You can secure remote employee laptops without a VPN by protecting the device and the identity instead of the network: manage every laptop over the internet, patch it wherever it is, encrypt the disk, require MFA and a managed device to reach company apps, and back files up to the cloud.
The VPN made sense when the company's systems lived in a server room and the office network was the trusted zone. Today most of what employees use, email, files, accounting and CRM, lives in the cloud, and sending that traffic back through an office connection adds friction without adding much protection. Worse, a VPN that is only connected some of the time means laptops that are only managed some of the time. This guide covers what replaces it.
Why is a VPN no longer enough for remote laptops?
Because it protects a connection, not a device or an account. A VPN encrypts traffic to the office network and then trusts whatever comes through. If the laptop is unpatched, infected or in the hands of someone with stolen credentials, the VPN delivers them inside. NIST's guidance on zero trust architecture describes the shift directly: zero trust assumes no implicit trust based on network location, and authenticates both the user and the device before each session to a resource.
There is a practical problem too. Many laptop management tools only reached remote devices when the VPN was connected. Users who never connected never got patches, and IT never saw them. Remote work exposed how many laptops were quietly drifting out of date.
And there is the user experience. A VPN that slows video calls, drops on hotel Wi-Fi or has to be reconnected after every sleep is a VPN people find ways around. Security that depends on employees remembering to switch something on will fail on exactly the days it is needed. The better design is one where the protections are always on, in the background, and the employee does not have to think about them.
What replaces the VPN for laptop security?
Five controls, each of which works over any internet connection:
- Cloud-based device management. Every laptop reports to a management platform over the internet, so policies, software and support reach it at home, in a hotel or at a branch office.
- Patching off the network. Operating system and application updates install on schedule wherever the laptop is, with reports showing any device that has fallen behind.
- Full-disk encryption. BitLocker or FileVault on every laptop, with recovery keys held centrally, so a stolen or forgotten laptop is a hardware loss rather than a data breach.
- Identity and device checks at sign-in. Multifactor authentication plus a rule that only managed, compliant devices can reach company data.
- Cloud backup of laptop files. Work saved on the laptop is backed up off the device, so a failure or theft does not take the only copy with it.
How do you make sure only healthy laptops can reach company data?
Make device health part of sign-in. In Microsoft 365, this is done with Conditional Access. Microsoft's Conditional Access overview describes policies that can require multifactor authentication, require the device to be marked as compliant, or require an organization-managed device for specific applications. Google Workspace offers comparable context-aware access controls.
The effect is that a stolen password alone is not enough, and neither is a personal laptop with no security software. The user, the device and the context all have to pass. That protects every cloud application at once, without routing anything through the office. Our identity and access management work sets these rules up so they are strict where data is sensitive and unobtrusive everywhere else.
What about home Wi-Fi and routers?
You cannot manage an employee's home network, but you can set sensible expectations and stop relying on it. NIST's guide to enterprise telework and remote access security recommends treating the external networks teleworkers use as untrusted and securing the client device against the threats it will face there. In practice:
- Publish a short home-network standard: change the router's default admin password, use WPA2 or WPA3, keep router firmware updated and keep work devices off guest or shared networks where possible.
- Keep the laptop's own firewall on and managed by policy, so it is protected on any network.
- Assume public Wi-Fi is hostile. With encrypted connections to cloud apps and a protected device, it is an acceptable risk; without them, it is not.
Is there still a place for a VPN?
Yes, for a narrow set of cases. An on-premises application that is not exposed to the internet, a file server that has not moved to the cloud, or a system with a regulatory requirement for a private connection may still need one. The difference is that the VPN becomes access to a specific resource, used by the people who need it, rather than the foundation of laptop security. Device management, patching and protection should not depend on it.
Over time, the list of systems that need a private connection usually shrinks. Each on-premises application that moves to a cloud service, or is published securely behind single sign-on, is one fewer reason for anyone to connect to the office at all.
| Need | VPN-era approach | Approach without a VPN |
|---|---|---|
| Patch the laptop | Only when connected to the VPN | Over the internet, on schedule, wherever it is |
| Protect company email and files | Trust the network connection | MFA plus a compliant managed device |
| Help a user with a problem | Talk them through it on the phone | Remote control session to their screen |
| Recover from a stolen laptop | Hope the data was on the server | Encrypted disk, remote lock or wipe, files in cloud backup |
| Reach a legacy internal system | VPN for everyone | Targeted secure connection for the users who need it |
What happens when a remote employee's laptop is lost or never comes back?
With the controls above, a lost laptop is a contained event. The disk is encrypted, the device can be locked or wiped remotely as soon as it next connects, its access can be revoked immediately, and the user's files are restored to a replacement from backup. For employees who leave, the same tools lock the laptop until it is returned, and return shipping should be arranged before the last day as part of an employee offboarding IT checklist. Without those controls, the same incident can become a breach notification.
Atlas supports distributed teams this way. Our remote workforce IT support covers management and patching over any connection, remote support, cloud backup for laptop files, home network guidance, ship-to-home setup for new and replacement laptops, and lock, wipe and recovery for devices that are lost or not returned.
Frequently asked questions
Is it safe for remote employees to work without a VPN?
Yes, when the device is managed, patched and encrypted, and access to company apps requires MFA and a compliant device. Those controls protect the data wherever the laptop connects. A VPN alone, without them, is weaker.
Can IT still support a remote employee without a VPN?
Yes. Modern remote support tools connect to the laptop over the internet, so a technician can see the screen and fix the problem directly, wherever the user is.
What if an employee uses their personal computer for work?
Personal devices that are not managed should not reach sensitive company data. Device compliance rules can block them, or limit them to browser access with restrictions on downloading files, depending on what the business allows.
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