If you own a Xiaomi robot vacuum cleaner (such as the Mi Robot Vacuum-Mop 2 Pro, Xiaomi Robot Vacuum-Mop P or DreameBot), you’ve probably come across the term “place management” in the Mi Home app. This feature allows you to point control where the device will be removed and where it will be ignored pollution. But how does it work in practice? Why do cleaning areas sometimes not save, and virtual walls “move” after rebooting? In this article, we will analyze all the nuances: from basic settings to solving typical problems.
Xiaomi’s “place management” concept comes with models that support laser mapping (LDS-Unlike budget vacuum cleaners, which move around the room randomly, smart robots build a map of the room and allow the user to interact with it: divide into rooms, assign priority areas or block access to certain areas. However, not all owners understand how to use these tools correctly – and as a result, they face improper cleaning or ignoring commands.
We analyzed the official documentation of Xiaomi, user reviews on the forums (including the official website). 4PDA And we ran tests on multiple models to create a current guide to managing places, taking into account the latest firmware updates from 2026, and here you will find not only step-by-step instructions, but also answers to the questions that the manufacturer does not keep in mind: For example, why does the card disappear after resetting or how to transfer the cleaning areas to a new phone.
What is “place management” in Xiaomi robot vacuum cleaners
The “place management” (or “zone management”) function is a tool in the Mi Home app that allows the user to:
- 🗺️ Create virtual maps of premises based on data from lidar or camera.
- 🚫 Install no-go zones where the vacuum cleaner will not enter.
- 🎯 Assign priority cleaning areas (e.g. kitchen or corridor only).
- 🔄 Edit the boundaries of rooms and combine / divide them.
- 📍 Add virtual walls to block passageways.
It's important to understand that this function only works on map-enabled models, unless your vacuum cleaner is equipped with lidar (LDS) camera-wise (VSLAM), You'll see in the app only the basic options: start cleaning, select mode and suction level:
- 🤖 Xiaomi Mi Robot Vacuum-Mop 2 Pro (and all modifications: 2 Lite, 2 Ultra).
- 🤖 Xiaomi Robot Vacuum-Mop P (series) E10, E12).
- 🤖 DreameBot D9, D10 Plus, L10s Ultra (Dreame brand owned by Xiaomi).
- 🤖 Viomi V3, SE (It is also part of the Xiaomi ecosystem).
Technically, “place management” is based on SLAM-Simultaneous Localization and Mapping, which allows a robot to build a map in real time and adjust it when the environment changes:
⚠️ Attention: If you move furniture or add new obstacles, the vacuum cleaner may get lost and start building the map again, in which case all the saved areas and walls will have to be reconfigured.
How to enable and configure seat management in Mi Home
To start working with cleaning areas, you first need to activate mapping and wait for the robot to build a full map of the room.
- Connect the vacuum cleaner to the Mi Home app (if you haven't already done so). Make sure the device and phone are on the same 2.4GHz Wi-Fi network (Xiaomi robots don't support 5GHz).
- Start cleaning in Mapping mode (usually the first run or option in the settings), and the robot will start to circle the room around the perimeter, scanning walls and obstacles.
- Wait until the map is completed. Depending on the area, it can take 10 to 30 minutes. Don't interrupt the process.
- Once completed, the Map tab will open in the app, and here you will see a diagram of the room with the designated rooms (if the robot recognizes them automatically).
Now we can start setting up the zones.
- Click on the Edit Card icon (usually a pencil in the upper right corner).
- Select the Add Zone or Add No Zone tool (depending on the model, the interface may vary slightly).
- You can swipe around the right area on the map, and you can zoom in with gestures to be accurate.
- Save the changes. The robot will remember the coordinates of the zone and will take them into account when the next cleaning is done.
Tip: If the map is not built correctly (for example, the walls are “curved” or the rooms are not recognized), try:
- 🔄 Restart mapping in a well-lit room (lidar works better in natural light).
- 🧹 Remove small objects from the floor that may interfere with the scan.
- 📱 Update the firmware of the robot through Settings → Update of the PO.
☑️ Preparation for first mapping
Types of zones and their purpose: when to use each
There are several types of zones available in the Mi Home app, and they're often confused.
| Type of zone | Appointment | Example of use |
|---|---|---|
| The No-Go Zone (No-Go Zone) | A robot will never enter this area. | Animal food area, children's toys, fragile items. |
| Virtual wall | It blocks the passage between two points (like an invisible barrier). | Doorway so that the vacuum cleaner does not move to another room. |
| Cleaning Zone (Clean Zone) | The robot will clean only in this area, ignoring the rest. | Kitchen after cooking or corridor at the entrance to the house. |
| Multi-Clean Zone (Multi-Clean Zone) | The robot will walk through the zone 2-3 times for more thorough cleaning. | A long-pile carpet or a place under the dining table. |
| Wet cleaning area (Mop Zone) | The robot will only wash the floor without vacuuming. | Tile in the bathroom or laminate in the living room. |
One important thing is that no-go zones and virtual walls take precedence over cleaning areas, for example, if you designate a kitchen cleaning area, but you have a no-go area inside of the cat bowl, the robot will bypass that area.
- 📏 The maximum number of zones depends on the model, for example, the Mi Robot Vacuum-Mop 2 Pro supports up to 10 no-go zones and 5 virtual walls.
- 🔋 Complex maps with more zones can increase cleaning time and battery consumption.
- 🔄 After resetting, all zones are removed - they will have to be reconfigured.
A common mistake is that users create too many small areas, causing the robot to get confused and skip the areas, and the best solution is to combine similar areas of functionality, for example, instead of five small no-go zones around the legs of the table, it is better to circle the entire table with one rectangle.
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If the robot ignores the virtual wall, try to make it thicker (expand the boundaries by 10-15 cm), sometimes the lidar does not accurately determine the coordinates of thin lines.
Problems with the preservation of zones and how to solve them
One of the most common complaints owners have is cleaning areas or forbidden areas, which are "moving out" or disappearing after a robot reboot or firmware update.
1.The card is not saved after the vacuum cleaner is turned off
This happens if:
- 🔋 The robot went down to zero and went off, in which case the card could be reset.
- 🔄 You manually pressed Reset Card in the settings.
- 📱 Mi Home app didn’t sync data to cloud (check internet connection).
Solution: Always leave the robot on base with a charge of at least 20% and avoid full discharge. Also check if sync is enabled in the Mi Account settings.
2.Zones are displaced after furniture rearrangement
Lidar focuses on static objects (walls, large furniture), and if you rearrange a sofa or a closet, the robot may lose its map binding.
- Start re-mapping.
- After building the map, manually reconfigure the zones.
- Use fixed landmarks (such as the corners of a room) to precisely place the zones.
3.The app does not show the saved areas
Sometimes the zones disappear from the interface, but the robot remembers them.
- 📲 Update the Mi Home app to the latest version.
- 🔄 Restart your phone and vacuum cleaner (hold the power button for 5 seconds).
- 🌐 Make sure the robot is connected to the same Mi Account as before.
⚠️ Warning: If you sell or transfer the robot to another person, be sure to reset it to factory settings via Settings → Otherwise, the new owners will see your personal maps of the premises and areas!
How to transfer zones to a new phone
Advanced settings: cleaning schedule by zone
The space management function is really useful when combined with a cleaning schedule, for example, you can set up:
- 🕘 Cleaning the kitchen every day at 8:00.
- 🕒 Wet cleaning in the living room on Mondays and Thursdays.
- 🕓 Intensive cleaning of the carpet in the bedroom on Saturdays.
To create such a schedule:
- Open the schedule tab in the Mi Home app.
Important nuances:
- 🕒 The robot must be on the base with a charge of at least 80%, otherwise cleaning will not begin.
- 🔌 If the vacuum cleaner does not return to base after cleaning, the next task on the schedule may be missed.
- 📱 When changing zones manually, the schedule is not automatically updated – it must be edited separately.
A case in point: If you want a robot to clean the hallway every time you come back from work, you can:
- Create a cleaning area for the hallway.
- Set up a schedule for 18:00 (or use geofence in Mi Home if your phone supports automatic location).
- Choose Turbo mode for better street dust collection.
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To save battery power, avoid cleaning all areas daily. The optimal is to alternate rooms (for example, Monday / Wednesday / Friday - living room, Tuesday / Thursday - bedroom).
Hidden functions of place management: what the instructions will not tell
In addition to the basic options, Xiaomi robots have several hidden features, which the manufacturer is silent about:
Manual editing of zone coordinates
If the virtual wall or cleaning area has shifted by a few centimeters, it can be adjusted manually:
- Open the map editor.
- Press the area and hold your finger until the menu appears.
- Choose Edit coordinates (in some firmware, this option is hidden behind a long tap).
- Move the corners of the zone to within a centimeter.
2. Export and import of cards
If you buy a new robot of the same model, you can transfer the card from the old one:
- 📤 On an old device, export the card through Settings → Map. → Export (file will be in.map format).
- 📥 On the new robot, import the file through the same section.
This will save time for re-mapping.
3. Creating "invisible" testing areas
Some firmware has a developer mode that allows you to add time zones to test cleaning algorithms to activate it:
1. Go to Settings → About the device.
2. 5 times click on the firmware version number.
3. Return to the main menu and the Developer Mode item will appear.Warning: This mode can cause the robot to work in an unstable way, and only use it if you understand the risks.
4. Voice-to-Speech-Based Zones (for Supported Models) Alice/Yandex)
If your vacuum cleaner is integrated with voice assistants (like Alice or Google Assistant), you can control the voice areas:
- 🎤 Say, “Alice, start cleaning the kitchen” (if the area is called “Kitchen»).
- 🎤 Or, "Okay Google, vacuumed the living room twice».
To do this, pre-name the areas in the Mi Home app (for example, “Kitchen”, “Bedroom”).
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To keep voice commands running smoothly, call the zones short and unique names (e.g., "Corridor" rather than "Corridor near the front door").
Comparison of seat management in different Xiaomi models
Not all Xiaomi robot vacuum cleaners are equally good at mapping and zones, and we tested several popular models and compiled a comparison table:
| Model | Type of mapping | Max, number of zones. | Support for virtual walls | Precision of map binding |
|---|---|---|---|---|
| Mi Robot Vacuum-Mop 2 Pro | LDS-Lidar | 10 Forbidden, 5 Virtual Walls | Yes. | ⭐⭐⭐⭐ (high-pitched) |
| DreameBot D9 | LDS-lidar + camera | 15 Forbidden, 10 Virtual Walls | Yes (with thickness adjustment) | ⭐⭐⭐⭐⭐ (fine) |
| Viomi V3 | VSLAM (camera) | 8 Forbidden, 3 Virtual Walls | Yeah (but they do often) | ⭐⭐⭐ (middle-class) |
| Xiaomi Robot Vacuum-Mop E12 | LDS-Lidar | 12 Forbidden, 8 Virtual Walls | Yes (with curving wall support) | ⭐⭐⭐⭐ (high-pitched) |
Conclusions:
- 🏆 Best accuracy in hybrid mapping models (LIDAR) + camera, for example, DreameBot D9.
- 💰 Budget models (e.g. Viomi) V3) Often lose areas after updates.
- 🔧 Flagship versions (such as Mi Robot Vacuum-Mop 2 Ultra) allow you to customize even curved virtual walls.
If you choose a robot vacuum cleaner and plan to actively use cleaning areas, pay attention to the models with the following: LDS-Lidar -- they're more stable with maps (VSLAM) less accurate, but less accurate, especially in dark rooms.