

OPNsense and Check Point Quantum Force (NGFW) are both advanced solutions in network security, competing in the firewall market. Check Point Quantum Force (NGFW) tends to have an upper hand with its robust security features that cater well to enterprise clients.
Features: OPNsense is well-regarded for its customization, ease of configuration, VLAN management, network segmentation, and flexible reporting tools. Check Point Quantum Force (NGFW) offers advanced security features such as Intrusion Prevention, Threat Emulation, Application Control, robust centralized logging, and management capabilities tailored for large deployments.
Room for Improvement: OPNsense could enhance integration with virtual servers, improve monitoring tools, and simplify VPN configurations. It also needs better documentation and scaling capabilities for larger deployments. Check Point Quantum Force (NGFW) could benefit from a more intuitive user interface and improved technical support for SMBs. Enhancements are needed in VPN consistency and licensing processes, as well as better support services.
Ease of Deployment and Customer Service: OPNsense provides straightforward on-premises deployment and relies on community support, often not requiring extensive external help. It benefits from an active community and extensive online resources. Check Point Quantum Force (NGFW) offers flexibility with on-premises, hybrid, and public cloud setups but demands a more experienced IT team. Its customer service is robust but requires improvements in responsiveness for complex setups.
Pricing and ROI: OPNsense is cost-effective with no licensing fees, appealing to budget-conscious users; it offers quick ROI due to minimal financial outlay. Check Point Quantum Force (NGFW), while more expensive, offers significant security features that justify the cost for large enterprises. It delivers value by reducing breach risks, thus providing a solid ROI for organizations prioritizing comprehensive security over low budget constraints.
This is a time-saving measure because we don't need to deploy a cluster or a firewall each time; we just create a virtual system on the management server using the same appliance.
Not having major security incidents has been far less expensive than dealing with data that could cost us hundreds of thousands or even millions in recovery and downtime.
Incident response time has reduced significantly, and downtime due to network issues has been minimized, leading to an improved return on investment.
The network attacks reduced by approximately 60% after using that, even without customizing the custom configuration yet.
For a very little investment, I was able to increase the security of my network.
If we have an urgent security problem, it would be nice to get a faster response.
The support team we engaged was knowledgeable and well-versed with the application.
We have escalated issues to Check Point technical support multiple times and have received timely and very good responses.
Compared to some open-source projects with weak support, OPNsense stands out for having both a strong community and commercial backing options.
I mainly rely on community support since the solution is open source.
If you say you do not have one, it is finished. This is where the monopoly starts.
If specified correctly, even the smaller boxes offer high session and bandwidth rates, making the solution highly scalable, even up to telco-level requirements.
It is easy to scale up by adding capacity through clustering or upgrading the license, and it effectively handles spikes in remote user connections or increased east-west traffic without noticeable bottlenecks.
While the performance itself scales well technically, you need to be prepared for the financial side of the growth.
I use Zenarmor, pinning it to one core for packet inspection, and the CPU performance seems very good.
OPNsense's scalability is excellent; I just need to resize my hardware and upgrade the server, and voilà, I am good to go.
In theory, OPNsense can handle small home networks and even large enterprise environments if deployed on sufficiently powerful hardware or virtualized on a clustered system.
We have not experienced major crashes or unexpected downtime that affected our network security.
While the solution is generally stable, there are complications, such as requiring SmartConsole for deployment and upgrades, which can be time-consuming.
I have worked with Check Point products for 15 years and haven't found any stability or performance issues.
For home and small network use, OPNsense is also reliable, providing enterprise-grade security at no cost.
The only challenge faced was its inadequacy to manage large voice traffic effectively, even with dedicated hardware.
At the latest code level, I haven't experienced any crashes.
AI-driven features would be highly valuable—particularly those that enable bulk operations and efficient handling of large numbers of objects or object groups.
One thing that would help in improving Check Point Quantum Force (NGFW) is having more flexible dashboards that I can tailor without relying on templates.
Other products, like FortiGate, are perceived as more intuitive because they are easier to configure from the start.
Enhancing its performance for significant amounts of data traffic would make it closer to a perfect solution.
It would be beneficial if they could create some videos on how to set it up themselves.
The documentation should be clearer because I faced some difficulties navigating many options.
In comparison to Fortinet and other products, the pricing may be considered high.
licensing is very pricey
Compared to other solutions, the pricing of Check Point NGFW is high.
I consider the pricing of OPNsense to be high when compared with other market products.
OPNsense is free, the licensing and setup was easy.
The firewall's default behavior of blocking all traffic, including a cleanup rule that blocks everything from external to internal sources, is highly valuable for protecting our network.
The most valuable features in my experience include perimeter firewalling, cloud and mobile security, application control, URL filtering, DLP, threat prevention, intrusion protection, and safeguarding against malware, botnets, and zero-day attacks.
Since implementing it, we have noticed a lot less getting through that maybe other antivirus within firewalls had failed to catch.
The most valuable features include the basic firewall functionality and the GeoIP location services.
I can have a Wi-Fi VLAN and feel secure that the server network or the VM network that I have on a different VLAN are isolated, and they cannot talk to one another, which adds a great level of security.
It offers enterprise-grade features such as intrusion detection and prevention system, VPN support, traffic shaping, and web filtering, all without license cost.
| Product | Mindshare (%) |
|---|---|
| Check Point Quantum Force (NGFW) | 2.8% |
| OPNsense | 7.0% |
| Other | 90.2% |

| Company Size | Count |
|---|---|
| Small Business | 164 |
| Midsize Enterprise | 93 |
| Large Enterprise | 199 |
| Company Size | Count |
|---|---|
| Small Business | 32 |
| Midsize Enterprise | 6 |
| Large Enterprise | 8 |
Check Point Quantum Force NGFW is a robust next-generation firewall offering advanced threat prevention, application control, and unified management capabilities, making it a preferred choice for securing network infrastructures for organizations.
Famed for its centralized management and scalability, Check Point Quantum Force NGFW provides comprehensive protection with features like deep packet inspection, VPN management, and threat emulation. Organizations benefit from its user-friendly design, efficient network performance improvement, and strong AI-driven threat prevention capabilities. However, configuring the system can be complex, and licensing remains unclear for some users. Experienced personnel are often required due to slow policy installations and costly expenses. Administrators face challenges with VPN setup and demand better support response times, centralized management, and real-time updates for antivirus. Enhancements in third-party integration and automation are also sought after.
What are the key features of Check Point Quantum Force NGFW?Industries deploying Check Point Quantum Force NGFW often use it as a perimeter firewall across multiple devices and sites for securing corporate data and controlling network traffic. It is instrumental in safeguarding critical infrastructure such as servers and end-user equipment while supporting seamless remote worker VPN access. It's commonly implemented across healthcare, finance, and governmental organizations, enhancing their security frameworks and protecting sensitive data.
OPNsense is a robust open-source platform known for its intuitive GUI, firewall capabilities, and seamless network management. It provides essential security features such as VPN and IDS/IPS, catering to organizations looking for reliable and custom-configurable solutions.
Renowned for its user-centric approach, OPNsense integrates functionality with scalability, making it a preferred choice for both on-premises and cloud deployments. Employing regular updates, OPNsense enhances security and offers modular configurations, DNS-level filtering, content control, and load balancing. Users value the platform's resilience and its ability to support features like WireGuard and Zenarmor for improved security management, especially appreciated by budget-conscious entities. However, complexity in its interface and reporting, along with challenges in cloud integration and API, require attention. Users also suggest improvements in VPN and firewall customization and seek better documentation and tools, considering the current pricing structure.
What are the key features of OPNsense?In industries ranging from corporate enterprises to home offices, OPNsense is implemented for securing server data, managing VPN links, and enforcing firewall policies. It is particularly favored for providing secure remote access, efficient network management, and the flexibility needed for specific business requirements, whether deployed in cloud environments or traditional setups.
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