Best VPN for Enterprise: Tested and Ranked for Business

Every week that passes without a proper network security layer is a week your business data travels exposed. Enterprise teams today operate across home offices, hotel lobbies, coworking spaces and branch locations spanning multiple time zones. That sprawl creates an attack surface and attackers are actively hunting it.

Choosing the best VPN for enterprise teams is not a checkbox exercise. The decision touches compliance, productivity, IT overhead and your organization’s ability to respond when something goes wrong. 

This guide cuts through the noise. We cover what enterprise VPNs actually do, why the stakes are so high, and which platforms consistently deliver for real business environments.

Best VPN for Enterprise (Quick Picks)

Before diving into the full reviews, here is a quick snapshot of the top enterprise VPN solutions and what sets each one apart.

• Best Overall: NordLayer
• Best for Cisco environments: Cisco Secure Client
• Best for deep security inspection: Palo Alto GlobalProtect
• Best for Zero Trust: Zscaler Private Access

The Best VPN Solutions for Enterprise Teams

We evaluated the leading enterprise VPN platforms based on security depth, management tools, protocol support, compliance capability, performance, and independent user reviews.

1. NordLayer

Best for: Cloud-first enterprises, hybrid teams, and businesses scaling rapidly

NordLayer is purpose-built for business use rather than adapted from a consumer product. It delivers enterprise-grade security through a cloud-managed platform that IT teams can deploy in hours, not weeks, without requiring specialized network engineering expertise.

The platform sits on the same infrastructure as NordVPN but with an entirely different feature set designed around organizational control. Administrators manage everything user provisioning, access policies, gateway assignment, and compliance reporting, through a single centralized control panel.

What sets NordLayer apart is the combination of ZTNA principles with straightforward deployment. Most enterprise VPNs that offer genuine zero-trust capabilities require complex on-premises infrastructure. NordLayer delivers that security posture through a cloud-managed model that reduces IT burden without sacrificing control.

Security capabilities:

• AES-256 encryption with the proprietary NordLynx protocol built on WireGuard
• SSO integration with Azure AD, Google Workspace, Okta, and OneLogin
• SCIM-based user provisioning for automated account management
• Firewall as a Service (FWaaS) with deep packet inspection
• Device posture checks and compliance enforcement
• IP whitelisting and custom private gateways with dedicated IP addresses
• DNS filtering with category-based content controls
• Activity monitoring and audit trail reporting
• MFA support across all authentication providers

Performance: In controlled testing conditions, NordLayer delivers download speeds of 237 Mbps and upload speeds of 221 Mbps, sufficient for sustained video conferencing, large file transfers, and cloud application access across distributed teams.

Pricing:

• Lite: $8/user/month  minimum 5 users
• Core: $11/user/month, advanced access security and network control
• Premium: $14/user/month, granular network segmentation
• Enterprise: minimum 50 users, fully customizable
• 14-day free trial available

Limitations: The Enterprise tier requires at least 50 users. Deep on-premises network segmentation is better served by platforms like Palo Alto. Some advanced logging features vary by subscription tier.

While NordLayer is built for organizations, NordVPN remains a strong alternative for individuals or small teams looking for reliable, high-speed protection without enterprise complexity.

2. Cisco Secure Client (formerly AnyConnect)

Best for: Large enterprises with existing Cisco infrastructure

Cisco Secure Client holds the largest mind share in the enterprise VPN market for good reason. It is deployed at scale across financial institutions, government agencies, healthcare systems, and global corporations that need proven reliability under the highest-stakes conditions.

The platform performs a system health check before any device connects. If a workstation lacks required anti-malware software, falls outside the corporate domain, or fails any configured compliance check, access is blocked before the tunnel is established. This pre-connection posture enforcement closes a vulnerability that many enterprise VPN platforms leave open.

Split tunneling is disabled by default. When employees connect through Cisco Secure Client, they can access only corporate resources, not the wider internet or local home network, preventing data from bypassing the corporate security stack.

Core features:

• Multi-factor authentication with a 24-hour session window requiring re-authentication
• Pre-connection device compliance and domain membership verification
• Endpoint behavior visibility and monitoring
• Always-on connection with automatic reconnection
• Diagnostics and troubleshooting tools for IT administrators
• Full integration with Cisco’s security ecosystem, including Duo for MFA

Limitations: Pricing requires direct engagement with the vendor. No free trial. The platform delivers its greatest value inside a Cisco ecosystem; organizations running non-Cisco infrastructure face higher integration complexity.

3. Palo Alto GlobalProtect

Best for: Security-first organizations that require the deepest traffic inspection available

GlobalProtect connects to Palo Alto’s next-generation firewall infrastructure and Prisma Access cloud delivery platform. The result is an enterprise VPN with security policy enforcement that goes far beyond what most competing platforms offer.

While other platforms verify identity and device health at connection time, GlobalProtect continuously inspects all traffic throughout the session. App-ID identifies applications regardless of port or protocol. User-ID links traffic to specific individuals. Content inspection checks data against threat intelligence in real time.

The platform identifies whether connecting devices are company-managed or personally owned and applies different access policies accordingly. Devices that appear suspicious based on OS version, patch level, anti-malware status, or encryption state can be blocked entirely before reaching any internal system.

Core features:

• Application-layer traffic inspection with App-ID, User-ID, and content identification
• Consistent policy enforcement both on and off the corporate network
• Cloud-based points of presence for globally distributed teams
• Zero Trust principles are integrated throughout the access model
• Device OS verification, patch level checking, and disk encryption validation
• Web filtering and real-time threat prevention
• Multi-factor authentication and certificate-based authentication

Limitations: Implementation complexity is higher than cloud-managed alternatives. Organizations new to Palo Alto products face a meaningful learning curve. Pricing is quote-based with no published standard rates.

4. Fortinet FortiClient

Best for: Enterprises that need hardware-accelerated performance and endpoint protection built into VPN

FortiClient is part of the Fortinet Security Fabric, which means the VPN, next-generation firewall, endpoint protection, and threat intelligence all operate from a unified management plane. For organizations that want to consolidate their security stack rather than manage multiple point solutions, this integration creates substantial operational efficiency.

The platform supports both IPSec and SSL tunneling protocols and includes automated behavioral endpoint analysis that detects threats without requiring signature-based pattern matching.

Core features:

• Hardware-accelerated throughput for high-demand network environments
• Unified IPSec and SSL VPN with multiple tunneling protocol support
• Automated behavioral analysis for endpoint threat detection
• Malware protection and anti-exploit capabilities
• Vulnerability scanning and patch management through the Security Fabric
• Web filtering integrated with firewall policy
• Free trial available unusual among enterprise VPN platforms

Limitations: FortiClient delivers maximum value inside an existing Fortinet environment. Teams using hardware from other vendors will see more limited integration benefits. The multi-module management interface has a learning curve for administrators new to the platform.

5. Zscaler Private Access (ZPA)

Best for: Cloud-native enterprises fully committed to Zero Trust architecture

Zscaler Private Access is architecturally different from every other platform on this list. Rather than connecting users to a corporate network, ZPA connects users directly to specific applications without ever exposing the underlying network infrastructure to external access. Application IP addresses remain entirely invisible to the public internet.

This architecture eliminates the public-facing attack surface that makes traditional VPN gateways vulnerable. Over 50% of organizations experienced VPN-related cyberattacks last year, and 91% expressed concern about VPNs as vulnerable points in their IT security stack. ZPA’s approach removes the VPN gateway as a target altogether.

Machine learning monitors behavioral patterns continuously and flags anomalous access in real time. Browser isolation and content inspection add additional layers of threat prevention for web-based application access.

Core features:

• Cloud-delivered ZTNA with no traditional VPN hardware requirements
• Application-level access only users never reach the underlying network
• Continuous behavioral anomaly detection powered by machine learning
• Browser isolation and content inspection
• Policy-based access controls defined by user identity and application type
• Support for managed devices, unmanaged devices, and IoT/OT environments
• Digital experience monitoring for visibility into connection quality and performance

Limitations: ZPA is cloud-only. Organizations with heavy on-premises legacy systems will need a phased approach to adoption. Pricing requires direct vendor engagement and scales with organizational complexity.

Other Enterprise VPN Solutions

The following enterprise VPN solutions may not be the primary choice for most organizations, but they deliver strong value in the right context. Whether you need flexible deployment options, minimal client installation, or tighter integration with existing tools, these platforms are worth evaluating as part of a broader security strategy.

Check Point Secure Remote Access

Best for: Organizations that need browser-based access without mandatory VPN client installation

Check Point Secure Remote Access stands out for its SSL VPN portal, which allows employees to authenticate and access corporate resources via a standard web browser without installing dedicated VPN software on their devices. For organizations managing contractor workforces, shared workstations, or hybrid teams that use personal devices, this capability is a meaningful, practical advantage.

The platform integrates directly with Check Point firewalls for unified management across both VPN and perimeter security policy.

Core features:

• SSL VPN portal enabling browser-based corporate access with no client installation required
• Multi-factor authentication using hard tokens and mobile soft tokens
• IPSec and SSL VPN support with group membership-based access control
• Site-to-site VPN for connecting multiple office locations
• Compliance scanning on connecting devices
• VPN auto-connect for employees using managed corporate devices
• Centralized firewall and VPN management through a unified console

Limitations: Threat prevention capabilities are not available on iOS, Android, or Linux. Incident analysis tools are limited to Windows environments.

Proton VPN for Business

Best for: Privacy-focused small to mid-sized teams that want an integrated, encrypted productivity suite

Proton VPN for Business earns its place on this list by solving a specific problem: organizations that need strong privacy compliance alongside their VPN often end up paying for multiple separate tools. Proton bundles VPN access with end-to-end encrypted email through Proton Mail, calendar through Proton Calendar, and file storage through Proton Drive.

The platform complies with ISO 27001, GDPR, and HIPAA frameworks and supports SCIM user provisioning, SSO, and role-based gateway segmentation. Proton’s server network delivers speeds up to 10 Gbps.

Core features:

• AES-256 and ChaCha20 encryption across all connections
• SCIM provisioning and SSO support
• Dedicated gateways with role and department-based access segmentation
• Enforced two-factor authentication
• Strict, independently audited no-logs policy
• Integrated access to Proton Mail, Calendar, and Drive
• Compliance with ISO 27001, GDPR, and HIPAA

Limitations: Better suited to small and mid-market teams than large enterprises requiring complex multi-region access control architecture. The product suite integration is most valuable for teams not already committed to Microsoft 365 or Google Workspace.

Why Enterprise Teams Need a Different Kind of VPN?

Walk into any enterprise IT conversation and you will hear the words “secure remote access” within the first five minutes. The reason is that distributed teams are the default operating model for most organizations today, and that distribution creates security gaps that bad actors exploit constantly.

A standard consumer VPN protects one person’s browsing session. It hides an IP address and encrypts traffic on public Wi-Fi. That is useful for an individual but woefully inadequate for a company managing hundreds of employees across multiple cloud platforms.

What enterprise teams actually need is a platform that does all of the following simultaneously:

• Encrypts traffic for every user on every device regardless of location
• Enforces company-wide access policies from a single management console
• Integrates with existing identity systems like Azure Active Directory and Okta
• Generates audit logs sufficient to satisfy compliance requirements under GDPR, HIPAA, or SOC 2
• Scales from onboarding a single new hire to provisioning an entire acquired company

Consumer VPNs address none of those requirements at scale. Enterprise VPN platforms are designed specifically around them.

How an Enterprise VPN Works?

When a team member connects to an enterprise VPN, their device establishes an encrypted tunnel to a company-controlled gateway server. All traffic between that device and corporate resources travels through the tunnel. Anyone intercepting the data, whether on a public network or inside an ISP’s infrastructure, sees only encrypted noise they cannot decode.

Beyond encryption, the enterprise VPN gateway enforces access policies before the connection completes. It checks whether the connecting device meets corporate security standards, verifies the user’s identity through multi-factor authentication, and applies role-based rules that determine exactly which resources the user can reach.

This differs fundamentally from how consumer VPNs operate. A consumer VPN asks one question: Is this a valid subscriber? An enterprise VPN asks several that Who is this user? What device are they on? Does that device meet our security requirements? What role does this user hold? What applications should they access? All of those checks happen before any connection is established.

Remote Access VPN vs. Site-to-Site VPN

Enterprise VPN deployments fall into two categories that serve different organizational needs.

• A Remote Access VPN connects individual employees to the corporate network from any location. This is the most widely deployed type and is essential for any organization with hybrid or fully remote employees.
• A Site-to-Site VPN creates a persistent, encrypted link between two or more physical office locations. Companies with regional branches use site-to-site configurations to build a unified private network that spans geographies without routing traffic over the public internet.

Most enterprise organizations operate both a remote-access VPN for individual employees and a site-to-site VPN for connecting office infrastructure.

Zero Trust Network Access: The Evolution Beyond Traditional VPN

The single most important development in enterprise network security over the past three years is the shift toward Zero Trust Network Access, commonly called ZTNA.

Traditional VPNs operate on an implicit trust model. Once a user authenticates and connects, they gain broad access to the network segment controlled by the gateway. If an attacker steals valid credentials which happens frequently, given that 62% of security breaches exploit weak or stolen remote access credentials, they inherit the same broad network access as the legitimate user. This lateral movement risk is one of the primary reasons traditional VPN architectures are increasingly viewed as insufficient on their own.

ZTNA inverts that model entirely. Every connection request, regardless of who makes it or where it comes from, is treated as untrusted until verified. Users receive access only to the specific applications required by their role, not to the network at large. Device health, user identity, time of access, and geographic location are all evaluated continuously throughout the session, not just at login.

Over 70% of new remote-access deployments now use ZTNA instead of traditional VPN services, up from under 10% in 2021, according to Gartner. Meanwhile, 65% of enterprises are planning to replace their VPN services entirely within the next year, and 79% plan to adopt ZTNA within the next two years.

This shift does not mean organizations should abandon VPN infrastructure immediately. Most enterprises run a hybrid approach: traditional VPN for legacy systems and on-premises infrastructure, ZTNA for cloud application access. The best enterprise VPN providers integrate both capabilities into a single platform.

Enterprise VPN vs. Consumer VPN

A consumer VPN protects one person browsing the internet. An enterprise VPN secures an entire organization. Here is what that difference looks like in practice.

Capability	Enterprise VPN	Consumer VPN
Centralized admin console	Yes	No
SSO integration	Yes	Rarely
Role-based access control	Yes	No
Device posture enforcement	Yes	No
Compliance audit logging	Yes	Limited
SCIM user provisioning	Yes	No
Site-to-site connectivity	Yes	No
24/7 enterprise support with SLAs	Yes	Limited
Scalable to thousands of users	Yes	No
MFA integration	Yes	Basic

How to Evaluate and Select an Enterprise VPN?

With multiple credible platforms available, the selection decision comes down to matching organizational requirements to platform strengths. Here is a structured evaluation framework.

Step 1: Map Your Primary Security Requirements

Begin by identifying whether your most urgent need is protecting remote employee access, connecting branch offices, securing cloud application access, or all three simultaneously. Organizations focused on cloud application security should prioritize ZTNA capabilities. Organizations connecting multiple physical offices should verify that they have robust site-to-site VPN support.

Step 2: Confirm Compliance Alignment

Different regulatory frameworks impose different technical requirements. HIPAA-covered healthcare organizations need end-to-end encryption of patient health information with comprehensive audit trails. PCI DSS requires network segmentation and access logging for any system touching cardholder data.

GDPR mandates data residency controls and breach notification procedures. Verify that any platform you evaluate explicitly supports the frameworks your organization must satisfy.

Step 3: Assess Your IT Team’s Capacity

Cloud-managed platforms like NordLayer and ZPA require less ongoing technical maintenance because the vendor handles infrastructure updates and scaling.

On-premises or hybrid platforms such as Cisco Secure Client and Palo Alto GlobalProtect offer greater customization but require dedicated network security expertise to deploy and maintain. Be realistic about your team’s capacity before committing to a platform that will stretch their bandwidth.

Step 4: Test Integration with Your Identity Provider

Your VPN must integrate cleanly with your existing identity management platform. Azure Active Directory, Okta, and Google Workspace are the most common enterprise identity providers. Platforms that do not support SSO via your existing identity infrastructure will create friction and potential security gaps from the day they are deployed.

Step 5: Run a Proof-of-Concept Deployment

Never purchase an enterprise VPN based solely on vendor demonstrations. Deploy to a test group of 25 to 50 users, including both IT-comfortable power users and less-technical employees. Test connection reliability, failover behavior, management console usability, and support response time during the evaluation period.

Step 6: Calculate Total Cost of Ownership

The per-user monthly price is only part of the real cost. Factor in the engineering time required for deployment, ongoing administrative overhead, user training costs, and licensing for any premium features not included in the base tier. Cloud-managed solutions consistently carry a lower total cost of ownership for most organizations because infrastructure management shifts to the vendor.

Non-Negotiable Features for Any Enterprise VPN

Regardless of which platform you select, these capabilities must be present and properly configured before deployment.

• AES-256 Encryption is the minimum acceptable encryption standard for enterprise data in transit. Some platforms also support ChaCha20-Poly1305, which offers improved performance on mobile devices without sacrificing security.
• Modern VPN Protocols, specifically WireGuard, OpenVPN, and IKEv2/IPSec, provide the right balance of speed and security for enterprise use. Any platform that still supports PPTP or relies on SSL 3.0 should be disqualified from consideration due to documented vulnerabilities.
• Multi-Factor Authentication is no longer optional. Organizations with mandatory MFA for all remote access saw 86% fewer credential-based breaches than those without it. Every enterprise VPN must enforce MFA as a baseline connection requirement.
• Centralized Management Console gives IT administrators real-time visibility into all active connections, the ability to enforce and update policies instantly, and the reporting infrastructure required for compliance audits.
• Device Posture Enforcement ensures that only devices that meet corporate security standards with current OS patches, active endpoint protection, and encrypted storage can establish connections. Accepting connections from unverified devices eliminates a significant portion of the VPN’s security benefit.
• High Availability with Redundant Gateways ensures that a single gateway failure does not translate into a business-wide access outage. Verify that your chosen platform supports automatic failover and test recovery time before deployment.
• SIEM Integration and Audit Logging provides the connection history, access records, and anomaly alerts that compliance auditors require and that security teams need to detect threats before they become incidents.

Common Deployment Mistakes That Undermine Enterprise VPN Security

Understanding what goes wrong helps organizations avoid the same problems.

Leaving legacy protocols active 

Many organizations configure modern protocols for new deployments, but keep PPTP or L2TP enabled for backward compatibility. Attackers look for exactly these gaps. Disable all deprecated protocols regardless of the backward compatibility inconvenience.

Skipping device posture enforcement

A VPN that accepts connections from any device regardless of its security state is only as secure as the least-protected machine in the organization. Posture enforcement should be activated from day one rather than treated as a future enhancement.

Fragmented VPN management

72% of organizations manage between two and five different VPN services simultaneously, leading to fragmentation, high IT overhead, and an increased attack surface. Consolidating to a single platform with consistent policy enforcement reduces both risk and administrative burden.

Neglecting user training

The most sophisticated enterprise VPN cannot protect against an employee who shares their credentials in response to a convincing phishing email. Remote worker security training reduces phishing click rates by 65% when conducted quarterly. Training is not optional; it is a core component of the security investment.

Deferring patch cycles 

In February 2025, attackers exploited a zero-day vulnerability in a widely deployed enterprise VPN product before most organizations had applied the available patch. Establish a rapid response patching process specifically for VPN infrastructure and enforce it without exception.

Reduce risk without adding complexity, move to a single, policy-driven platform with NordVPN and keep every connection aligned with enterprise standards.

Best Practices for Sustaining Enterprise VPN Security

Deployment is the beginning of the security investment, not the end. These practices sustain strong security over time.

• Segment network access by role. Configure separate access zones for different employee groups: finance, engineering, HR, and contractors, with firewall rules controlling traffic between segments. This limits what an attacker can reach if a single account is compromised.
• Apply least-privilege access principles. Users should reach only the resources their specific job function requires. Access scope should be reviewed quarterly and adjusted as roles change. Broad access granted during onboarding and never revised is a persistent risk.
• Conduct penetration testing. Regular penetration tests identify vulnerabilities that routine monitoring misses. Many compliance frameworks require documented penetration test results. Treat this as standard operational maintenance rather than an exceptional event.
• Monitor for behavioral anomalies. Configure alerts for unusual patterns: logins from new countries, repeated authentication failures, connections at unusual hours, or data transfer volumes outside normal baselines. These signals often precede a confirmed breach.
• Test failover systems regularly. Run quarterly failover simulations to confirm that backup gateways activate within acceptable timeframes. Document results and close any gaps before an actual outage creates business impact.

The Bottom Line

No single VPN wins for every enterprise team. The right choice depends on your team size, infrastructure, compliance needs, and IT capacity. NordLayer suits most organizations, cloud-first, hybrid, and growing mid-market, with fast deployment and ZTNA integration, minus the complexity.

Cisco Secure Client is built for large enterprises on existing Cisco infrastructure; Palo Alto GlobalProtect for security-first environments with dedicated IT teams; Fortinet FortiClient for organizations already running Fortinet hardware; and Zscaler Private Access for cloud-heavy enterprises ready to eliminate the traditional VPN attack surface entirely.

Check Point Secure Remote Access handles large contractor pools and mixed-device environments where client installation on every endpoint is impractical, while Proton VPN for Business serves privacy-focused teams seeking a VPN bundled with encrypted productivity tools. Every platform covers the essentials: AES-256 encryption, MFA, centralized management, and compliance logging.

Beyond that, the decision comes down to how your team works, your existing stack, and how much complexity your IT organization can absorb. One thing is not negotiable with the average breach costing $4.56 million and remote access remaining the top enterprise attack vector, deploying the wrong VPN costs far less than deploying none.

References

• https://www.pcmag.com/picks/the-best-vpns-for-businesses-and-teams 
• https://www.techrepublic.com/article/top-enterprise-vpns/ 
• https://www.fortinet.com/resources/cyberglossary/enterprise-vpn-solutions 
• https://www.comparitech.com/blog/vpn-privacy/corporate-enterprise-vpn/
• https://www.cisco.com/site/us/en/products/security/secure-client/index.html 
• https://www.paloaltonetworks.com/sase/globalprotect