Check Point Remote Access VPN and Microsoft Azure VPN Gateway compete in the network security category. Check Point Remote Access VPN seems to have an upper hand due to its integration with existing firewalls, requiring no additional hardware, and strong multifactor authentication.
Features: Check Point Remote Access VPN offers firewall integration, SSL VPN, and centralized management. Its compatibility with Check Point firewalls means no new hardware is needed for VPN functionality. Multifactor authentication integration adds to its security strengths. Microsoft Azure VPN Gateway provides seamless cloud access for remote employees, integrates with Microsoft cloud services, and offers diverse encryption methods, making it an excellent cloud solution.
Room for Improvement: Check Point Remote Access VPN faces challenges with Linux and macOS functionalities and needs enhancement in deployment automation and interface design. It requires significant administrative efforts for endpoint updates. Microsoft Azure VPN Gateway can improve connection stability, troubleshooting tools, and integrated security features. Better pricing options are also desirable.
Ease of Deployment and Customer Service: Check Point Remote Access VPN is primarily on-premises with some hybrid/private cloud use, supported by robust customer service but inconsistent response times. Rapid technical support and a strong partner network are highlights. Microsoft Azure VPN Gateway excels in public/hybrid cloud environments, offering easy scalability and Microsoft service integration. Despite its excellent customer service, its setup is complex, lacking built-in support tools.
Pricing and ROI: Check Point Remote Access VPN is cost-effective for existing infrastructure users but has pricey ongoing licensing. Its reliable performance leads to substantial ROI for security-focused companies. Microsoft Azure VPN Gateway's dynamic pricing varies with user/service needs and can be costly for small businesses. Its cloud connectivity, without extra hardware, provides a positive ROI for extensive remote work.
It reduces the dependency on being physically present in the office and enhances the overall user experience, saving time and maintaining security.
The solution provides significant cost savings, transitioning expenses from CapEx to OpEx.
Contacting the Technical Assistance Centers (TACs) initially can be difficult, but once I get in touch with the TAC team, it is easy to solve problems.
The timing of technical support does not always align with our working hours.
Prioritization of tasks can also be challenging, impacting the timely resolution of problems.
The process was very efficient to scale the solution, which supports a high level of scalability.
Azure VPN Gateway is very stable due to reliance on Microsoft's own network.
Deploying these solutions requires higher technical expertise than other solutions.
Check Point Remote Access VPN can be improved by having more granular options to steer traffic, like easier configurations for split tunneling, which is currently complex.
Our key technical supports come during hours that are not aligned with our working hours, which sometimes affects our access to support.
The instructions on how to integrate P2N and P2S type networks into Azure VPN Gateway could be improved, though it is a constantly evolving process.
It is competitively priced, and we have chosen it for its market leadership in the firewall space.
The pricing, setup cost, and licensing are straightforward, though the setup is a bit expensive.
In terms of pricing, Check Point Remote Access VPN is not the most cost-effective option compared to other vendors.
The pricing is somewhat high but acceptable, considering it replaces the need for physical network equipment, leading to cost savings.
The price of Azure VPN Gateway should be rated five from a purely invoice aspect.
The end-to-end endpoint security provided by Check Point Remote Access VPN impacts our organization by ensuring compliance and enhancing security.
The functionality enables secure access for remotely connecting users, which is necessary for our operations.
One of the best features is split tunneling, which allows steering what traffic is sent from the VPN tunnel.
The primary function of Azure VPN Gateway allows for designing subnets from existing networks, whether they are physical or virtual networks within Azure or other cloud instances.
It's cost-effective by eliminating the need for firewall and networking equipment purchases.
Remote secure access VPN is a solution that provides users with remote access to an organization’s network. The host may have VPN client software loaded or use a web-based client. The solution leverages security features like multi-factor authentication, endpoint scanning, and encryption of all data in motion.
Check Point Remote Access VPN provides individuals with protected and efficient access to a company network from anywhere. This strategy fosters collaboration and connectivity between distributed teams and offices.
Features of Check Point Remote Access VPN
Key features of the secure remote access VPN include:
The system enforces endpoint security with endpoint compliance. It monitors and verifies the security status of each endpoint and reports back to the Security Gateway. The gateway, in turn, checks the compliance level and directs the connectivity to the right resources.
Users can deploy the Remote Access VPN in one of three ways:
Remote Access VPN is centrally managed. The centralized console enables management and enforcement of policies with a single log-in.
The Remote Access VPN has a web portal that users can use to connect securely to corporate applications, such as web-based resources, file-sharing, and email. Administrators can customize the web portal to match the brand identity.
Remote Access VPN offers two choices for remote access:
The authentication features include password management, RADIUS challenge/response, CAPI software, and hardware tokens. P12 certificates, and SecurID.
The system establishes a VPN tunnel on demand. It also re-arranges connections when roaming. The tunnel can automatically tear down when the user is on the corporate LAN.
There are several connection features, such as Hotspot detection, office mode IP, split tunneling, and automatic fallback to HTTPS.
Benefits of Check Point Remote Access VPN
One of the key advantages of Remote Access VPN is that it provides remote workers with a secure way to connect to a corporate network from any device, including their personal devices. The data encryption in transit enables them to securely access the resources they need for their tasks.
It also provides IT support and technicians with a faster way to troubleshoot software issues. In the case of a ticket, IT doesn’t need to go to the server location to fix the problem but can troubleshoot it remotely.
A remote secure access VPN is also an affordable alternative for small and medium-sized businesses, without requiring expensive infrastructure.
Reviews from Real Users
A Global IT Network and Security Service Senior Specialist at a manufacturing company who uses Check Point Remote Access VPN says, "I found the MEP feature the most valuable. This has improved users' latency allowing the users to connect to the nearest Azure Check Point VM."
"Organizations that already use the Check Point NGFW Solution do not require any additional hardware, which makes the implementation straightforward and reduces the time to go live," explains Basil D., Senior Manager at a financial services firm.
Manuel B., a Voice and data infrastructure specialist at a tech services company, says that "The IPSec VPN, Mobile Access, and Identity Awareness are three of the blades with which we have been working with since the pandemic. This has given us great mobility, making our network more dynamic."
A VPN gateway is a specific type of virtual network gateway that is used to send encrypted traffic between an Azure virtual network and an on-premises location over the public Internet. You can also use a VPN gateway to send encrypted traffic between Azure virtual networks over the Microsoft network. Each virtual network can have only one VPN gateway. However, you can create multiple connections to the same VPN gateway. When you create multiple connections to the same VPN gateway, all VPN tunnels share the available gateway bandwidth.
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