Productivity
Productivity
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10 minutes
4 Best Parental Control App 2025. What Should Pay Attention To When Using.
4 Best Parental Control App 2025. What Should Pay Attention To When Using.
Karly Chan
Published on
Updated on
Updated on
More kids are having their own smartphones as parents are prioritizing safety and instant communication. While communication becomes increasingly convenient, children owning smartphones has also exposes them to more dangers. Out of concern for the safety of their children and excessive phone usage, some parents install parental control app software to monitor their kid’s phone. What should parents look out when using these apps? This article provides 4 useful tips and reviews the 4 parental control apps. Check it out!
Why should parents monitor their children's phones?
1. To manage phone usage time
Children may be addicted to games, short videos, social media, and use mobile phones uncontrollably. At this time, by monitoring their children's mobile phone usage time and managing app usage time, parents can guide their children to live a healthier, more time-managed life.
2. Detect harmful messages and programmes
Children may not be able to distinguish toxic and harmful information on the Internet at their young age. Regularly checking your children’s mobile text messages, web browsing history and social media can prevent them from getting bad influence from sexual, violent, gambling, fraud and drug-related content. At the same time, you can give them proper guidence of using internet.
3. Avoid accidental payment
Currently the payment verification process on phones is becoming more and more simple, which brings convenience but also hidden dangers. Children may purchase in-game items, donate to streamers, or accidentally subscribe to an app. If not discovered in time, it may cause big losses.
4. Keep eyes on children and prevent dangers
Parents cannot be with their children at all times and cannot 100% be aware of what happens at school or with friends. By monitoring the text messages or chat records of children's mobile phones, they may be able to know at the first time when there are conflicts with classmates, school bullying (being bullied or bullying), violence, etc. Some monitoring programs can also track the location of kid’s phones, so when kids are in danger, parents can arrive as soon as possible.
5. Troubleshoot tech problems
When kids encounter technical problems with their phone, such as settings, backup problems, upload files etc,. parents can use remote programs to control their children's mobile phones and help fix it.
4 things to pay attention to before monitoring your children’s phones
1. Respect children
Although we understand that parents monitor their children's mobile phones out of concern. But please remember that the child also has their own ideas, secrets and privacy. Please remember this before using a monitoring program:always respect your child and their opinions. Don't go too far or you may cause the relationship to deteriorate.
2. Communicate with your children
Talk about your thoughts and reasons with your child before monitoring their phone. At the same time, listen to theirs, communicate to reach a consensus. Make sure you have your child's consent before downloading and using a phone monitoring program. If they strongly disagree with the idea, communitate and figure out other ways.
3. Make an agreement and stick to it
Make an agreement with your child when you can monitor their phone, what apps you can monitor and can’t and stick to it. Remember, trust and communication are more important than anything else.
4. Choose safe monitoring software
When you decide to use a monitoring program, remember to choose one with a high security level. Since these programs gain access to most of your phone's permissions, using unsafe programs may cause the risk of information leakage. In serious cases, it may also pose a threat to the safety of your children.
4 best parental control software 2024
DeskIn
DeskIn is a remote desktop software suitable for web, Android, ios, Windows and MacBook. This means that you can use not only your phone, but also a computer to remotely control your child's mobile phone. You can delete risky messages, check phone usage time, block apps by remotely accessing your kid’s phone. Compared to other programs, DeskIn will not record the browsing history, track location of the remote mobile phone. You can only view and operate the remote phone with its permission. This leaves space for kid’s privacy and makes it easier for children to accept.
Pros:
Secure: DeskIn only allows devices under the same account to remotely control the phone ,which can prevent children's phones from being monitored by strangers.
Cross-system compatible: DeskIn has Android, ios, Windows and MacBook versions. You can use a computer to remotely monitor your child's phone, or you can use your phone to remotely monitor your child's computer.
Voice call: DeskIn allows you to make voice calls while accessing your child's phone. When you discover some harmful apps or messages, even if the children are not around, you can ask your kids for more details and provide guidance. You can also conduct synchronous teaching when helping them fix tech problems.
Use the remote camera: You can also use DeskIn to access the front and rear camera of your kid’s phone. When your child is in danger, you can know where they are are what’s going on.
Flexible connection methods: DeskIn allows two connection methods, manual verification and unattended password connection, which makes it more acceptable to children. Under normal circumstances, you can ask your child to do manual verification when monitoring their phone, just to inform them. In an emergency, you can still use a password for unattended connection.
Cons:
Can't track the location of the kid's phone.
Family Link
Family Link is a parental control software developed by Google that allows users to manage Android phones. It essentially manages children’s phones by managing their Google accounts. It can block or allow individual apps, hide apps, find devices, set a bedtime and set app limits. But it also has loopholes that when using a hidden browser, kids can bypass browsing restrictions. Some netizens also reported that its time limit function is easy to be bypassed by children.
Pros:
Set time limit: You can set downtime for kids’ devices and time limit for apps.
Block software or websites: You can manage app permissions and website browsing permissions of your kid’s phone. Limit the display of adult content or even allow them to view only certain websites.
You can approve or block apps kids download from Playstore and .
Track your child’s location: You can use a map to track your child’s real-time location, or you can set to receive a reminder when your child reaches a certain location.
Cons:
Can manage Android phones only
Don't support remote control the mobile phone
Website browsing restrictions and control time can be bypassed
KidsGuard
KidsGuard is more of a “spyware”, it can monitor all operations of the mobile phone, obtain all files on the mobile phone and record chat messages. Basically, all usage information of the binded mobile phone will be scanned and recorded. However, it does not have many operational functions, such as setting usage time limits, restricting web pages to browse, etc.
Pros:
Free simulation demo screen is provided. You can simulate it first and then decide whether to pay.
Can monitor iPhone via iCloud, receive and manage emails, view contacts, photos, reminders, etc.
Track social media messages with keywords: You can query messages using keywords.
Payment monitoring: can record children’s subscription consumption in the app store
You can view all usage status and reports of the remote mobile phone through the web panel: usage time, mobile phone files, browsing history, chat history, etc.
Cons:
You need to pay to unlock advanced features
The mobile phone cannot be directly controlled and set.
Obtaining too many permissions on the mobile phone and recording too much content can easily lead to privacy leaks.
Airdroid
Airdroid is a comprehensive control application that allows you to control devices with AirDroid Kids through AirDroid Parental Control App. Supports monitoring remote mobile devices using mobile phones or web pages. After payment, it supports management of up to 10 devices.
Pros:
You can use the camera and microphone of your kid’s Android phone to view and listen to the environment and sounds around your child.
Synchronously receive notifications from apps on your child’s Android phone, such as Line and Facebook.
You can get the daily/weekly report of your child’s mobile phone usage through the report panel.
You can manage and limit the usage time or permissions of mobile phones, software, and web pages.
Keyword detection: Conduct keyword detection on social software to identify harmful content or potential bullying issues.
Track the location of the mobile phone.
Cons:
There is no free version, you need to pay to unlock all features
Obtaining too many permissions on mobile phones and recording too much content can easily lead to privacy leaks.
How to use DeskIn to access your child’s phone
Step 1: Install DeskIn on your device and your child’s phone, register and log in to a same DeskIn account.
Step 2: Ask your child to open DeskIn, toggle on “Allow remote control" button to allow accessing, and set a connection password.
Step 3: Then you can find your child's phone in the device list or use the device ID to access their phone. Your child can do manual verification, or you can use password to do unattended access.
Conclusion
This article introduces 4 parental control software to help parents monitor their children's mobile phone. Each software has its pros and cons, and you can choose according to your needs.
Among the four software, DeskIn can full-control kid’s mobile phone and requires fewer permissions, making it easier for children to accept. Although parents have a good intention to monitor their children's mobile phones, parents should not go too far and give children space and respect their privacy. What’s important in a good parent and kid relationship is mutual trust.
More kids are having their own smartphones as parents are prioritizing safety and instant communication. While communication becomes increasingly convenient, children owning smartphones has also exposes them to more dangers. Out of concern for the safety of their children and excessive phone usage, some parents install parental control app software to monitor their kid’s phone. What should parents look out when using these apps? This article provides 4 useful tips and reviews the 4 parental control apps. Check it out!
Why should parents monitor their children's phones?
1. To manage phone usage time
Children may be addicted to games, short videos, social media, and use mobile phones uncontrollably. At this time, by monitoring their children's mobile phone usage time and managing app usage time, parents can guide their children to live a healthier, more time-managed life.
2. Detect harmful messages and programmes
Children may not be able to distinguish toxic and harmful information on the Internet at their young age. Regularly checking your children’s mobile text messages, web browsing history and social media can prevent them from getting bad influence from sexual, violent, gambling, fraud and drug-related content. At the same time, you can give them proper guidence of using internet.
3. Avoid accidental payment
Currently the payment verification process on phones is becoming more and more simple, which brings convenience but also hidden dangers. Children may purchase in-game items, donate to streamers, or accidentally subscribe to an app. If not discovered in time, it may cause big losses.
4. Keep eyes on children and prevent dangers
Parents cannot be with their children at all times and cannot 100% be aware of what happens at school or with friends. By monitoring the text messages or chat records of children's mobile phones, they may be able to know at the first time when there are conflicts with classmates, school bullying (being bullied or bullying), violence, etc. Some monitoring programs can also track the location of kid’s phones, so when kids are in danger, parents can arrive as soon as possible.
5. Troubleshoot tech problems
When kids encounter technical problems with their phone, such as settings, backup problems, upload files etc,. parents can use remote programs to control their children's mobile phones and help fix it.
4 things to pay attention to before monitoring your children’s phones
1. Respect children
Although we understand that parents monitor their children's mobile phones out of concern. But please remember that the child also has their own ideas, secrets and privacy. Please remember this before using a monitoring program:always respect your child and their opinions. Don't go too far or you may cause the relationship to deteriorate.
2. Communicate with your children
Talk about your thoughts and reasons with your child before monitoring their phone. At the same time, listen to theirs, communicate to reach a consensus. Make sure you have your child's consent before downloading and using a phone monitoring program. If they strongly disagree with the idea, communitate and figure out other ways.
3. Make an agreement and stick to it
Make an agreement with your child when you can monitor their phone, what apps you can monitor and can’t and stick to it. Remember, trust and communication are more important than anything else.
4. Choose safe monitoring software
When you decide to use a monitoring program, remember to choose one with a high security level. Since these programs gain access to most of your phone's permissions, using unsafe programs may cause the risk of information leakage. In serious cases, it may also pose a threat to the safety of your children.
4 best parental control software 2024
DeskIn
DeskIn is a remote desktop software suitable for web, Android, ios, Windows and MacBook. This means that you can use not only your phone, but also a computer to remotely control your child's mobile phone. You can delete risky messages, check phone usage time, block apps by remotely accessing your kid’s phone. Compared to other programs, DeskIn will not record the browsing history, track location of the remote mobile phone. You can only view and operate the remote phone with its permission. This leaves space for kid’s privacy and makes it easier for children to accept.
Pros:
Secure: DeskIn only allows devices under the same account to remotely control the phone ,which can prevent children's phones from being monitored by strangers.
Cross-system compatible: DeskIn has Android, ios, Windows and MacBook versions. You can use a computer to remotely monitor your child's phone, or you can use your phone to remotely monitor your child's computer.
Voice call: DeskIn allows you to make voice calls while accessing your child's phone. When you discover some harmful apps or messages, even if the children are not around, you can ask your kids for more details and provide guidance. You can also conduct synchronous teaching when helping them fix tech problems.
Use the remote camera: You can also use DeskIn to access the front and rear camera of your kid’s phone. When your child is in danger, you can know where they are are what’s going on.
Flexible connection methods: DeskIn allows two connection methods, manual verification and unattended password connection, which makes it more acceptable to children. Under normal circumstances, you can ask your child to do manual verification when monitoring their phone, just to inform them. In an emergency, you can still use a password for unattended connection.
Cons:
Can't track the location of the kid's phone.
Family Link
Family Link is a parental control software developed by Google that allows users to manage Android phones. It essentially manages children’s phones by managing their Google accounts. It can block or allow individual apps, hide apps, find devices, set a bedtime and set app limits. But it also has loopholes that when using a hidden browser, kids can bypass browsing restrictions. Some netizens also reported that its time limit function is easy to be bypassed by children.
Pros:
Set time limit: You can set downtime for kids’ devices and time limit for apps.
Block software or websites: You can manage app permissions and website browsing permissions of your kid’s phone. Limit the display of adult content or even allow them to view only certain websites.
You can approve or block apps kids download from Playstore and .
Track your child’s location: You can use a map to track your child’s real-time location, or you can set to receive a reminder when your child reaches a certain location.
Cons:
Can manage Android phones only
Don't support remote control the mobile phone
Website browsing restrictions and control time can be bypassed
KidsGuard
KidsGuard is more of a “spyware”, it can monitor all operations of the mobile phone, obtain all files on the mobile phone and record chat messages. Basically, all usage information of the binded mobile phone will be scanned and recorded. However, it does not have many operational functions, such as setting usage time limits, restricting web pages to browse, etc.
Pros:
Free simulation demo screen is provided. You can simulate it first and then decide whether to pay.
Can monitor iPhone via iCloud, receive and manage emails, view contacts, photos, reminders, etc.
Track social media messages with keywords: You can query messages using keywords.
Payment monitoring: can record children’s subscription consumption in the app store
You can view all usage status and reports of the remote mobile phone through the web panel: usage time, mobile phone files, browsing history, chat history, etc.
Cons:
You need to pay to unlock advanced features
The mobile phone cannot be directly controlled and set.
Obtaining too many permissions on the mobile phone and recording too much content can easily lead to privacy leaks.
Airdroid
Airdroid is a comprehensive control application that allows you to control devices with AirDroid Kids through AirDroid Parental Control App. Supports monitoring remote mobile devices using mobile phones or web pages. After payment, it supports management of up to 10 devices.
Pros:
You can use the camera and microphone of your kid’s Android phone to view and listen to the environment and sounds around your child.
Synchronously receive notifications from apps on your child’s Android phone, such as Line and Facebook.
You can get the daily/weekly report of your child’s mobile phone usage through the report panel.
You can manage and limit the usage time or permissions of mobile phones, software, and web pages.
Keyword detection: Conduct keyword detection on social software to identify harmful content or potential bullying issues.
Track the location of the mobile phone.
Cons:
There is no free version, you need to pay to unlock all features
Obtaining too many permissions on mobile phones and recording too much content can easily lead to privacy leaks.
How to use DeskIn to access your child’s phone
Step 1: Install DeskIn on your device and your child’s phone, register and log in to a same DeskIn account.
Step 2: Ask your child to open DeskIn, toggle on “Allow remote control" button to allow accessing, and set a connection password.
Step 3: Then you can find your child's phone in the device list or use the device ID to access their phone. Your child can do manual verification, or you can use password to do unattended access.
Conclusion
This article introduces 4 parental control software to help parents monitor their children's mobile phone. Each software has its pros and cons, and you can choose according to your needs.
Among the four software, DeskIn can full-control kid’s mobile phone and requires fewer permissions, making it easier for children to accept. Although parents have a good intention to monitor their children's mobile phones, parents should not go too far and give children space and respect their privacy. What’s important in a good parent and kid relationship is mutual trust.
What’s next?
PRODUCTIVITY
Control Windows from Your iPad Using Chrome Remote Desktop: Tips & Limits | DeskIn Japan
Can an iPad Actually Replace a Windows PC?
You're settled into a café in Shimokitazawa or a co-working space in Shinjuku, iPad in hand, no laptop in sight. It sounds ideal — until you need full Excel functionality, a Windows-only business application, or software sitting on the office PC back at your desk.
For many people living and working in Japan, this situation comes up more often than expected. The answer is remote desktop access — specifically, using your iPad to connect to and control a Windows PC from wherever you are.
Why Chrome Remote Desktop Is the First Option Most People Try
Among the remote desktop tools available, Google's Chrome Remote Desktop (CRD) consistently gets chosen as the starting point. It's completely free, requires no technical background to set up, and works across devices. For anyone wanting to test the concept before committing to a paid tool, it's the natural first step.
But Knowing the Tricks — and the Limits — Makes All the Difference
Using an iPad to control a Windows PC isn't quite as seamless as it sounds. Touch input and mouse input are fundamentally different, and without a few adjustments, the experience can feel clunky fast. This guide covers the setup process from scratch, the gestures and settings that actually make it workable, and the honest limitations you'll run into if you push it too far.
Why Do So Many iPad Users Start with Chrome Remote Desktop?
Among all the remote desktop options out there, Chrome Remote Desktop wins on approachability. The reason comes down to its sheer ease of use.
Low Cost, Low Friction
Completely free, with no feature restrictions: Whether for personal or professional use, everything is available at no cost — the biggest advantage by far.
No complex setup required: No VPN configuration, no router port-forwarding, no specialist knowledge needed. If you have a Google account, setup takes a few minutes.
Works across devices: Windows, Mac, and iPadOS all connect seamlessly — no environment restrictions.
For anyone who wants to try remote access on their existing iPad without spending anything or reconfiguring their network, CRD is the right place to start.
How to Make Windows Actually Comfortable on an iPad
An iPad and a Windows PC speak different languages — one is built for touch, the other for a mouse. Bridging that gap takes some deliberate setup.
Switch Between Touch Mode and Trackpad Mode
The iPad app offers two control modes. Not knowing about this is the most common reason people give up early.
Trackpad Mode (recommended): Moving your finger anywhere on screen moves the mouse cursor — similar to using a laptop trackpad. Right-click and drag-and-drop work accurately, making this the right choice for Excel, business software, or anything requiring precise input.
Touch Mode: Tapping the screen directly clicks at that point. This works better for browsing or watching videos — consumption tasks rather than production work.
Tip: Switch between modes instantly from the side-panel menu that appears when you swipe in from the right edge of the screen. Get into the habit of switching based on what you're doing.
Essential Gestures — No Mouse Needed
You can replicate most standard mouse actions with just your fingers:
Right-click: Tap with two fingers simultaneously
Drag and drop: Long-press on a target with one finger, then slide
Scroll: Slide two fingers up or down
Keyboard Input: Getting the Command Key to Behave
If you're using an iPad keyboard like the Magic Keyboard, the key layout takes some getting used to.
Command = Ctrl: The iPad's Command key functions as the Windows Ctrl key in remote sessions. Command + C copies, Command + V pastes — standard shortcuts carry over in that sense.
Japanese input switching: This is where most people hit a wall. The usual shortcuts for toggling between Japanese and English input (nihongo nyūryoku, 日本語入力) — Ctrl + Space or Caps Lock — often don't transmit cleanly to Windows. When this happens, the most reliable workaround is tapping the IME icon in the Windows taskbar directly, or reconfiguring the input method shortcut on the Windows side.
Step-by-Step: Connecting Your iPad to a Windows PC
Step 1 — Configure the Windows PC (Host)
Start on the Windows machine you want to access remotely.
Access the official site in Chrome: Open Chrome and go to remotedesktop.google.com/access
Install the extension: Under "Set up remote access," click the blue download icon and install the Chrome extension.
Enable Remote Access: Click "Turn on" and give your PC a name.
Set your PIN: Create a PIN of at least six digits — you'll need this every time you connect from your iPad. The Windows PC is now ready.
Step 2 — Install the App and Log In on Your iPad
Download the app: Search for "Chrome Remote Desktop" in the App Store and install it.
Log in: Sign in with the same Google account you used on your Windows PC.
Select your PC: Your PC will appear in the device list once it's online.
Step 3 — Connect and Adjust the Display
Enter your PIN: Select your PC from the list and enter the PIN you set. Connection is now established.
Optimise the display: Open the menu (the three-line icon at the bottom right of the screen), go to Settings, and enable "Shrink to fit." This resizes the Windows display to match your iPad's screen, so you're not scrolling around a desktop that doesn't fit.
Four Real Limitations of Chrome Remote Desktop on iPad
CRD is genuinely useful — but if you're trying to use your iPad as a primary work machine through it, these friction points will catch up with you.
1. Aspect Ratio and Display Quality
iPads use a 4:3 aspect ratio; most Windows PCs use 16:9.
Black bars: When displayed on an iPad, large black bars appear at the top and bottom of the screen, reducing your actual working area.
Blurry text: CRD isn't optimised for Retina displays, so fine text — spreadsheet cells, small interface labels — appears soft and blurry. After an hour of this, eye fatigue sets in fast.
2. Japanese Input Switching Is a Persistent Headache
This is the biggest pain point for most users working in Japanese.
Shortcut conflicts: Trying to switch between Japanese and English input on the iPad side doesn't transmit cleanly to Windows, leading to constant input errors and frustrating interruptions.
Typing lag: Depending on network conditions, typed characters can appear a beat behind what you're typing — making longer Japanese text genuinely painful to compose.
3. Mouse and Peripheral Compatibility Has Real Limits
Even with a physical mouse connected to your iPad, the experience doesn't match what you'd get on a PC.
Unnatural scrolling: Scroll wheel behaviour can be jerky or even reversed.
Advanced inputs not supported: Mouse side buttons aren't recognised, and right-clicking requires a long-press or two-finger tap workaround rather than a direct click. The speed and fluidity of a real PC setup simply isn't achievable.
4. No Direct File Transfer
Chrome Remote Desktop is purely a screen control tool — it doesn't support file transfer between your iPad and Windows PC.
No direct sending: Transferring a photo from your iPad to Windows, or saving a Windows document to your iPad, requires routing through cloud storage like Google Drive or iCloud. It works, but it breaks your workflow every time.
When You're Ready for More: DeskIn as a Serious Work Tool
If CRD's limitations are getting in the way of actual productivity, DeskIn was built to solve exactly those problems. Where CRD is designed for "basic screen control," DeskIn is designed for genuine professional use — remote sessions that feel as close to working locally as possible.
4K/60FPS with Full Retina Display Support — No More Blurry Screens
The blurry text and choppy movement that characterise CRD on an iPad? DeskIn eliminates both.
Outstanding display quality: 4K resolution and 60FPS high frame rate support. iPad's Retina display is used to its full potential — the experience feels like running Windows locally.
Automatic aspect ratio optimisation: DeskIn adapts automatically to the iPad's 4:3 ratio, filling the screen properly without black bars.
Keyboard and Mouse That Actually Work Properly
Input performance is where the gap between DeskIn and CRD is most noticeable.
Stress-free Japanese input: Switching between Japanese and English works smoothly. iPad keyboard shortcuts don't conflict with Windows, so you can type in full focus.
Gaming-level peripheral support: Scroll wheel and mouse side buttons fully supported. DeskIn also lets you place custom virtual keyboard layouts — for gaming or work — directly on screen, useful in environments where you don't have a hardware keyboard to hand.
Features Built for Real Work
Standard features not found in CRD, all directly relevant to getting work done:
Direct file transfer: Move files between your iPad and Windows PC without touching cloud storage. Photos, documents, design files — sent directly and immediately.
Multi-monitor support: Use your iPad as an extended display for your Windows PC — effectively a second screen — when working away from your desk.
Independent security: DeskIn uses its own advanced encryption and doesn't rely on a Google account, reducing the single point of failure that CRD carries.
Summary: Choose the Right Tool for the Job
Remote access from iPad to Windows opens up genuine flexibility in how and where you work. But which tool is right for you depends on what you're actually trying to do.
Chrome Remote Desktop works well if you:
Want a completely free solution with no setup complexity
Only need occasional access — checking a file, making a quick change
Don't need precision input or extended work sessions
DeskIn is worth considering if you:
Want your iPad to function as a genuine secondary work machine
Need to do extended work in Excel, document editing, or design tools
Find the display quality, input lag, or Japanese input issues frustrating
Want to transfer files directly between iPad and Windows without cloud workarounds
A Practical Suggestion
Starting with Chrome Remote Desktop is a perfectly reasonable approach — it costs nothing and gets you connected in minutes. But if you keep running into the same friction points — blurry display, awkward Japanese input, no file transfer — that's a clear signal your workflow needs more than CRD can offer.
That's when DeskIn is worth installing. Your iPad becomes a considerably more capable Windows machine than you might have expected.
Recommended Reads:
A Must-Read for Fresh Professionals: How Remote Desktop Can Support Your Fresh Start
PRODUCTIVITY
How to Use AnyDesk Wake on LAN to Power On Your Remote PC
If you want to remotely power on a sleeping computer, AnyDesk Wake on LAN can be a useful feature. It allows you to wake a device without physically pressing the power button, making remote work and system maintenance much easier.
In this guide, we'll walk through how to configure AnyDesk Wake on LAN step by step, including BIOS settings, operating system configuration, and AnyDesk options. While the process works well when everything is configured correctly, it can also involve several technical steps. That's why we'll also introduce DeskIn, a simpler and more streamlined alternative for remote access and Wake on LAN. Keep reading to learn both approaches.
What Is Wake on LAN and Why Do You Need It?
Wake on LAN is a networking feature that allows a device to be powered on remotely through a special network signal known as a "magic packet." When the sleeping computer's network card receives this packet, it sends a signal to the motherboard to start the system.
The main benefit of Wake on LAN is convenience and energy efficiency. Instead of keeping a computer running all day, you can leave it in sleep or shutdown mode and wake it only when needed. This saves electricity and extends hardware lifespan.
Another advantage is accessibility. Whether you're working from home, performing remote maintenance, or managing servers, Wake on LAN ensures devices remain reachable even when they are powered down. IT teams often rely on this capability to troubleshoot systems or perform updates without being physically present.
How to Set Up AnyDesk Wake on LAN Step by Step
Configuring AnyDesk Wake on LAN involves preparing the hardware, enabling settings in your operating system, and activating the feature in AnyDesk itself. The steps below will guide you through the process.
Step 1. Enable Wake on LAN in BIOS or UEFI
The first requirement is enabling Wake on LAN at the motherboard level.
Restart your computer.
Enter the BIOS or UEFI menu during startup (usually by pressing F2, DEL, or F10).
Open the Power Management section.
Locate a setting such as Wake on LAN, Power on by PCI-E, or similar.
Enable the option.
Save changes and exit the BIOS.
This step ensures the motherboard will allow network signals to power the system on.
Step 2. Configure the Network Adapter in Windows
Next, you need to allow the network card to receive wake signals.
Open Device Manager.
Expand Network Adapters.
Right-click your Ethernet adapter and select Properties.
Go to the Advanced tab and enable Wake on Magic Packet.
Open the Power Management tab.
Check Allow this device to wake the computer.
Also, enable Only allow a magic packet to wake the computer.
For users running AnyDesk Wake on LAN on Windows 11 or older systems, these steps are essentially the same.
Step 3. Disable Fast Startup (Optional but Recommended)
Some Windows systems block network wake signals due to the fast startup feature.
To disable it:
Open Control Panel.
Go to Power Options.
Click Choose what the power buttons do.
Select Change settings that are currently unavailable.
Uncheck Turn on fast startup.
This step often fixes situations where AnyDesk Wake on LAN is not working even though the configuration appears correct.
Step 4. Enable Wake on LAN Inside AnyDesk
Now configure the feature inside the AnyDesk client.
Open AnyDesk on the target computer.
Go to Settings.
Navigate to the Wake-on-LAN option.
Enable Allow Wake-on-LAN.
Ensure another AnyDesk device on the same network remains online.
When you try to connect to the sleeping device, AnyDesk will show a "Power On" option.
Step 5. Wake the Device Remotely
After completing the setup:
Open AnyDesk on your remote device.
Enter the address of the sleeping computer.
Click Power On.
AnyDesk will locate another active device on the same network and ask it to send the wake packet.
This process is how Wake on LAN AnyDesk functions behind the scenes. If everything is configured correctly, the sleeping machine will start, and AnyDesk will automatically connect.
Troubleshooting Common Wake Issues
Sometimes you may see errors such as AnyDesk Wake on LAN no device found. This usually means there is no active device on the same network to send the magic packet. Another frequent issue is that AnyDesk Wake on LAN not working due to Wi-Fi limitations. Wake signals are most reliable over wired Ethernet connections.
If troubleshooting becomes too time-consuming, many users choose tools designed to simplify remote desktop Wake on LAN workflows.
[Bonus] Why DeskIn Is a Smarter Choice
While AnyDesk provides Wake on LAN functionality, the setup process can be technical. Users often need to adjust BIOS settings, network adapters, and device configurations before the feature works properly.
DeskIn focuses on making remote access simpler and more reliable. First, the setup process is easier. Devices linked to the same DeskIn account can be managed quickly without complex network configuration or troubleshooting steps. Second, DeskIn delivers excellent performance for remote connections. It supports high-resolution sessions, smooth frame rates, and stable connections even when accessing powerful workstations remotely. Third, DeskIn integrates device management, remote access, and connectivity tools into one platform. Instead of relying on multiple Wake on LAN software tools, users can manage everything from a single interface.
For professionals who frequently need remote access, DeskIn provides a faster and more predictable experience.
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FAQs About AnyDesk Wake on LAN
1. Can AnyDesk do Wake-on-LAN?
Yes. AnyDesk supports Wake on LAN as long as the hardware, operating system, and application settings are configured properly. Another device on the same network must remain active to send the wake signal.
2. How do I enable remote Wake-on-LAN?
You must enable Wake on LAN in three places: the BIOS or UEFI firmware, the operating system's network adapter settings, and the AnyDesk client configuration. Once enabled, you can wake a sleeping device remotely.
3. How does Wake on LAN work?
Wake on LAN works by sending a "magic packet" containing the device's MAC address through the network. The network card receives the packet and signals the motherboard to power the system.
4. Does Wake-on-LAN work if the computer is off?
Yes, but only if the system supports Wake on LAN from the shutdown state and still receives standby power through the network adapter. For smoother remote control workflows, many users adopt tools like DeskIn.
Conclusion
Setting up AnyDesk Wake on LAN allows you to power on a remote computer without physically accessing it. By enabling BIOS settings, configuring the network adapter, and activating the feature inside AnyDesk, you can wake sleeping machines and connect instantly.
However, the setup process can sometimes be complicated, especially when dealing with hardware compatibility or network configuration issues. If you prefer a simpler and more reliable remote access experience, DeskIn provides an excellent alternative.
With streamlined device management, stable remote sessions, and easier setup, DeskIn helps you stay connected to your computers anytime while still benefiting from the power of Wake on LAN.
PRODUCTIVITY
How to Set Up TeamViewer Wake on LAN (Step-by-Step Complete Guide)
Turning on your computer remotely can save time, energy, and frustration. Many users rely on TeamViewer Wake on LAN to start a sleeping computer without physically pressing the power button. Whether you want to access your office PC from home or wake a server in another room, Wake on LAN makes remote work much easier.
In this guide, we'll walk through how to configure TeamViewer Wake on LAN step by step. We'll also introduce DeskIn, a simpler remote access solution that can make remote wake and control smoother and more reliable. If you've ever struggled with complicated configuration or TeamViewer Wake on LAN not working, keep reading to discover an easier approach.
What Is Wake on LAN and How Does It Work?
Wake on LAN (WoL) is a network technology that allows a computer to power on or wake from sleep when it receives a special network signal called a "magic packet." This packet is sent through the network to the computer's network interface card, which remains partially active even when the system is powered down.
When configured correctly, tools like TeamViewer send that packet from another device on the same network or through the internet. The target computer's motherboard and network adapter detect the signal and trigger the system to start up.
This process is often used for remote work, server management, or accessing a home PC while traveling. Many people combine remote desktop Wake on LAN features with remote control software so they can both power on and operate their computer from anywhere.
How to Set Up TeamViewer Wake on LAN
Setting up TeamViewer Wake on LAN involves configuring your hardware, operating system, and TeamViewer settings. Follow the steps below carefully to ensure everything works properly.
Step 1. Enable Wake on LAN in BIOS or UEFI
First, you need to activate Wake on LAN at the hardware level. Restart your computer and enter the BIOS or UEFI setup menu. This is usually done by pressing keys like F2, F12, Delete, or Esc during startup. Inside the BIOS interface, navigate to the Power Management section.
Look for an option such as Wake on LAN, Power On by PCI-E, or Resume by LAN and enable it. Save the settings and exit the BIOS. Without this configuration, no Wake on LAN software will be able to power on your computer remotely.
Step 2. Configure the Network Adapter
Next, you need to allow your network adapter to receive wake signals. Open Device Manager and locate your network adapter under the Network Adapters category. Right-click the adapter and open its Properties panel.
In the Power Management tab, enable the option allowing the device to wake the computer. In the Advanced settings, ensure Wake on Magic Packet is enabled. These steps are essential for both Wake on LAN Windows 10 and Windows 11 configurations. If your adapter does not support WoL, the feature will not work.
Step 3. Disable Fast Startup in Windows
Windows Fast Startup can sometimes interfere with WoL signals. Open Control Panel, go to Power Options, and locate the settings for what the power button does. From there, disable the fast startup feature and save your changes. This small adjustment often fixes problems when Wake on LAN Windows 11 or older Windows versions fail to respond to wake requests.
If these configuration steps start to feel complex, this is where DeskIn stands out. DeskIn integrates remote wake and remote access into a more streamlined workflow with fewer configuration hurdles.
Step 4. Install TeamViewer and Assign the Device
To use TeamViewer Wake on LAN, your computer must be linked to your TeamViewer account. Install the TeamViewer Host application on the computer you want to wake remotely. After installation, sign in and assign the device to your TeamViewer account. Once the computer appears in your device list, you will be able to configure wake options and manage the device remotely.
Step 5. Configure Wake on LAN in TeamViewer
Now you can configure the WoL settings inside TeamViewer. Open the application settings. Under the Device menu, go to Network, click Wake-on-LAN, click "Other TeamViewer within your local network", enter the TeamViewer ID of the device waking up the remote computer, click "Add...", and confirm by clicking "OK".
Step 6. Wake the Computer Remotely
After configuration, open your TeamViewer device list. Locate the offline computer and select the option to wake it. TeamViewer will send a magic packet through the network and start the remote computer. This method works on different systems, including TeamViewer Wake on LAN Mac, although Mac devices typically only wake from sleep mode rather than from a full shutdown.
If the device does not wake up, the issue may relate to network configuration, router settings, or incorrect BIOS settings. Many users searching for Wake on LAN not working run into these common problems.
[Bonus] Why DeskIn Is a Better Choice
While TeamViewer Wake on LAN works for many users, the setup process can be complicated. BIOS configuration, network adapter settings, and router port forwarding can make the process frustrating.
DeskIn offers a more streamlined approach for Wake on LAN and device management. Instead of juggling multiple configuration layers, DeskIn focuses on simplicity and reliability. Once your devices are connected to the same account, you can quickly access and manage them from anywhere without dealing with complicated networking rules. Another advantage is performance. DeskIn supports high-resolution remote sessions with smooth frame delivery, making it suitable not only for office work but also for creative tasks and high-performance workflows. This means you can wake your device, connect instantly, and continue working without interruptions.
DeskIn also integrates device management and remote control into one unified platform. Instead of using separate tools for wake, connection, and control, everything is handled in one place, which reduces troubleshooting time and improves reliability for daily remote work. If you frequently rely on remote desktop Wake on LAN functionality, DeskIn can provide a smoother and more predictable experience compared to traditional setups.
Want to see a detailed DeskIn walkthrough? Read our complete guide on setting up Wake on LAN.
👀 You may also be interested in:
FAQs about TeamViewer Wake on LAN
1. How to Wake-on-LAN with TeamViewer?
To use Wake on LAN with TeamViewer, you must enable Wake on LAN in BIOS, configure the network adapter, install TeamViewer Host, and set up the WoL settings in the application.
2. Is TeamViewer Wake on LAN free?
Many users ask if TeamViewer Wake on LAN is free. The feature is available in TeamViewer, but commercial usage may require a paid license depending on how the software is used.
3. How do I enable remote Wake-on-LAN?
To enable remote wake functionality, the target computer must support Wake on LAN, be connected via Ethernet, and have WoL activated in both hardware and operating system settings.
4. What if TeamViewer Wake on LAN is not working?
If TeamViewer Wake on LAN is not working, check BIOS settings, network adapter configuration, router port forwarding, and Windows power settings. If the process becomes too complicated, solutions like DeskIn provide simpler remote access alternatives.
Conclusion
Setting up TeamViewer Wake on LAN allows you to power on your computer remotely and access it whenever needed. By enabling Wake on LAN in BIOS, configuring your network adapter, and linking the device to TeamViewer, you can wake your PC from another device across the network.
However, the configuration process can sometimes be complex, especially when dealing with router settings or troubleshooting wake failures. If you want a more streamlined remote access experience, DeskIn offers a powerful alternative with smoother connectivity and easier device management. With DeskIn, you can spend less time configuring systems and more time getting work done remotely.
PRODUCTIVITY
Control Windows from Your iPad Using Chrome Remote Desktop: Tips & Limits | DeskIn Japan
Can an iPad Actually Replace a Windows PC?
You're settled into a café in Shimokitazawa or a co-working space in Shinjuku, iPad in hand, no laptop in sight. It sounds ideal — until you need full Excel functionality, a Windows-only business application, or software sitting on the office PC back at your desk.
For many people living and working in Japan, this situation comes up more often than expected. The answer is remote desktop access — specifically, using your iPad to connect to and control a Windows PC from wherever you are.
Why Chrome Remote Desktop Is the First Option Most People Try
Among the remote desktop tools available, Google's Chrome Remote Desktop (CRD) consistently gets chosen as the starting point. It's completely free, requires no technical background to set up, and works across devices. For anyone wanting to test the concept before committing to a paid tool, it's the natural first step.
But Knowing the Tricks — and the Limits — Makes All the Difference
Using an iPad to control a Windows PC isn't quite as seamless as it sounds. Touch input and mouse input are fundamentally different, and without a few adjustments, the experience can feel clunky fast. This guide covers the setup process from scratch, the gestures and settings that actually make it workable, and the honest limitations you'll run into if you push it too far.
Why Do So Many iPad Users Start with Chrome Remote Desktop?
Among all the remote desktop options out there, Chrome Remote Desktop wins on approachability. The reason comes down to its sheer ease of use.
Low Cost, Low Friction
Completely free, with no feature restrictions: Whether for personal or professional use, everything is available at no cost — the biggest advantage by far.
No complex setup required: No VPN configuration, no router port-forwarding, no specialist knowledge needed. If you have a Google account, setup takes a few minutes.
Works across devices: Windows, Mac, and iPadOS all connect seamlessly — no environment restrictions.
For anyone who wants to try remote access on their existing iPad without spending anything or reconfiguring their network, CRD is the right place to start.
How to Make Windows Actually Comfortable on an iPad
An iPad and a Windows PC speak different languages — one is built for touch, the other for a mouse. Bridging that gap takes some deliberate setup.
Switch Between Touch Mode and Trackpad Mode
The iPad app offers two control modes. Not knowing about this is the most common reason people give up early.
Trackpad Mode (recommended): Moving your finger anywhere on screen moves the mouse cursor — similar to using a laptop trackpad. Right-click and drag-and-drop work accurately, making this the right choice for Excel, business software, or anything requiring precise input.
Touch Mode: Tapping the screen directly clicks at that point. This works better for browsing or watching videos — consumption tasks rather than production work.
Tip: Switch between modes instantly from the side-panel menu that appears when you swipe in from the right edge of the screen. Get into the habit of switching based on what you're doing.
Essential Gestures — No Mouse Needed
You can replicate most standard mouse actions with just your fingers:
Right-click: Tap with two fingers simultaneously
Drag and drop: Long-press on a target with one finger, then slide
Scroll: Slide two fingers up or down
Keyboard Input: Getting the Command Key to Behave
If you're using an iPad keyboard like the Magic Keyboard, the key layout takes some getting used to.
Command = Ctrl: The iPad's Command key functions as the Windows Ctrl key in remote sessions. Command + C copies, Command + V pastes — standard shortcuts carry over in that sense.
Japanese input switching: This is where most people hit a wall. The usual shortcuts for toggling between Japanese and English input (nihongo nyūryoku, 日本語入力) — Ctrl + Space or Caps Lock — often don't transmit cleanly to Windows. When this happens, the most reliable workaround is tapping the IME icon in the Windows taskbar directly, or reconfiguring the input method shortcut on the Windows side.
Step-by-Step: Connecting Your iPad to a Windows PC
Step 1 — Configure the Windows PC (Host)
Start on the Windows machine you want to access remotely.
Access the official site in Chrome: Open Chrome and go to remotedesktop.google.com/access
Install the extension: Under "Set up remote access," click the blue download icon and install the Chrome extension.
Enable Remote Access: Click "Turn on" and give your PC a name.
Set your PIN: Create a PIN of at least six digits — you'll need this every time you connect from your iPad. The Windows PC is now ready.
Step 2 — Install the App and Log In on Your iPad
Download the app: Search for "Chrome Remote Desktop" in the App Store and install it.
Log in: Sign in with the same Google account you used on your Windows PC.
Select your PC: Your PC will appear in the device list once it's online.
Step 3 — Connect and Adjust the Display
Enter your PIN: Select your PC from the list and enter the PIN you set. Connection is now established.
Optimise the display: Open the menu (the three-line icon at the bottom right of the screen), go to Settings, and enable "Shrink to fit." This resizes the Windows display to match your iPad's screen, so you're not scrolling around a desktop that doesn't fit.
Four Real Limitations of Chrome Remote Desktop on iPad
CRD is genuinely useful — but if you're trying to use your iPad as a primary work machine through it, these friction points will catch up with you.
1. Aspect Ratio and Display Quality
iPads use a 4:3 aspect ratio; most Windows PCs use 16:9.
Black bars: When displayed on an iPad, large black bars appear at the top and bottom of the screen, reducing your actual working area.
Blurry text: CRD isn't optimised for Retina displays, so fine text — spreadsheet cells, small interface labels — appears soft and blurry. After an hour of this, eye fatigue sets in fast.
2. Japanese Input Switching Is a Persistent Headache
This is the biggest pain point for most users working in Japanese.
Shortcut conflicts: Trying to switch between Japanese and English input on the iPad side doesn't transmit cleanly to Windows, leading to constant input errors and frustrating interruptions.
Typing lag: Depending on network conditions, typed characters can appear a beat behind what you're typing — making longer Japanese text genuinely painful to compose.
3. Mouse and Peripheral Compatibility Has Real Limits
Even with a physical mouse connected to your iPad, the experience doesn't match what you'd get on a PC.
Unnatural scrolling: Scroll wheel behaviour can be jerky or even reversed.
Advanced inputs not supported: Mouse side buttons aren't recognised, and right-clicking requires a long-press or two-finger tap workaround rather than a direct click. The speed and fluidity of a real PC setup simply isn't achievable.
4. No Direct File Transfer
Chrome Remote Desktop is purely a screen control tool — it doesn't support file transfer between your iPad and Windows PC.
No direct sending: Transferring a photo from your iPad to Windows, or saving a Windows document to your iPad, requires routing through cloud storage like Google Drive or iCloud. It works, but it breaks your workflow every time.
When You're Ready for More: DeskIn as a Serious Work Tool
If CRD's limitations are getting in the way of actual productivity, DeskIn was built to solve exactly those problems. Where CRD is designed for "basic screen control," DeskIn is designed for genuine professional use — remote sessions that feel as close to working locally as possible.
4K/60FPS with Full Retina Display Support — No More Blurry Screens
The blurry text and choppy movement that characterise CRD on an iPad? DeskIn eliminates both.
Outstanding display quality: 4K resolution and 60FPS high frame rate support. iPad's Retina display is used to its full potential — the experience feels like running Windows locally.
Automatic aspect ratio optimisation: DeskIn adapts automatically to the iPad's 4:3 ratio, filling the screen properly without black bars.
Keyboard and Mouse That Actually Work Properly
Input performance is where the gap between DeskIn and CRD is most noticeable.
Stress-free Japanese input: Switching between Japanese and English works smoothly. iPad keyboard shortcuts don't conflict with Windows, so you can type in full focus.
Gaming-level peripheral support: Scroll wheel and mouse side buttons fully supported. DeskIn also lets you place custom virtual keyboard layouts — for gaming or work — directly on screen, useful in environments where you don't have a hardware keyboard to hand.
Features Built for Real Work
Standard features not found in CRD, all directly relevant to getting work done:
Direct file transfer: Move files between your iPad and Windows PC without touching cloud storage. Photos, documents, design files — sent directly and immediately.
Multi-monitor support: Use your iPad as an extended display for your Windows PC — effectively a second screen — when working away from your desk.
Independent security: DeskIn uses its own advanced encryption and doesn't rely on a Google account, reducing the single point of failure that CRD carries.
Summary: Choose the Right Tool for the Job
Remote access from iPad to Windows opens up genuine flexibility in how and where you work. But which tool is right for you depends on what you're actually trying to do.
Chrome Remote Desktop works well if you:
Want a completely free solution with no setup complexity
Only need occasional access — checking a file, making a quick change
Don't need precision input or extended work sessions
DeskIn is worth considering if you:
Want your iPad to function as a genuine secondary work machine
Need to do extended work in Excel, document editing, or design tools
Find the display quality, input lag, or Japanese input issues frustrating
Want to transfer files directly between iPad and Windows without cloud workarounds
A Practical Suggestion
Starting with Chrome Remote Desktop is a perfectly reasonable approach — it costs nothing and gets you connected in minutes. But if you keep running into the same friction points — blurry display, awkward Japanese input, no file transfer — that's a clear signal your workflow needs more than CRD can offer.
That's when DeskIn is worth installing. Your iPad becomes a considerably more capable Windows machine than you might have expected.
Recommended Reads:
A Must-Read for Fresh Professionals: How Remote Desktop Can Support Your Fresh Start
PRODUCTIVITY
How to Use AnyDesk Wake on LAN to Power On Your Remote PC
If you want to remotely power on a sleeping computer, AnyDesk Wake on LAN can be a useful feature. It allows you to wake a device without physically pressing the power button, making remote work and system maintenance much easier.
In this guide, we'll walk through how to configure AnyDesk Wake on LAN step by step, including BIOS settings, operating system configuration, and AnyDesk options. While the process works well when everything is configured correctly, it can also involve several technical steps. That's why we'll also introduce DeskIn, a simpler and more streamlined alternative for remote access and Wake on LAN. Keep reading to learn both approaches.
What Is Wake on LAN and Why Do You Need It?
Wake on LAN is a networking feature that allows a device to be powered on remotely through a special network signal known as a "magic packet." When the sleeping computer's network card receives this packet, it sends a signal to the motherboard to start the system.
The main benefit of Wake on LAN is convenience and energy efficiency. Instead of keeping a computer running all day, you can leave it in sleep or shutdown mode and wake it only when needed. This saves electricity and extends hardware lifespan.
Another advantage is accessibility. Whether you're working from home, performing remote maintenance, or managing servers, Wake on LAN ensures devices remain reachable even when they are powered down. IT teams often rely on this capability to troubleshoot systems or perform updates without being physically present.
How to Set Up AnyDesk Wake on LAN Step by Step
Configuring AnyDesk Wake on LAN involves preparing the hardware, enabling settings in your operating system, and activating the feature in AnyDesk itself. The steps below will guide you through the process.
Step 1. Enable Wake on LAN in BIOS or UEFI
The first requirement is enabling Wake on LAN at the motherboard level.
Restart your computer.
Enter the BIOS or UEFI menu during startup (usually by pressing F2, DEL, or F10).
Open the Power Management section.
Locate a setting such as Wake on LAN, Power on by PCI-E, or similar.
Enable the option.
Save changes and exit the BIOS.
This step ensures the motherboard will allow network signals to power the system on.
Step 2. Configure the Network Adapter in Windows
Next, you need to allow the network card to receive wake signals.
Open Device Manager.
Expand Network Adapters.
Right-click your Ethernet adapter and select Properties.
Go to the Advanced tab and enable Wake on Magic Packet.
Open the Power Management tab.
Check Allow this device to wake the computer.
Also, enable Only allow a magic packet to wake the computer.
For users running AnyDesk Wake on LAN on Windows 11 or older systems, these steps are essentially the same.
Step 3. Disable Fast Startup (Optional but Recommended)
Some Windows systems block network wake signals due to the fast startup feature.
To disable it:
Open Control Panel.
Go to Power Options.
Click Choose what the power buttons do.
Select Change settings that are currently unavailable.
Uncheck Turn on fast startup.
This step often fixes situations where AnyDesk Wake on LAN is not working even though the configuration appears correct.
Step 4. Enable Wake on LAN Inside AnyDesk
Now configure the feature inside the AnyDesk client.
Open AnyDesk on the target computer.
Go to Settings.
Navigate to the Wake-on-LAN option.
Enable Allow Wake-on-LAN.
Ensure another AnyDesk device on the same network remains online.
When you try to connect to the sleeping device, AnyDesk will show a "Power On" option.
Step 5. Wake the Device Remotely
After completing the setup:
Open AnyDesk on your remote device.
Enter the address of the sleeping computer.
Click Power On.
AnyDesk will locate another active device on the same network and ask it to send the wake packet.
This process is how Wake on LAN AnyDesk functions behind the scenes. If everything is configured correctly, the sleeping machine will start, and AnyDesk will automatically connect.
Troubleshooting Common Wake Issues
Sometimes you may see errors such as AnyDesk Wake on LAN no device found. This usually means there is no active device on the same network to send the magic packet. Another frequent issue is that AnyDesk Wake on LAN not working due to Wi-Fi limitations. Wake signals are most reliable over wired Ethernet connections.
If troubleshooting becomes too time-consuming, many users choose tools designed to simplify remote desktop Wake on LAN workflows.
[Bonus] Why DeskIn Is a Smarter Choice
While AnyDesk provides Wake on LAN functionality, the setup process can be technical. Users often need to adjust BIOS settings, network adapters, and device configurations before the feature works properly.
DeskIn focuses on making remote access simpler and more reliable. First, the setup process is easier. Devices linked to the same DeskIn account can be managed quickly without complex network configuration or troubleshooting steps. Second, DeskIn delivers excellent performance for remote connections. It supports high-resolution sessions, smooth frame rates, and stable connections even when accessing powerful workstations remotely. Third, DeskIn integrates device management, remote access, and connectivity tools into one platform. Instead of relying on multiple Wake on LAN software tools, users can manage everything from a single interface.
For professionals who frequently need remote access, DeskIn provides a faster and more predictable experience.
👀 You may also be interested in
FAQs About AnyDesk Wake on LAN
1. Can AnyDesk do Wake-on-LAN?
Yes. AnyDesk supports Wake on LAN as long as the hardware, operating system, and application settings are configured properly. Another device on the same network must remain active to send the wake signal.
2. How do I enable remote Wake-on-LAN?
You must enable Wake on LAN in three places: the BIOS or UEFI firmware, the operating system's network adapter settings, and the AnyDesk client configuration. Once enabled, you can wake a sleeping device remotely.
3. How does Wake on LAN work?
Wake on LAN works by sending a "magic packet" containing the device's MAC address through the network. The network card receives the packet and signals the motherboard to power the system.
4. Does Wake-on-LAN work if the computer is off?
Yes, but only if the system supports Wake on LAN from the shutdown state and still receives standby power through the network adapter. For smoother remote control workflows, many users adopt tools like DeskIn.
Conclusion
Setting up AnyDesk Wake on LAN allows you to power on a remote computer without physically accessing it. By enabling BIOS settings, configuring the network adapter, and activating the feature inside AnyDesk, you can wake sleeping machines and connect instantly.
However, the setup process can sometimes be complicated, especially when dealing with hardware compatibility or network configuration issues. If you prefer a simpler and more reliable remote access experience, DeskIn provides an excellent alternative.
With streamlined device management, stable remote sessions, and easier setup, DeskIn helps you stay connected to your computers anytime while still benefiting from the power of Wake on LAN.
Products
Download
Resources
Contact Us
Email: support@deskin.io
Office: 991D Alexandra Road #02-17, Singapore 119972
Copyright © 2026 Zuler Technology PTE. LTD. All rights reserved.
Contact Us
Email: support@deskin.io
Office: 991D Alexandra Road #02-17, Singapore 119972
Products
Download
Resources
Copyright © 2026 Zuler Technology PTE. LTD. All rights reserved.
Products
Download
Resources
Contact Us
support@deskin.io
991D Alexandra Road #02-17
Singapore 119972
Copyright © 2026 Zuler Technology PTE. LTD. All rights reserved.