Virtual Private Network (VPN) reviews by real, verified users. Find unbiased ratings on user satisfaction, features, and price based on the most reviews available anywhere.
Products classified in the overall Virtual Private Network (VPN) category are similar in many regards and help companies of all sizes solve their business problems. However, small business features, pricing, setup, and installation differ from businesses of other sizes, which is why we match buyers to the right Small Business Virtual Private Network (VPN) to fit their needs. Compare product ratings based on reviews from enterprise users or connect with one of G2's buying advisors to find the right solutions within the Small Business Virtual Private Network (VPN) category.
In addition to qualifying for inclusion in the Virtual Private Network (VPN) Software category, to qualify for inclusion in the Small Business Virtual Private Network (VPN) Software category, a product must have at least 10 reviews left by a reviewer from a small business.
We help companies keep their networks and Internet connections secure. Our VPN service adds an extra layer of protection to secure your communications. We do this by applying strong encryption to all incoming and outgoing traffic so that no third parties can access your confidential information. Protect your organization against security breaches. Secure remote team access. Simplify business network security. Access region-specific online content from anywhere in the world
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Private Internet Access (PIA) Anonymous protects users from data trackers, identity thieves, scammers, and stalkers by creating a personal virtual private network (VPN). The user's connections are anonymous and nearly impossible to track because private internet access (PIA) creates an encrypted data channel from the user's computer to the private internet access (PIA) network. It hides internet protocol (IP) addresses from hackers, advertisers, and data miners and protects privacy in public Wi-
IPVanish is the only true Top Tier VPN service in the world. This means we deliver the best VPN speeds, the most secure connections and the most competitive pricing anywhere. Our VPN network spans 40,000+ IPs on 1,100+ servers in 60+ countries, giving you the ability to surf anonymously and access blocked websites from every corner of the globe. IPVanish simply believes in a secure Internet — an online environment with the freedom to protect confidential data and maintain anonymity. As a champi
Virtual private network (VPN) software connects users and devices to private networks using encryption and security mechanisms. It ensures that only credentialed users have access to private networks and sensitive data, and protects data in transit, using encryption.
Users of VPN software employ these tools to restrict access to corporate networks to credentialed users, protect the information they send over the internet from being accessed by third parties like hackers attempting to view confidential information, mask their IP address and location, and access geo-specific website content.
VPN software has both corporate and personal use cases. Companies seeking to increase their security or restrict user access to sensitive corporate data can utilize VPNs to set up gated, internal networks. Individuals often use personal VPN software to secure their connection and encrypt their traffic when using an unsecured or public Wi-Fi network that may be vulnerable to attacks, such as those found at homes, airports, hotels, or coffee shops.
VPN software works by creating a secure, encrypted connection over a less secure network, like public internet. VPN software uses VPN tunneling protocols to achieve this and encrypts incoming and outgoing data traffic. These tools also encrypt IP addresses, mask locations, and can bridge connections between devices. These products often contain firewalls to prevent viruses, hacks, and other threats.
What Does VPN Stand For?
VPN stands for virtual private network. VPNs are virtual because they connect users to other computers virtually. They are private because of their ability to hide a user’s IP address and encrypt their traffic data. The word network in VPN refers to the network of VPN servers accessible to the user with their VPN provider.
Corporate or enterprise VPN: Corporate or enterprise VPN software securely connects remote employees to corporate networks and cloud services. These tools encrypt company data traffic end to end and prevent unauthorized access to company networks. This VPN connection enables a company’s mobile workforce to access corporate email, chat, file sharing, intranet sites, and other corporate and cloud applications when working remotely.
Personal VPN: Personal VPNs help users access the internet when they are connected to an unsecured network to privately browse the internet. It also allows them to change their IP address to access geo-restricted websites and content.
The following are some core features within VPN software:
Strength of VPN protocol: Each VPN protocol has strengths and weaknesses related to speed, encryption, stability, streaming, and downloading. The most secure and mobile-friendly VPN connection protocols are OpenVPN and IKEv2 protocols.
Strength of encryption: The most common encryption types are AES-128 encryption or AES-256 encryption, known as military-grade encryption.
Double VPN: Some VPN service providers send internet traffic through two servers, encrypting it twice.
Kill switch: A kill switch automatically shuts off a user’s internet access when the encrypted connection is lost, preventing data breach.
Logging data: Some companies and IT administrators want to monitor VPN usage. Some VPN providers record and store user logs.
No log or zero log policy: In some instances, VPN users value privacy and opt to have no user logs recorded. Some VPN service providers offer a no log or zero log policy. The VPN provider does not collect or keep any data transmitted on the VPN. Depending on the jurisdiction, there may be legal issues with no log policies.
GDPR compliance: If a VPN provider keeps data logs on European Union (EU) citizens, the provider is required to comply with GDPR regulation.
Desktop clients: Many VPN providers work with operating systems such as Windows, macOS, or Linux.
Mobile clients: For mobile and secure VPN access, many VPN providers support Android and iOS mobile device connections.
Browser extension: Some VPN providers offer browser extensions as a quick, easy way to connect to a VPN server using browsers like Chrome, Firefox, and Safari.
Multidevice limitations: VPN providers may limit the number of devices, users, or businesses that can access the VPN. Most free VPNs allow up to five or six devices before they require users to switch to a paid version.
High-speed connectivity and reliability: Speed, bandwidth, and reliability are important when considering which VPN provider to select. VPN providers may highlight the geo-location and the number of server switches they have, as user speeds improve when more servers are available.
Malware protection: Some VPN providers offer auto installation of patches to prevent malware attacks.
Zero-trust secure access: This ensures only authenticated users with compliant devices can access network applications.
DNS leak prevention: This encrypts DNS queries, preventing leakages due to security flaws in DNS requests that may be revealed to ISP DNS servers.
Ease of administration: People use VPN software because accessibility is important. Choosing a solution with an intuitive, user-friendly interface can help users log on to the VPN more easily.
Customer service: Many free VPN providers offer no customer support while enterprise VPN providers offer dedicated customer support to help troubleshoot problems.
With VPN software, remote employees can securely log on to their corporate networks and access the same corporate applications, folders, messaging, intranet sites, and corporate email as their colleagues at the corporate office. For an increasingly remote workforce, traveling employees and people who work from home, VPN software is a major consideration for companies to make. Benefits of using VPN software include:
Remote workforce support: VPN software enables remote employees to connect to corporate networks.
Secure access: VPN software restricts access to corporate networks to credentialed users and secures data sharing between offices with end-to-end encryption.
Privacy: For those using VPNs for personal use, the most common reason is to mask the user’s true IP address. This helps when using public internet for privacy purposes, to access geo-restricted content, and to ensure a secure connection.
The two main constituencies of VPN software are businesses that want to protect sensitive company data by restricting access to their company data and individuals who want to mask their IP address while browsing the internet, whether for work or for personal reasons.
IT administrators: IT administrators generally manage VPN software. Companies that want to ensure their information is safeguarded and control who has access to their networks use VPN software. Companies primarily use VPN software to connect regional office networks to their headquarters and to authorize users, such as their remote employees or partners, with access to their corporate network.
Remote or mobile employees: With an increasingly mobile workforce, secure access to business applications is critical to accomplish work. Employees use VPN software when they are out of the office to get secure, seamless access to corporate networks and applications, such as corporate email, messaging, and file sharing.
Individuals: When not using VPN software to access corporate networks, individuals commonly use VPN software for secure personal internet browsing. This is typically to evade snooping from hackers while using unsecured Wi-Fi or to mask an IP address and location when visiting websites that track visitors. Individuals use VPNs to change their IP address’s country of origin to access geo-blocked websites. For example, if a person traveling for work in Singapore tries to access a website or service based in the United States, they might find that it is geo-restricted content per the Singaporean Media Development Authority. The traveler could utilize VPN software to use an IP address located in a different country, such as the United States, to bypass the Singaporean restrictions and view the content.
VPN solutions provide access to networks, like corporate networks for credentialed users; VPNs do not validate the user’s identity or provide access management functions. To get user-specific session information, adding identity and access-related tools to VPN deployment can be helpful.
Identity and access management (IAM) software: IAM software helps companies protect their systems from unauthorized access or misuse by only allowing authenticated, authorized users (typically employees, based on job roles) to access specific, protected company systems and data.
Privileged access management (PAM) software: PAM software helps companies protect the keys to their IT domain by ensuring the credentials of their privileged accounts, such as admin accounts on critical company assets, are only accessed by those with proper permissions to do so. PAM software helps prevent external hacking or internal misuse of important company assets by employing the least privilege access policies, wherein users receive the absolute minimum access needed to perform their duties.
Software-defined perimeter (SDP) software: SDP products are a specific type of network security solution that focuses on network segmentation and user authentication. SDP itself is an architecture designed to allow access on a need-to-know basis, meaning every device and user must be verified before accessing either the network as a whole or specific systems and applications within a network.
Remote desktop software: For companies seeking a lighter weight software solution to view desktops remotely--often used for technical support use cases--remote desktop software may be an option. Remote desktop software allows a user to seamlessly connect to and interact with a computer in another location via an internal network or the internet. Remote desktop software enables the user to see and control a connected PC or laptop as though they were sitting directly in front of it.
Legality: Some countries ban the use of VPN software. For example, in the United States, it is perfectly legal to use VPNs. In Russia, Venezuela, Turkey, and several other countries, it is illegal to use a VPN in some instances. This includes changing an IP address’s country of origin to access blocked websites.
List of countries where VPNs are illegal, as of May, 2019:
List of countries where only government-approved VPNs are legal, as of May, 2019:
Legality of no log or zero log policies: Depending on where the VPN provider’s servers are located, local legislation dictates what recordkeeping is required of VPN providers. Information VPN providers may be legally required to hand over to local authorities include user activity, IP address, connection timestamps, and devices used. This means that in some cases, no log or zero log policies may not be available.
Free VPNs may track and sell user data: Some free VPNs sell user data, which usually defeats the purpose of using a VPN in the first place. Hence, it is important to read the terms and conditions of the VPN provider carefully.
Businesses of all sizes can benefit from VPNs, in particular those supporting a remote workforce.
Remote workforce: VPNs allow a remote workforce to securely access the corporate network.
Employees who travel: For employees who travel frequently and use insecure internet connections, VPNs can ensure traffic is secured.
Global companies: For companies looking to connect their branch offices to the headquarters’ corporate networks, site-to-site VPNs may be an option.
VPN software can meet a variety of business needs depending on a business’s specific requirements. When developing the list of requirements and priorities for selecting a VPN software solution, companies should be mindful of the following:
End-user use cases: Companies should determine the use cases of the software by asking the following questions:
Strength of protocol: Businesses should determine which protocol they require based on the speed, encryption strength, stability, streaming, and downloading capabilities. A VPN protocol is the instruction a VPN uses to communicate with the VPN client and the VPN server. The protocol is comprised of transmission protocols and encryption standards.
There are several types of VPN protocols with differing speed, encryption, stability, streaming, and downloading abilities. The most secure and mobile-friendly VPN protocols are OpenVPN and IKEv2 protocols, while PPTP and L2TP/IPsec are less secure protocols.
Pros: speed, stability, streaming, downloading
Cons: poor encryption
Pros: speed, streaming, downloading
Cons: fair encryption, fair stability
Pros: encryption, stability
Cons: fair speed, poor streaming, poor downloading
Pros: encryption, downloading
Cons: fair speed, fair stability, fair streaming
Pros: speed, encryption, stability
Cons: fair streaming, fair downloading
Encryption standard: Companies must determine which encryption standard meets their security requirements. The most common encryption standards include:
Business segment or region-specific solution: When looking for software tailored to the small businesses segment versus mid-market or enterprise segments, companies should be clear in their RFP about this. Similarly, if there is a need for a tool that works well in a specific geographical region or language, that should be included in the RFP.
Integrations: Companies must ascertain which integrations are important.
Licenses needed: Companies should decide how many licenses they need for end users and if there are different license types based on user type.
Number of servers and geographic locations: The number of servers and their geographic location is important when selecting a VPN solution, in particular for individual VPN use cases.
Timeline: How quickly a company needs to implement a solution is also a factor in the buying process.
Level of support: Companies should know if they require high-quality support or if they are able to implement this in house?
Create a long list
Upon finding some products through research on G2.com, selections can be saved in “My List”, so buyers can easily reference these software solutions. From meeting the business functionality needs to implementation, vendor evaluations are an essential part of the software buying process. For ease of comparison after all demos are complete, it helps to prepare a consistent list of questions regarding specific needs and concerns to ask each vendor.
Create a short list
To determine the best VPN solution from the long list of products, buyers should read through product user reviews, view ratings on the G2 Grid® report for the Virtual Private Network (VPN) software category, read usability ratings, and cull the long list of vendors in the G2 “My List” down to a handful.
In the next step, buyers can contact the shortlisted vendors for demos using the G2 “Get a Quote” button. During the demo of each solution, buyers should ask the same questions, get clarifications on the same use cases to best evaluate like for like, and see how each vendor stacks up against the competition.
Choose a selection team
The software selection team should consist of members of the organization who have the right interest, skills, and time to participate in this process. A good starting point is to aim for three to five people who fill roles such as the main decision maker, project manager, process owner, system owner, or staffing subject matter expert, as well as a technical lead, IT administrator, or security administrator, in addition to an end user. It is important to include an end user on the selection team because after all, for VPN software to work, end-user adoption is critical.
Pricing often depends on the number of licenses bought and the length of time. The more licenses bought and for a longer term, usually helps in getting a discounted deal. Negotiates may be possible for free or reduced implementation services or ongoing support, as well.
After this stage, and before going all in, it is recommended to roll out a test run or pilot program to test adoption with a small sample size of users. If the tool is well used and well received, the buyer can be confident that the selection was correct. If not, it might be time to go back to the drawing board.