Remote work has stopped being an experiment. For a significant portion of the global workforce, working from home — or from a cafe, a coworking space, an airport lounge, or a hotel room in another country — is simply how work gets done now. The flexibility is real, the productivity arguments have largely been settled, and most companies have built their operations around the assumption that employees won’t always be sitting inside a corporate office connected to a managed network.
What a surprising number of those companies haven’t fully addressed is the security gap that comes with it.
When everyone worked from a central office, the network perimeter was relatively easy to define and defend. Traffic came in and went out through controlled points. IT teams could monitor what was happening, enforce policies consistently, and respond to threats with a reasonable degree of visibility. That model is essentially gone for distributed teams, and a lot of organizations are still running security practices that were designed for a world that no longer exists.
A VPN isn’t a complete solution to that problem — nothing is — but it addresses a specific and important part of it. Here’s why it matters more in 2026 than it ever has before.
The Threat Landscape Has Changed Around Remote Workers
The security risks facing remote employees aren’t hypothetical. They’re well-documented, increasingly sophisticated, and disproportionately effective against people working outside a managed corporate environment.
Home networks are the first vulnerability most people underestimate. The average home router is set up once, given a default password that’s never changed, and then forgotten about for years. Router firmware goes unpatched. Guest networks that were set up for convenience become forgotten entry points. When a remote employee is doing sensitive work on that network — accessing internal systems, handling customer data, reviewing financial documents — the security of the company’s information is only as strong as the weakest device on that home network.
Public and semi-public networks are worse. A remote employee who spends time working from coffee shops, airport lounges, or hotel business centers is regularly connecting to networks they have no control over and no visibility into. These environments are well-understood attack surfaces. Man-in-the-middle attacks — where someone intercepts traffic between a device and the network — are relatively straightforward to execute on unsecured public Wi-Fi. Credential harvesting, session hijacking, and traffic sniffing are all realistic risks in these environments, not theoretical ones.
Then there’s the broader trend of increasingly targeted attacks on businesses. Ransomware attacks on companies of all sizes have become more frequent and more damaging. Social engineering attacks are more sophisticated. And remote workers, operating outside the visibility of IT teams, are often easier targets than office-based employees who benefit from network-level protections they’re not even aware of.
What a VPN Actually Does for Remote Teams
A business VPN creates an encrypted connection between the remote employee’s device and the company’s network or a secure server. All traffic between those two points is encrypted in transit, which means that even if someone on the same network is monitoring traffic, they see nothing useful — just encrypted data that can’t be read without the decryption keys.
For companies that still operate internal systems — databases, file servers, internal applications — a VPN also provides access control. Employees can only connect to internal resources after authenticating through the VPN, which adds a meaningful barrier against unauthorized access. Someone who obtains a set of login credentials can’t simply walk into internal systems from the open internet; they also need to be able to authenticate through the VPN layer.
Beyond the technical protections, there’s a consistency argument that doesn’t get made often enough. When every remote employee connects through a VPN, the security baseline for the entire distributed workforce becomes uniform. IT teams can enforce policies, monitor for anomalous behavior, and respond to incidents with much better visibility than they have when employees are connecting from arbitrary locations through arbitrary networks. That consistency has real operational value that’s hard to quantify but easy to feel the absence of after a breach.
The Difference Between Consumer and Business VPNs
This is worth clarifying because the word VPN covers a fairly wide range of products that work quite differently in practice.
Consumer VPNs — the kind marketed to individuals for personal privacy — are designed to protect individual browsing and replace the user’s apparent IP address. They’re useful for the reasons discussed elsewhere on this blog, but they’re not designed for enterprise use cases. They don’t integrate with identity management systems, don’t offer the kind of administrative controls IT teams need, and don’t provide the audit logging that compliance-conscious organizations require.
Business VPNs — products like Cisco AnyConnect, Palo Alto GlobalProtect, or Perimeter 81 — are built for organizational deployment. They offer centralized management, user authentication that integrates with existing identity providers, detailed logging for compliance purposes, and the ability to define granular access policies. An employee connecting through a business VPN can be given access to exactly the systems they need and nothing more, which limits the blast radius if their credentials are ever compromised.
The right choice depends entirely on the size and sophistication of the organization. A freelancer working independently might be well-served by a quality consumer VPN. A company with twenty or more employees handling sensitive data should be looking at purpose-built business solutions.
The Compliance Dimension
For companies operating in regulated industries, VPN use isn’t just a security best practice — it may be a compliance requirement. Healthcare organizations in the United States operating under HIPAA rules are required to protect patient data in transit. Financial services firms face similar requirements under various regulatory frameworks. Companies doing business with European customers have data protection obligations under GDPR that extend to how data is transmitted across networks.
A VPN that encrypts data in transit is often a specific technical control that satisfies part of these compliance requirements. It’s not the whole story — encryption at rest, access controls, incident response plans, and a range of other measures are also required — but it’s a meaningful piece of a defensible compliance posture.
Companies that handle sensitive data and allow remote work without encrypted connections are taking a risk that extends beyond just the immediate security threat. They’re creating potential liability that becomes very visible very quickly if a breach occurs and auditors start asking what controls were in place to protect data in transit.
Common Objections and Why They Don’t Hold Up
The two most common reasons companies give for not requiring VPN use among remote employees are performance and friction. VPNs add latency, the argument goes, and forcing employees to connect through one adds steps to their workflow that reduce productivity.
Both concerns are legitimate in their narrow form, but they don’t hold up as reasons to skip VPN use entirely. Modern VPN protocols — particularly WireGuard-based implementations — have reduced the performance penalty to the point where most users genuinely cannot perceive the difference during normal work tasks. Video calls, file transfers, web browsing, and cloud application access all perform well on a properly configured modern VPN.
The friction argument is really an implementation argument. A VPN that requires employees to manually connect every time they start work, remember separate credentials, and troubleshoot their own connection issues is going to create friction. A VPN that’s configured to connect automatically when a device leaves a trusted network, integrated with single sign-on, and maintained by an IT team that provides support is largely invisible to end users. The friction is a deployment problem, not an inherent property of VPN technology.
Making the Case Internally
If you’re reading this as someone trying to convince a manager, a leadership team, or a board that remote work security deserves more attention, the most effective argument is usually a concrete one. Data breach costs have risen consistently year over year. The average cost of a breach for a small to mid-sized company is enough to cause serious financial damage. Cyber insurance premiums have increased as insurers get more sophisticated about assessing risk, and many policies now require specific security controls — including encrypted remote access — as conditions of coverage.
Framing VPN adoption not as an IT preference but as a risk management and insurance consideration tends to land differently in rooms where budgets are decided.
Your Remote Team Deserves Better Than Default Settings
The default security posture for most remote workers — whatever network is available, whatever device they happen to be using, no consistent controls — is not adequate for the threat environment of 2026. A VPN is not the only answer, but it is a foundational one, and the cost of implementing it properly is a fraction of the cost of dealing with a breach that could have been prevented.
→ Related: Does a VPN Really Keep You Anonymous Online? The Truth in 2026
→ Also worth reading: How to Choose a VPN That Doesn’t Log Your Data (And How to Verify It)
If you’re evaluating VPN options for your team and want a recommendation based on your company size and use case, leave a comment below. We’re happy to point you in the right direction.