Hey everyone. So my kid is in middle school and gaming has become a real problem during the day. We do remote learning a couple of days a week and even on regular school days, the second the phone or tablet is nearby, games are the first thing that gets opened. Homework takes twice as long, focus is totally gone, and I can literally see grades slipping.
Here is the thing though. I am not trying to be the parent who bans everything. I get it. Gaming is how kids hang out now. My kid talks to friends through games, unwinds after a rough day, and honestly seems happier after some screen time. So I am not looking to cut it out completely.
What I actually want is something that blocks access to games automatically during school hours, like 8am to 3pm on weekdays, and then opens everything back up after. No manual toggling. No daily arguments. No “just five more minutes” negotiations. Something that just works in the background and protects my child from the distraction without making me the bad guy every single morning.
Has anyone actually set this up? What tools or methods did you use? Did it stick long term?
Yes, you can absolutely do this, and there are a few solid ways to pull it off depending on what devices your kid is using.
For Android phones and tablets, Google Family Link is probably the most direct starting point. You can set app usage limits per day AND create downtime schedules, which means certain apps, including games, get completely blocked during whatever hours you choose. It runs silently in the background, no manual switching required. For Apple devices, Screen Time in iOS does the same thing with App Limits and Downtime combined. You set the schedule once, and it holds.
However, both device-level tools work on what your kid tells you or what the device logs show. If your child says “I was just doing homework,” you have no way to verify that unless you are sitting next to them.
That is where Xnspy comes in. It shows you actual phone activity, what apps were opened, how long they were used, and what was happening during school hours. It also has the ability to block access to installed apps remotely. So if your kid is playing games during schoold hours, you can remotely block that game app.
Now, the key thing with any monitoring tool is consent. Your child should know that the device is being monitored. Framing it as a safety measure rather than a punishment makes a real difference in how they respond to it long term.
For protecting children online and keeping school hours productive, this kind of layered approach, scheduled limits plus visibility into actual usage, tends to work far better than a single tool alone.
I went through this exact situation, and let me tell you something, the technical side is actually the easier part. The harder part is getting buy-in from the kid.
What worked for us was sitting down together and building the schedule as a team rather than just dropping restrictions out of nowhere. My kid felt like they had some say in it, and that changed everything. We agreed on school hours being “focus mode” and after 3:30 being free time. Once that was a mutual agreement, the resistance basically dropped.
On the technical side, we went with our router settings. Most modern routers, especially anything from TP Link or Netgear with parental control features, let you assign devices by MAC address and block specific categories of traffic on a schedule. Gaming platforms like Steam, Xbox Live, PlayStation Network, and mobile game servers all make heavy use of specific ports and domains. You can block those at the network level so it does not matter which device your kid picks up, the games just do not connect during school hours.
The bonus here is that it works across every device on your home network automatically. Phone, tablet, laptop, gaming console, all covered by one rule set.
A few things to watch for though. If your kid has mobile data on their phone, the router does nothing for that. You need to either disable mobile data during school hours through your carrier settings or pair the router approach with something device-level. Also, make sure your own devices are excluded from the rules. Nothing worse than locking yourself out of a work video call.
Stick with it for about three weeks, and it becomes the new normal.
"I completely get wanting games locked during school and unlocked after, without being the enforcer every day. Here are a few apps that can help you in that regard.
1. Xnspy
Xnspy provides remote app blocking combined with its Screen Record feature. You can view screen recordings or screenshots of your child’s device to see what they’re doing in real time. If you notice a game being played during school hours, you can then remotely block that specific app from the dashboard. The block stays in place until you manually lift it, so it’s a more hands-on approach that works well if you want to verify activity before stepping in.
2. MMGuardian
MMGuardian lets you set time-based rules that automatically disable games during chosen hours. You can configure a recurring weekday schedule, and once it’s set, the block activates and deactivates on its own. It works in the background and doesn’t require daily input.
3. Kidslox
Kidslox has a ““school time”” mode that locks the device so that only allowed apps are usable. You set which apps stay open and then schedule the mode to turn on and off at specific times. Games are inaccessible during the scheduled block and become available again when the mode ends, all automatically.
4. OurPact
OurPact allows you to block games or full app categories on a schedule. You set the start and end times for school days, and it enforces the rule remotely. Once the time window is over, the blocked games are available again without any manual change.
With Xnspy, you trade automatic scheduling for real-time visibility. You can see exactly what’s happening on screen and block reactively. The other three offer the set-and-forget school schedule so that the phone handles the blocking for you. All of them can help make gaming boundaries more consistent without daily arguments."
From a technical standpoint, the methods being discussed here fall into three distinct categories, and understanding the difference actually helps you pick the right one for your setup.
Category 1: Device-Level Enforcement
This works through the operating system itself using built-in parental supervision features. These controls sit at the OS layer, meaning they can restrict specific apps regardless of what network the device is on. This is important because mobile data completely bypasses router-based controls. Device-level enforcement covers the device everywhere, at home, at school, and at a friend’s place.
Effectiveness data point: A study published by the American Academy of Pediatrics found that children aged 8 to 12 spend an average of 4 to 6 hours per day on screens for entertainment. Scheduled device controls have been shown to reduce this significantly when consistently applied.
Category 2: Network-Level Enforcement
Router-based parental controls, DNS filtering services like OpenDNS or NextDNS, and similar tools work at the traffic layer. They are effective for Wi-Fi-connected devices and are harder for kids to work around because there is no app to uninstall. However, they fail the moment the device switches to cellular data.
Category 3: Monitoring and Oversight Tools
These do not necessarily block anything but provide behavioral data. They answer the question of whether restrictions are actually being respected or being worked around. Useful as a second layer when you want to verify and not just assume compliance.
The most technically sound approach combines Category 1 for mobile devices with Category 2 for home Wi-Fi. Adding Category 3 as a verification layer gives you full coverage without relying on any single point of control.
No single tool covers everything. Layering two or three approaches closes the gaps.
If your kid is on Android, you have more granular control than most people realize using the built-in Digital Wellbeing suite. Here is exactly how to set this up without needing any third-party app.
How to Block Games During School Hours on Android: A Step-by-Step Parent Guide
Setting Up Digital Wellbeing Directly on the Device
Android has a built-in tool called Digital Wellbeing and Parental Controls that handles this well:
- Open Settings on the child’s Android device
- Scroll to Digital Wellbeing and Parental Controls
- Tap “Parental Controls” and set up supervision with your Google account
- Under “App activity,” find each game and set a daily time limit to zero for school day hours
- Use “Focus Mode” to schedule a block that automatically activates at 8am and lifts at 3pm on weekdays
- Enable “Downtime” scheduling to grey out all non-essential apps during the same window
Using Focus Mode as a Scheduled Block
Focus Mode in Digital Wellbeing lets you pick specific apps to pause and set a repeating schedule. The games become completely inaccessible during those hours without any manual input from you.
One Thing Parents Miss
A lot of parents set this up and think they are done, but the child still has access to browser-based games and gaming-related content. Make sure to also restrict browsers during school hours or use a filtered DNS like CleanBrowsing to block gaming categories at the network level.
Protecting children online is not just about blocking apps. It also means staying aware of what new workarounds are being used, because kids are genuinely creative when it comes to finding gaps in restrictions.
Can I just say something here? A lot of these replies are great on the technical side, but I think there is a piece missing from this conversation.
The goal is not just to stop gaming during school hours. The goal is to help your kid actually build the habit of focusing on their own. The tools are training wheels, not a permanent fix.
When I was setting this up for my own household, the thing that made the biggest difference was making the “why” really clear. Not “because I said so” or “because games are bad.” More like, “here is what focus looks like, here is why it matters for you specifically, and here is what we are working toward together.”
On the practical side, we added a visual schedule that the kid helped design. School hours were color-blocked as focus time. The games did not disappear. They just moved to their designated spot in the afternoon. Having that visual reminder of “gaming time is coming, just not right now” reduced the impulse to sneak it in.
We also kept a two-week review built in. After two weeks, we sat down and looked at how the schedule was working, whether the restrictions felt fair, and what needed adjusting. That made it feel like a living system rather than a permanent punishment.
One tool that helped on the scheduling side was using a shared family calendar that synced to all devices. School time, homework time, gaming time, family time, all visible. It sounds simple, but making the structure visible and shared changes how kids relate to it.
The tech blocks the access. The conversation builds the habit. You need both.
Most parental control setups focus entirely on restriction and miss the monitoring side. Here is why that matters.
Protecting Children Online: Why Scheduled App Blocking Is Only Half the Answer
The Gap Between Blocking and Understanding Behavior
When you block games during school hours, you eliminate the obvious distraction. But you do not know what is actually replacing that time. Is your kid now focused on schoolwork? On YouTube? On group chats that are equally distracting? The block alone does not answer that.
What Complete Oversight Actually Looks Like
A thorough approach combines three things:
Scheduled Restrictions: Set these up through whatever platform is appropriate for your device. The schedule handles the automatic enforcement so you are not manually managing it every day.
Usage Reports: Both Android and iOS built-in supervision tools give weekly summaries of where time went. Actually review these. They often reveal patterns you did not expect, like a kid spending three hours on a “homework” app that turns out to be a browser with gaming sites.
Open Feedback Loops: Set up a regular check-in, even five minutes once a week, where your kid can tell you what is working and what feels unfair. This is not about negotiating away the restrictions. It is about keeping communication open so small problems do not turn into big blowups.
The Numbers Worth Knowing
According to the Entertainment Software Association, around 76 percent of kids under 18 play video games regularly. The issue is not gaming itself but unmanaged timing. Research from Common Sense Media shows that kids with consistent screen time schedules report higher satisfaction with both their school performance and their free time compared to kids with no structure at all.
Structure is not punishment. It is a framework that actually makes free time feel more rewarding.
Jumping in here because I work in IT and set up network controls for both home and small office environments.
The router approach that GlassTech mentioned is solid, but there are a few things worth adding if you want it to actually hold up.
First, MAC address filtering is better than device name filtering. Device names can be changed in seconds. MAC addresses are tied to the hardware and much harder to spoof, especially for a kid who does not know how to do it. When you set up the parental controls on your router, always tie rules to the MAC address of the device.
Second, consider switching your home DNS to a service like NextDNS or Cloudflare for Families. These DNS services let you block entire categories of content including gaming platforms, and the rules apply to every device that connects through your router without needing to configure each device individually. NextDNS has a free tier that works well for most households.
Third, and this is the one people skip, disable the ability to change DNS settings on the child’s device. On Android you can lock DNS configuration through the device supervision settings. On iOS, configuration profiles managed through MDM tools let you restrict VPN and DNS changes. If you do not lock this down, a quick DNS change on the device bypasses everything you set at the router level.
Fourth, check whether your router supports VLAN separation. Putting the kid’s devices on a separate VLAN means their traffic is isolated and easier to control without affecting the rest of the household.
It sounds like a lot, but you set it once, and it runs itself after that.
This thread is giving me flashbacks to being 12 and trying to speedrun my way through math homework so I could get back to gaming lol.
But seriously, as someone who grew up on the other side of this and now actually studies UX and behavior design, the thing that stands out to me in this thread is the difference between systems that create friction and systems that redirect behavior.
Friction systems say no. They block, they restrict, they prevent. They work in the short term but kids adapt. They find the gap in the browser, they use a friend’s hotspot, they figure out offline games. The restriction arms race is real.
Redirection systems reframe the whole thing. Instead of “you cannot play right now,” it becomes “play time starts at 3:30.” That is a fundamentally different psychological message even though the outcome looks the same.
The practical version of this is building what behavioral scientists call an implementation intention. Instead of just blocking access, you give the kid a clear trigger and reward structure. “When school hours end, gaming time starts, and here is what that looks like.” Some families even add a small ritual, like a 15-minute snack and decompress before gaming, so the transition feels intentional rather than a release valve.
On the tool side, Bark takes a different approach than pure blocking. It looks at behavior patterns and flags when something seems off rather than just shutting everything down. It works across Android and iOS and is worth looking at if you want less of a cage and more of a safety net.
The goal is for your kid to eventually not need the restrictions because they have internalized the structure. That is the actual win.