What Is Aggressive Wifi/cell Handover?

Aggressive WiFi/cell handover is a term used to describe a process where mobile devices constantly switch between different wireless networks or cellular towers based on their signal strength. This technology is commonly used in mobile devices such as smartphones and tablets, allowing users to stay connected to the internet even while on the move.

The main purpose of aggressive WiFi/cell handover is to ensure seamless connectivity for users. This feature allows devices to automatically switch from a weak network signal to a stronger one, ensuring that users are always connected to the fastest and most reliable network available. However, aggressive WiFi/cell handover can also pose security risks and affect battery life, making it a controversial topic among experts in wireless technology.

What is Aggressive WiFi/Cell Handover?

Aggressive Wi-Fi/Cell Handover is a feature found in many mobile devices that allows for automatic switching between Wi-Fi and cellular data networks. The feature is designed to provide a seamless and uninterrupted internet connection while continuously monitoring the strength and stability of the available networks. The process involves three main steps, which are:

• Scanning: The device scans the area for available Wi-Fi networks and cellular towers.

• Evaluation: The device evaluates the strength and stability of each network.

• Selection: The device connects to the network with the best performance.

Aggressive Wi-Fi/Cell Handover can be useful, as it improves the user experience by ensuring a smooth, uninterrupted internet connection. However, if the feature is too aggressive, it can cause problems, such as:

• Frequent switches between Wi-Fi and cellular data that can drain the battery faster.

• Connectivity issues, such as slow internet speeds or dropped calls.

• Increased data usage when the device switches to cellular data.

To avoid these issues, it is recommended to adjust the settings of the feature, or turn it off altogether if necessary.


1. What is aggressive wifi/cell handover?
Aggressive wifi/cell handover is a feature of wireless network systems that automatically switches devices from one network to another based on signal strength and availability, even if the change may cause a temporary disruption in connectivity.

2. How does aggressive wifi/cell handover work?
Aggressive wifi/cell handover works by constantly monitoring the signal strength and availability of nearby networks. When the signal strength of the current network drops below a certain threshold, the system automatically switches to another available network with better signal strength.

3. What are the benefits of aggressive wifi/cell handover?
The benefits of aggressive wifi/cell handover include improved network performance, reduced network congestion, and better overall connectivity. It helps users stay connected to the network even if they move between areas with varying signal strength.

4. Are there any downsides to aggressive wifi/cell handover?
One potential downside of aggressive wifi/cell handover is that it can cause a brief interruption in connectivity when switching between networks. Additionally, it can use more battery power as the device has to constantly scan for available networks.

5. Can aggressive wifi/cell handover be disabled?
Yes, in most cases, aggressive wifi/cell handover can be disabled in the device settings. However, it is a useful feature that can improve overall network performance, so disabling it may not always be the best option.


To sum up, aggressive WiFi/cell handover refers to devices automatically switching between WiFi and cellular networks in search of the strongest signal. While this feature is intended to provide a seamless internet experience, it can result in connectivity issues, dropped calls, and drained battery life. Therefore, it is crucial to properly configure WiFi and mobile networks on our devices to avoid aggressive handovers. With this knowledge, we can ensure a more stable and reliable internet connection for our daily activities.

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