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Top 8 Enterprise Infrastructure VPN Tools

Fortinet FortiClientCheck Point Remote Access VPNPrisma Access by Palo Alto NetworksCisco AnyConnect Secure Mobility ClientCitrix GatewayOpenVPN Access ServerSonicWall SMACisco IOS SSL VPN
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    This is a solid and stable solution. What I like most about FortiClient is that it's easy to use. The way it displays information is very straightforward.
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    Access is browser-based only and requires no additional client installation.The solution offers high scalability as far as adding more users.
  3. Find out what your peers are saying about Fortinet, Check Point, Palo Alto Networks and others in Enterprise Infrastructure VPN. Updated: September 2021.
    542,608 professionals have used our research since 2012.
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    Security is absolutely spot-on, really top-notch. It's the result of all the components that come together, such as the HIP [Host Information Profile] and components like Forcepoint, providing end-user content inspection, and antivirus. It incorporates DLP features and that's fantastic because Prisma Access makes sure that all of the essential prerequisites are in place before a user can log in or can be tunneled into.
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    Advanced malware protection helps us to prevent any virus from contaminating computers. We also have DLP for prevention. And AnyConnect has a feature that lets us do some sandboxing to evaluate files that arrive from the outside. So before opening them, we can check them with the sandbox.
  6. The solution is stable. The solution has very flexible configuration.
  7. OpenVPN Access Server is cheap, and we get to use it ourselves. It is also a stable solution.It was very easy to set up users.
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  9. Secure Mobile Access (SMA) is easy to configure and the deployment is straightforward. However, this is mostly because of the AWS setup.I am very satisfied with the technical support.
  10. It is a product that is very robust and durable. It is very simple to use, and it allows me to get into the university's network from my home, which is very useful for me.

How does an enterprise VPN work?

Employees can connect to their enterprise VPN solution whenever and however they like by simply logging in. Once they are granted secure access, an encrypted tunnel that is created between the network and the device they are using allows them to freely browse the web safely. When used remotely, an enterprise VPN protects a company’s vital resources, such as sensitive files, data storage, cloud-based SaaS (software as a service) apps, and much more. Enterprise VPNs are also helpful for IT managers and teams, making it easier for them to delineate specific rules and network policies across cloud and local environments - all without a messy installation process, configuration issues, or expensive hardware upkeep.

What is the main purpose of a VPN within an enterprise?

The goal of an enterprise VPN is to make sure business data is protected from data breaches or other cyberattacks. An enterprise VPN is also used to provide security for remote workers when logging on to an office network. Access controls and permissions further secure networks by enabling enterprises to authenticate and authorize users and evaluating required credentials. Because data breaches are happening more and more often, the amount of compromised data is rapidly increasing. When using an enterprise VPN, companies can be more proactive about cybersecurity, and attacks can be prevented.

Which VPN solutions are typically managed by an enterprise?

The three most common VPN solutions that are managed by an enterprise are:

  1. IPsec (internet protocol security): IPsec is recognized as one of the most traditional VPNs. It applies configurations to virtual rather than physical interfaces and supports multiple sites. An IPsec VPN solution involves passenger, carrier, and transport protocols. Additionally, IPsecs do not explicitly specify encryption of connections.
  2. SSL (secure sockets layer): An SSL VPN is the more current method for implementing VPNs. It does not require any software installation and it uses public key infrastructure and digital certificates. SSLs only require a web browser on a host and also default to encryption of network traffic. It is also user-friendly, and most web browsers already come with SSL support.
  3. DMVPN (dynamic multipoint virtual private network): With a DMVPN, an enterprise can rapidly scale access securely across the organization. It is a solution that makes it possible to transfer data between sites without having to deal with the verification process of traffic. DMVPNs are easy to deploy and are a cost-effective and scalable alternative to IPsec and SSL VPNs.

What is the difference between an enterprise VPN and a self-hosted VPN?

While both enterprise VPNs and self-hosted VPNs provide end-to-end encryption across unsecured Wifi networks, the two have stark differences, one of the main ones being anonymity. A key advantage of hosting your own VPN is that it allows you to view VPN data, see how it is handled, and review its quality, reliability, and anonymity while an enterprise VPN does not. An enterprise VPN is generally more reliable and can sometimes be cheaper. However, a self-hosted VPN can operate faster than an enterprise VPN since only one user is using the service. By using an enterprise VPN, organizations don’t need to worry about patches or the security of software like one would have to do with a self-hosted VPN. Unlike an enterprise VPN, a self-hosted VPN guarantees that only your hosting platform is aware of your IP address.

What are the benefits of an enterprise VPN?

Below are some of the benefits of an enterprise VPN:

  • No installation hardware is required on site before seeing value.
  • With just a single admin panel, network visibility is more reliable, onboarding is easier, and management is less challenging. All patching and maintenance is handled by the VPN provider
  • An enterprise VPN helps boost productivity. It allows IT teams to work more efficiently and enables them to use their time more wisely by focusing their attention on other tasks.
  • Companies find that an enterprise VPN is a crucial cost-cutting tool. By using a third-party provider to host a company’s VPN, an organization can plan a more accurate budget to ensure a stable, low-latency user experience for employees working remotely.
  • High-quality support staff combined with a global array of server nodes can make sure fast connections are possible from anywhere.
  • With an enterprise VPN, clients will have access to encryption details and hardware performance on a granular level.
  • Scalability is a top priority for many growing organizations. An enterprise VPN is more scalable than a self-hosted VPN, providing companies with the reassurance that they can meet their business goals.
  • Seamless integration with cloud products is another huge advantage.

SASE vs. Enterprise VPN

SASE, or Secure Access Service Edge, works by combining multiple network and security technologies into one solution. It is an identity-centric secure access platform, it utilizes zero-trust capabilities, and ensures secured access among applications, services, endpoints, and distributed users. Unlike VPNs, SASE gives users the ability to access applications without needing to connect to the network.

The traffic created by concurrent users causes VPN capacity to become strained. For large enterprise organizations, this can cause a disrupted and poor VPN experience as multiple users try to route internet traffic to the same data center. With SASE, however, a VPN capacity is already pre-built, and therefore allows companies to easily expand their VPN platforms. The SASE model enables thousands of remote employees to do their jobs successfully without compromising security. SASE also has another advantage over an enterprise VPN because traffic travels through a private network and not via the public internet.

Find out what your peers are saying about Fortinet, Check Point, Palo Alto Networks and others in Enterprise Infrastructure VPN. Updated: September 2021.
542,608 professionals have used our research since 2012.