at an implausible pace can also look inconsistent. AimerLab MobiGo can vary speed and follow mapped roads, yet the user still chooses the points and timing. The official instructions advise choosing realistic paths instead of assuming that every generated route appears natural.
Wireless follows USB
MobiGo can reconnect some iOS devices over Wi-Fi after a successful USB connection has established trust. The first connection still needs the cable, and wireless control depends on the computer and phone remaining reachable on the network. USB is the clearer fallback when a previously paired device stops appearing.
The device panel can manage several connected phones in one session. Each phone still needs its own connection and platform setup. A selection error can change the wrong device, so checking the active device before teleporting matters when several similar names appear in the panel.
Closing restores reality
A virtual position is temporary operational state, not a change to a place stored in the phone hardware. Stop the simulated route and return the device to its real location before relying on navigation, emergency sharing, delivery, or family-location services. A stale virtual point can make those apps show the wrong place after the original test has ended.
