Any filtering mechanisms to authenticate network access on managed devices?Solved

Participant
Discussion
2 weeks ago

Hey’ll,

We’re gearing up for our annual school event next week, and we’ve deployed a batch of managed devices across our multiple campuses. The challenge is, we don’t want random attendees or guests connecting to the internet on these devices. Ideally, only our students and faculty should get internet access.

We’re considering implementing a strict firewall or authentication layer for this, but we’re unsure how to proceed. We need a filtering mechanism that allows only known users to access the internet on our machines.

Replies (1)

Marked SolutionPending Review
Hexnode Expert
2 weeks ago
Marked SolutionPending Review

Hi @mo-chou , thank you for reaching out to Hexnode Connect.

We understand your scenario of managing shared or event-based device deployments.

Instead of relying solely on network-level firewalls, you can use certificate-based authentication through SCEP (Simple Certificate Enrollment Protocol) to control internet access securely and dynamically.

Here’s how it works:

With SCEP, each managed device can be automatically issued with a unique digital certificate based on the user’s identity or group. This certificate acts as a trusted credential; so only authenticated users (like your students and faculty) can connect to the school’s Wi-Fi or access internet resources. If someone outside your domain tries to use the device, the authentication simply fails, effectively blocking access.

The best part is that Hexnode supports SCEP configuration across multiple platforms, making it ideal for your multi-device environment. You can refer to our step-by-step documentation here:

Using this, you can automate certificate enrollment, link it with your existing identity provider, and ensure that only authenticated users; verified via certificates, gain access to your network or web resources.

I hope this approach helps with your cause. If you need any assistance, please feel free to reach out to us; we’re happy to help.

Best regards,
George
Hexnode UEM

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