Yes, you can restrict clients from accessing pirated content by implementing access controls and monitoring systems.
Yes, you can restrict clients from accessing pirated content by implementing access controls and monitoring systems.
Hi there, I’m trying to figure out a way to protect my network from unauthorized downloads and cracked content. I’ve discovered a lot of illegal files on platforms like YouTube and Reddit, and I’m worried others might access them too. Since blocking sites isn’t an option, I’m looking for free or affordable solutions that can help without breaking the law. I also need something that works for a small network and doesn’t interfere with legitimate tools like uTorrent, which we actually use for legal downloads. It’s frustrating because I can’t just buy software and expect it to solve everything.
I can finish it, but it’s tough—you need to locate those sites and block them individually.
Prevent individuals from managing their work devices directly. Restrict apps to approved execution only. This approach might seem harsh, but Avecto offers a solid enterprise option for handling such tasks.
I’m a senior developer at my company and act as a pseudo-administrator in Avecto. It allows me to perform tasks relevant to my role without giving full control over arbitrary software. A straightforward step would be granting permission for the interpreter to run their preferred scripting language—like python.exe or similar. I’m not familiar with the technical specifics, but it’s definitely within my reach. My workplace has even enabled me to build and execute an executable.
At work, I set up my systems so users can't execute programs in areas where they have write permissions. This prevents them from downloading and running files, requiring an admin for those actions. A web filter can handle much of this as well. A DNS filter will also be effective, and a full network firewall should block these sites easily.
Ensure you manage the DNS you own directly. Restrict external DNS queries and keep only your controlled DNS/router able to request data. This allows using filtered DNS providers to handle a portion of domains. You can track all requests and block unwanted ones. Even if a user sets 1.1.1.1 as their DNS, it would be blocked at the firewall (ports 53 and 853). Blocking DNS over HTTPS would be challenging since it resembles regular web traffic. You’d likely need tools like Squid with HTTPS inspection to enforce filtering (complex setup). On Windows 10 Pro, apply Group Policy to lock DNS settings—preventing casual changes even with admin rights. Users would have to take extra steps, such as running gpedit, and could be limited to specific admin accounts. You could also disable certain permissions for users while still letting them run scripts or other legitimate tasks.
You just need to confirm if he truly wants to retain his position. If actions could impact the entire office network, using software to resist makes little sense—it’s like having no police; protection must be reinforced. For a private network, the same principle applies—ask him if he genuinely intends to use it.