Portnox Reviews

I mainly use Portnox to instantly isolate a compromised or non-compliant endpoint from the rest of the network the moment a threat or vulnerability is detected.

Portnox's main use case is for authentication, posture assessment, enforcement, and segmentation, using a cloud-native identity provider such as Azure AD or Entra ID to verify that the person attempting to log in is actually an active employee with the right credentials or digital certifications. It functions as a security verification tool that we use.

A recent and highly impacted scenario that stands out occurred during a critical availability window when a new zero-day operating system vulnerability was actively being exploited across the industry. As I work in healthcare IT infrastructure, maintaining zero trust network integrity is paramount because a single compromised endpoint can act as a lateral entry point to critical patient care applications or medical databases. We had a corporate laptop belonging to an off-shift employee that missed the mandatory security patch cycle via our MDM tool, Intune. The user attempted to log into the corporate network via VPN from home while the device was still out of compliance. As soon as the connection request hit our gateway, Portnox performed an automated posture assessment rather than simply checking if the user's active credentials were correct. Portnox verified the machine's configuration against our updated compliance policies, instantly flagging it as missing critical security patches, having an altered local firewall configuration, and an out-of-date endpoint security agent.

Once Portnox flagged the device as non-compliant and automatically moved it into isolated quarantine, our team initiated a coordinated response between incident management, the security operational centers (SOC), and our endpoint engineering teams to remedy the issue without compromising the wider network. The specific step-by-step actions we took included incident logging and alert verification followed by safe communication with the quarantine zone, then forced remediation and policy synchronization, ensuring the device was safely coordinated in quarantine with minimal risk of lateral threat movement. Our team executed several technical steps, triggering a forced evaluation cycle from our MDM platform to push mission-critical OS security patches directly to the device, and remotely initiating a manual update script to force the device's local antivirus and EDR definitions to sync with the latest cloud signatures. The final step involved reassessment and automatic return to production.

Portnox's AI has been exceptionally accurate and reliable, especially regarding fingerprinting random IoT or unmatched devices on the network. Previously, with older systems, we experienced many false positives, misidentifying corporate machines, but Portnox very rarely makes mistakes. The risk tooling is dependable, and when machine learning modules flag diverse behavior as risky, there is always a valid technical reason behind it, making Portnox an automated tool we trust to run on autopilot without constant false alarms disrupting user speed.

Portnox positively impacts our organization by providing us massive peace of mind and drastically cutting down our operational overhead. Instead of our team spending hours chasing down compliance gaps or manually checking if remote laptops are secure, Portnox handles everything seamlessly in the background, keeping our network tight and secure without disrupting our employees' daily workflow. By automating the entire threat containment process, it ensures that a minor security issue on a single device never grows into a major costly incident, maintaining a stable production environment and safeguarding our data.

The best features that Portnox offers include identifying user credentials using AV, a cloud-native setup, continuous posture scanning, automated segmentation and remediation, and acting as a twenty-four hour automated security guard that handles the heavy lifting for us.

As we work in the healthcare IT industry, my favorite feature of Portnox is its twenty-four hour operation, as we prioritize security knowing it works for us around the clock during our daily activities.

If I had to pick my favorite feature that has made a significant difference for my team, it would be the automated segmentation and isolation feature, which saves us time during ongoing issues. We no longer need to manually hunt down endpoints or pull devices off the network; Portnox takes care of this instantly, detecting compliance gaps and moving devices to a secure quarantine zone without any manual effort required from us.

One area for improvement in Portnox is the initial setup complexity and documentation for custom policy creation. Navigating the cloud console can feel clunky when configuring specific posture rules, especially for a mix of older legacy devices and new operating systems, and the troubleshooting logs are not always clear on why a policy validation failed. More out-of-the-box automation templates for common remediation workflows would also be helpful.

Regarding needed improvements, the reporting and analytics dashboard could be more intuitive. Pulling a quick high-level summary of network compliance or compliance trend histories for leadership feels restrictive due to the built-in reporting filters, requiring more manual digging than necessary. Simplifying the reporting interface and allowing easier customization of dashboard visuals out of the box would make tracking long-term security metrics easier for management.

I have been using Portnox for fifteen months.

Portnox is stable.

Portnox's scalability is one of its strongest points. Since it runs in the cloud, we do not experience performance issues typical of older on-premises devices, smoothly handling the rollout of policies across many remote users. Its infrastructure scales automatically in the background, eliminating concerns about capacity or backend upgrades.

Customer support is easy to reach out to, but I have never really interacted with Portnox's customer support as I have not needed assistance.

Before Portnox's implementation, we managed everything manually, which consumed much of our time and hindered our focus on more critical IT tasks. After Portnox was introduced, it automated many smaller issues, allowing us to concentrate on higher-priority tasks.

Deploying Portnox cloud without on-premises hardware has been a massive relief, as we previously dealt with the time-consuming logistics of maintaining physical appliances or dedicated virtual servers at multiple sites. Going hardware-free means we avoided those physical logistics, setting up the platform globally quickly while managing security from the cloud console and not worrying about local hardware failures, allowing rapid scaling and policy changes.

Integrating Portnox with our existing identity providers such as Azure AD is surprisingly easy and straightforward due to its native API integrations, allowing seamless connections without complex on-premises proxy servers. Setting up the sync takes very little time and maps existing user groups and security permissions effortlessly.

I do not have exact numbers but can say we see a massive return on investment driven by time savings. By automating the device containment and remediation processes, we save countless hours weekly that would have gone into chasing down security alerts and manually isolating non-compliant devices, freeing up our team to focus on higher-value tasks instead of routine firefighting.

If I could give advice, it would be to spend extra time mapping out endpoints and custom compliance policies before deployment. This will prevent initial configuration headaches and ensure effective integration with tools such as Azure AD and MDM platforms, maximizing automated capabilities.

I have covered all relevant aspects of Portnox and do not think any other improvements are needed at this time.

I have provided all my thoughts, reviews, opinions, improvements, and advice already and do not have anything additional to add.

My overall review rating for Portnox is an eight out of ten.

My use case for Portnox is access control, specifically focused on access control.

Portnox ensures system compliance through policy enforcement, including antivirus updates, Windows operating system updates, and system patches. This helps network administrators maintain system health and security across the network. The solution effectively prevents vulnerabilities and potential security incidents before they escalate.

Portnox enables control and monitoring of the network to see who is active. It has a very nice user interface that is easy to understand and use on the network. Using Portnox has helped limit concerns about port security, eliminating the need to manually open and close ports and maintaining documentation about who connects to which port. When anyone connects, Portnox acts automatically, by showing it on the Portnox dashboard and also showing the system name of the user system. Portnox also yanks the system out if it doesn't meet up with the policy as specified.

If a system is being set up and hence doesn't meet the network security standard, for Portnox not to throw it out, a voucher can be assigned to it, allowing it to be online for a specified amount of time while the system is being worked on. 

Though there are challenges with Portnox, it has made work easier and network security very effective within the local area network. It has reduced manual work in port security configuration and secured the network. When users go against Portnox policies, they are removed, giving administrators the opportunity to access system states as regards security and maintain network security standards.

The best features of Portnox are its effectiveness in terms of access control, ensuring security on the network, and making sure basic requirements to be admitted on the network are met. It can e set with parameters like aligning with Windows being up to date as a basic requirement for a particular system to be on the network, presence of anti-virus and regular updates, etc. 

The area Portnox needs to organise more training for its partners. They are doing well, but areas of knowledge gaps are still visible. There are times unexpected things happen with Portnox, like Portnox acting abnormally, and even the partners are also confused and have to press a couple of buttons to get it to work. Sometimes it impacts on work and productivity before it is resolved. Portnox can occasionally knock out a switch port, causing network downtime and requiring a manual reset. Consultants sometimes appear unable to predict how Portnox reacts at certain times, leading to situations where network security must be temporarily bypassed. The knowledge gap, though small, can have a significant impact. Portnox should improve by inviting its partners and end-user administrators for comprehensive, constant training, updates, and feedback on the solution to reduce this knowledge gap.

I have used Portnox for about two years and three months.

Regarding stability, Portnox is doing well.

For scalability, Portnox performs very well.

We have up to 500 users.

The technical support response time is good, and partners always respond when there are issues. However, in a few cases, the challenge lies in their ability to quickly identify and resolve problems. The main area needing improvement is the technical training and certifications for partners and support staff.

Neutral

No

We had Portnox installed on our server rather than using Portnox Cloud.

We worked with the consultant to deploy the system. It wasn't too much of an issue to deploy because we transitioned from one particular server to another. The consultant did most of the setup configurations while we worked with them, giving them the information they needed

I know that IT solutions are expensive. You are charged according to the number of users. For now, the organisation can afford it, but smaller organisations may not be, so Portnox can also consider that when pricing.

The unified access control platform, especially on cloud, offers great functionality. Having all functionalities under one roof is beneficial, though some big organizations prefer on-premises solutions for security purposes.

Regarding conditional access, it can be configured for specific ports, such as ATM machines, to ensure availability while maintaining security. For user systems, conditional access is limited, and vouchers are issued only when necessary, such as when systems need to remain online during maintenance.

As an end user, I would rate this solution an eight out of ten.

Our primary use case for Portnox is to authenticate users. Authentication means ensuring that the person connecting to our network is the correct staff member of the organization. Someone cannot simply carry a system from anywhere to the estate and access the facility. Previously, some people brought their systems and were able to connect. With Portnox, it will first verify if you are part of the organization by checking if the person has the password and username. It will also check if that system is a domain-joined system. 

It checks two things: the user and the system being used. It verifies if this person is part of this organization and not a foreign user to our domain. From the support perspective, it checks to see if that person is authenticated via these two methods.

Previously, we had a solution where you needed to call for a NAC port issue, and the engineer would check for the port number. With Portnox, you have a large-scale view of the systems on your estate. You can use the ID of that user to search and get substantial information about a user. It is a very robust application because three teams use that part: the network team, the security team, and the support people. If I need to get a particular number to find out where a switch is or a particular port on a switch, I can use it to get it. The previous solution did not accommodate these features.

Using Portnox is easy. The only challenge is the time it takes to connect because authentication occurs on the cloud. If there are issues with the cloud-based server, authentication becomes problematic. This authentication issue with Portnox needs to be addressed. We have observed that it takes time for people to authenticate based on the fact that the cloud-based facilities are having issues. Authentication is delayed because it is communicating with a set of controllers.

I have been using Portnox for more than three years.

For the stability of Portnox, it needs to be made more accessible. When they have an update, there should be time-to-time communication. There should be something easier to push through. If there is a version one and another version, the communication between the organization using it and Portnox should be firm so they can coordinate effectively. We have seen instances where the older version stops working properly, and we have to update each system individually. This process is time-consuming as it needs to be done manually for each system experiencing issues.

The scalability is very satisfactory.

I only used Portnox. They were trying to review it, and there wasn't a better solution at that time.

For enrollment, you must have the software installed first. Then it authenticates the user by checking if the user ID is correct. After that, it will indicate if your device is healthy. The enrollment process involves entering your organization's details for confirmation.

The procurement portion is handled by another team due to segregation of duties. While I cannot specify the price, we have been using it consistently. Considering that the solution might be priced in foreign currency, if it were not cost-effective, they would have retired it.

I would rate Portnox an eight out of ten; no application is perfect.

Portnox serves as my primary solution for network access control and zero trust security. I use it to authenticate users and devices before they connect to the network, monitor endpoint compliance, and enforce security policies based on user identity and device posture.

My main use case for Portnox is securing network access through zero trust principles. It authenticates users and devices, enforces compliance policies, provides visibility into connected endpoints, and automatically restricts access for non-compliant or unauthorized devices. This helps strengthen network security, support BYOD environments, and simplify access control management across the organization.

Portnox offers several best features including cloud-native deployment, real-time device visibility, automated compliance enforcement, and risk-based access control. These provide strong zero trust capabilities by continuously verifying users and devices before granting network access while simplifying NAC management compared to traditional on-premises solutions.

The cloud-native deployment has reduced the operational overhead of maintaining on-premises NAC infrastructure, making management and updates simpler. Real-time device visibility helps me quickly identify new, unmanaged, or non-compliant devices on the network, allowing faster response to security issues and improving overall network control.

Automated compliance enforcement and risk-based access control are also key features. Portnox can automatically identify non-compliant devices, apply security policies, and restrict access when necessary, reducing manual effort for security teams and helping maintain a stronger security posture across the network.

Portnox has positively impacted my organization by improving visibility into connected devices, strengthening access control through zero trust policies, and automating compliance enforcement. It has helped reduce manual effort, improve security governance, and ensure that only authorized and compliant devices can access the network, resulting in a more secure and efficient operational environment.

One measurable outcome showing how Portnox has improved my organization has been the reduction in manual network access reviews and remediation efforts. With automated compliance checks and policy enforcement, my team spends less time validating device security status and handling access requests manually. The real-time visibility and automated response capabilities have also helped me identify and address non-compliant devices faster, improving operational efficiency and strengthening overall security posture.

One area for improvement would be deeper reporting and analytics capabilities for Portnox, particularly for long-term trend analysis and compliance reporting. Additional customization options for dashboards and policy management could also help security teams gain more tailored visibility into their environments, making the product even more effective.

In addition to reporting enhancements, I would like to see more advanced policy customization, richer integration options with third-party security tools, and more granular alert tuning to help reduce noise. Improved dashboard flexibility and deeper historical analytics would also help security teams gain better operational compliance insights, further improving usability, visibility, and day-to-day security management.

I have been using Portnox for more than ten months.

Portnox's AI-driven security approach aligns well with zero trust principles by continuously evaluating user and device risk before granting access. From a governance perspective, the platform provides strong policy enforcement, compliance monitoring, and access control capabilities. From a security standpoint, real-time visibility, automated remediation, and risk-based access decisions help strengthen the overall security posture, making the governance and security capabilities mature and effective, particularly for organizations looking to improve access control, compliance, and operational efficiency. I have rated this review nine out of ten.

Portnox was primarily used for network access control, which granted access to enterprise devices based on specific parameters that we set.

A specific example of how I used Portnox for network access control in my environment involved network devices and enterprise devices that did not meet specific criteria. For instance, if a device was no longer joined to the domain, even if it was an enterprise device, and had lost trust with the domain, it would not be able to connect to the network. In such cases, the device owner would need to reach out to me or to the local IT support representative for the branch to obtain temporary access so that the device could be joined to the domain to regain trust, and then it would resume normal operation. That was the primary use case.

Regarding my main use case with Portnox, it was used because we were in the setup phase when I started using it. It was an ongoing project, and it was primarily focused on network access control. It functioned effectively.

The best features Portnox offers include its highly responsive nature and its customizability, as you can set the parameters and it responds effectively to those set parameters.

Portnox has positively impacted my organization by ensuring that only authorized devices connect to the local network, serving as the first point of defense for our network devices. Even if someone attempts to change their MAC address to connect, Portnox detects it, blocks the device, and alerts us, prompting investigation to resolve the issue. This has reduced the number of incidents where people bring their own personal devices and connect them to the local network.

During my daily use, I noticed that if you have many devices being managed by a particular server, any device being managed by that server takes quite a bit of time to respond. If you log into Portnox and need to grant temporary access to a particular device, and the device is managed by a server that has many devices on it, it takes much longer than it would for devices being managed by another server that is not overwhelmed. It is very important that you share the load or, if needed, add more servers to manage the devices depending on the total number of devices you have.

Portnox offers an edge over alternatives in terms of customization. You can arrange it based on steps, with zones and branches, making it easier to sort and filter. One suggestion I have is that Portnox should automatically attempt to share the load and suggest load distribution, instead of requiring manual movement of devices across different servers.

In my current field, I have been working for approximately six to seven years.

Portnox is stable.

Portnox is very scalable.

Portnox customer support has been good; whenever we had challenges, we reached out and received a quick response.

My advice to others looking into using Portnox is to proceed with it and have an idea of the scale you want to use. I would rate this review a 3 out of 5.

Portnox's passwordless authentication approach reduces vulnerability to common credential threats, helping organizations manage security more effectively by minimizing the risk of unauthorized access. This enhanced security model supports incorporating zero-trust principles into the organization, ensuring stricter control over access points and improving overall cybersecurity measures.

Portnox integrates seamlessly with existing identity providers such as Azure AD, Okta, and Google Workspace. It is known for its scalability and stability, with minimal lag and no crashing incidents reported. Portnox's zero-trust model provides an added layer of security, reducing credential vulnerabilities.

Portnox's integration capabilities and security features such as zero-trust and passwordless authentication contribute significantly to an organization's security posture.

There is room for improvement regarding Portnox's pricing strategies. Additionally, gathering extensive user feedback helps Portnox for development and marketing, aiming to address any downsides and enhance user satisfaction.

I have been using Portnox for close to five or six years.

Any lagging or crashing incidents would be important to investigate, although none were specifically detailed in my feedback.

Portnox is described as a scalable solution, which is necessary for expanding IT environments while maintaining performance.

Portnox's universal zero-trust model has made a strong impression on me. My overall rating for Portnox is 8 out of 10.

Portnox is used to secure our network without having to manage on-premises hardware, and we use it to ensure device compliance and handle 802.1X authentication. During day-to-day operations, it consistently runs in the background when we manage major incidents or troubleshoot connectivity issues. We rely on it to quickly verify device posture and see exactly what is being allowed or blocked on the network.

We use Portnox to secure access to our corporate Wi-Fi and wired network by integrating it with Microsoft Entra ID and Intune. When employees connect their laptops, Portnox automatically verifies the user's identity and device compliance before granting access. For example, if a device is missing security updates or has antivirus disabled, Portnox places it in a restricted network segment until the issue is resolved. This gives us better visibility into all connected devices and reduces manual access management, strengthening our zero trust security posture across both office and remote users.

In our environment, we use Portnox for network access control and device compliance, with a typical use case of validating user identity and device health before allowing access to corporate resources. Devices that do not meet security requirements are automatically restricted, helping us prevent unauthorized or risky endpoints from accessing the network.

One of the biggest benefits we have seen with Portnox is the simplicity of deployment and ongoing management compared to traditional NAC solutions. The cloud-native architecture reduces the need for on-premises infrastructure while providing centralized visibility into all connected devices. Integrations with our identity and endpoint management platforms help us automate access decisions based on user identity and device compliance. This has improved our security posture, reduced administrative overhead, and provided a more seamless experience for both IT teams and end users. As our environment continues to grow, Portnox scales effectively while supporting our zero trust and compliance initiatives.

The best features of Portnox are its cloud-native architecture, comprehensive network visibility, and automated access control capabilities. It provides real-time visibility into all connected devices, including managed endpoints, BYOD devices, and IoT assets. The platform enables policy-based access control by validating user identity and device compliance before granting network access. We also appreciate its seamless integration with identity providers such as Microsoft Entra ID and endpoint management solutions, which help automate security enforcement. Additional strengths include continuous risk assessment, automated remediation of noncompliant devices, certificate-based authentication, and easy deployment without the complexity of traditional on-premises NAC solutions.

The feature we find most valuable is the automated device compliance and access control capability. In our day-to-day work, it eliminates the need for manual verification of devices connecting to the network by continuously validating user identity, device health, and security posture. This ensures that only authorized and compliant devices gain access to corporate resources. The biggest difference it makes is reducing administrative effort while improving security. Instead of spending time investigating and managing network access issues manually, the system automatically enforces policies and isolates noncompliant devices. This allows our team to focus on more strategic initiatives while maintaining a strong zero trust security posture and minimizing security risk.

One additional aspect we appreciate about Portnox is how well its features work together as a unified platform. The combination of network visibility, automated policy enforcement, device compliance checks, and integration with identity providers creates a seamless security workflow. The cloud-native design eliminates much of the maintenance associated with traditional NAC solutions, which reduces operational overhead for IT teams. We also value the flexibility to manage corporate devices, BYOD endpoints, and IoT devices through a single interface. Overall, the platform helps strengthen security while remaining easy to deploy, manage, and scale as organizational requirements evolve.

While Portnox has been very effective overall, there are a few areas where it could be improved. The reporting and analytics capabilities could provide more customizable dashboards and deeper insights for security and compliance teams. Some advanced policy configurations have a learning curve, so additional guided workflows and documentation would help simplify deployment and troubleshooting. Expanding integrations with more third-party security and monitoring tools would also provide greater flexibility for complex enterprise environments. Additionally, more granular alerting and automation options could further streamline incident response and day-to-day administration.

Enhanced reporting and analytics with more customizable dashboards would help security teams gain deeper operational insights and simplify executive reporting. Additional automation options for policy creation, remediation workflows, and alert management could further reduce manual effort. We would also like to see expanded integrations with a broader range of security, SIEM, and endpoint management tools to support more complex enterprise environments. More guided configuration wizards and advanced troubleshooting capabilities would help accelerate onboarding for new administrators. These are largely enhancements rather than critical gaps, as the platform already provides a strong foundation for network access control and zero trust security.

We have been using Portnox for approximately eighteen months.

Portnox has been a stable and reliable platform in our experience. Since deployment, it has consistently performed well, with minimal downtime or service disruptions. The cloud-native architecture contributes to its stability because updates, maintenance, and platform enhancements are handled seamlessly without requiring significant intervention from our team. This has helped us maintain continuous network access control and security policy enforcement across our environment.

From an operational perspective, the platform has scaled effectively as our user base and device count has grown while continuing to deliver consistent authentication, device compliance validation, and access control decisions. We have found the integrations with Microsoft Entra ID, endpoint management tools, and network infrastructure to be dependable and easy to maintain. While occasional configuration adjustments may be needed when introducing new policies or devices, the overall platform has proven to be robust, reliable, and well-suited for supporting our zero trust security. Portnox has been very stable within our organization.

Portnox has demonstrated excellent scalability in our environment. One key advantage of its cloud-native architecture is the ability to support growth without requiring significant infrastructure changes or additional hardware investments. As the number of users, devices, and network locations expands, Portnox scales smoothly while maintaining consistent visibility and policy enforcement across the organization.

From both an operational and security perspective, the platform has allowed us to onboard new users, devices, and business units efficiently without increasing administrative complexity. The centralized management model makes it easy to apply standard access policies, compliance checks, and zero trust controls across a growing environment. We have also found that remote users, BYOD devices, and IoT endpoints can be incorporated into the platform without significant deployment challenges. Another benefit is that update capacity management and future enhancements are handled through the cloud service, reducing the burden on internal IT teams. As organizational requirements evolve, Portnox enables us to scale access management and security controls without needing to redesign the solution. Overall, scalability has been one of the platform's strongest attributes and a major reason it helps meet our long-term security and operational needs.

Our experience with Portnox customer support has been very positive. The support team has been responsive, knowledgeable, and proactive whenever we needed assistance with deployment, configuration, or policy optimization. During the initial implementation phase, their guidance helped us integrate the platform with Microsoft Entra ID and our existing network infrastructure efficiently. When questions or issues arose, the support engineers were able to provide clear recommendations and practical solutions without lengthy delays.

We have also found the documentation, knowledge-based resources, and onboarding materials to be helpful for day-to-day troubleshooting. As with any enterprise solution, some complex scenarios may require additional coordination, but overall, the support team has been professional and committed to resolving issues quickly. One aspect that stands out is their willingness to help optimize configurations rather than simply addressing technical problems. This has helped us derive more value from the platform over time. Overall, the customer support experience has been highly positive because it has significantly contributed to a smoother deployment, reliable operations, and successful adoption of Portnox in our environment.

Prior to Portnox, we relied on a combination of traditional network access controls and manually managed authentication and access policies. While those solutions met basic requirements, they required more administrative effort, offered limited visibility into connected devices, and lacked the flexibility needed to support a modern hybrid workforce. As our environment grew, managing device compliance, onboarding, and access control became increasingly complex.

We evaluated Portnox because we wanted a more cloud-native and scalable approach to network access control and zero trust security. The primary reasons for switching were the simplified deployment model, elimination of on-premises hardware requirements, improved visibility into managed and unmanaged devices, stronger integration with Microsoft Entra ID and endpoint management platforms, and the ability to automate compliance and access. Since moving to Portnox, we have benefited from improved security, better user onboarding, and more consistent policy enforcement across our environment. The transition modernized our access control strategy while reducing the complexity associated with traditional NAC solutions.

Integrating Portnox with identity providers was relatively straightforward, particularly with Microsoft Entra ID, formerly Azure AD. The platform provides well-documented integration options and supports modern authentication methods, which help streamline the setup process. Once connected, user identities, groups, and authentication policies could be leveraged directly for network access decisions, reducing the need for manual administration.

The integration works well alongside our endpoint management tools, allowing device compliance and user identity to be evaluated together before granting access. One of the biggest benefits was the ability to enforce consistent access policies across different user groups while maintaining a seamless user experience. Initial configuration and policy tuning required some planning to align with our security requirements, but after deployment, the environment became much easier to manage. Overall, the integration experience was smooth, reliable, and an important part of implementing our zero trust strategy.

One of the biggest advantages we experienced with Portnox cloud was the ability to deploy and manage the solution without requiring dedicated on-premises hardware. Traditional NAC implementations often involve appliance deployment, infrastructure planning, software updates, and ongoing maintenance, which can be time-consuming and resource-intensive. With Portnox's cloud-native architecture, the setup process was much faster and significantly simplified. We were able to integrate the platform with our existing network infrastructure, Microsoft Entra ID, and endpoint management tools without introducing additional hardware into our environment.

From an operational standpoint, eliminating on-premises appliances reduced maintenance overhead, patching requirements, and infrastructure costs. Updates and enhancements are delivered through the cloud, ensuring we always have access to the latest features and security improvements without extensive administrative effort. The platform also scales well with our environment as it grows, supporting both office-based and remote users through a centralized management model. Overall, the hardware-free deployment model accelerated implementation, reduced complexity, and allowed our team to focus more on security policy management and compliance rather than maintaining infrastructure. It has been one of the key reasons why our experience with Portnox has been so positive.

We have seen a positive return on investment from Portnox primarily through reduced administrative effort, faster deployment, and lower infrastructure costs. Because Portnox is cloud-native, we avoid the costs associated with maintaining and upgrading dedicated NAC hardware. The platform has also reduced the amount of time our IT team spends on network access management, device onboarding, compliance validation, and troubleshooting.

A specific example is our employee and device onboarding process. Before implementing Portnox, network access provisioning and compliance verification often required multiple manual steps and coordination between different teams. With Portnox integrated into our identity and endpoint management ecosystem, much of this process is now automated. New users and compliant devices can be onboarded much faster while access policies are enforced automatically. This reduces manual effort, improves consistency, and allows our IT staff to focus on higher-value security and infrastructure projects rather than routine access management tasks.

We have also benefited from fewer incidents involving unauthorized or noncompliant devices because access decisions are continuously evaluated based on identity and device posture. While the exact financial impact varies by organization, the combination of operational efficiency, reduced maintenance overhead, improved security, and faster onboarding has delivered a strong ROI and a lower total cost of ownership compared to traditional network access solutions.

Overall, our experience with Portnox pricing, setup cost, and licensing has been very positive. One of the key advantages is the cloud-native licensing model, which eliminates the need for significant upfront investments in on-premises hardware, infrastructure, and ongoing maintenance. Compared to traditional NAC solutions, this helps reduce deployment costs and simplifies budgeting. The licensing structure is relatively straightforward, making it easier to scale as our requirements evolve.

From a setup perspective, implementation is faster and less resource-intensive than many legacy alternatives. Because there is no need to procure, deploy, and maintain dedicated hardware appliances, we can focus on configuration, policy design, and integration with identity and endpoint management platforms. The reduced operational overhead also contributes to a lower total cost of ownership over time. While every organization's cost considerations will differ based on the number of users, devices, and required features, we find the overall value proposition to be strong. The combination of security capabilities, ease of deployment, scalability, and reduced infrastructure requirements makes the investment worthwhile and delivers a favorable outcome compared to more traditional approaches.

Before selecting Portnox, we evaluated several network access control and zero trust solutions, including more traditional platforms such as Cisco IAC and Aruba ClearPass, as well as other cloud-focused access control offerings. Our evaluation focused on ease of deployment, scalability, integration with Microsoft Entra ID and endpoint management solutions, overall operational complexity, and total cost of ownership.

While some of the alternative solutions offered strong capabilities, many required significant on-premises infrastructure, longer deployment cycles, and ongoing maintenance. Portnox stood out because of its cloud-native architecture, faster implementation, simplified management, and ability to provide comprehensive network visibility and policy-based access control without dedicated hardware appliances. We were also impressed by its integration capabilities, support for zero trust principles, and ability to manage both corporate and BYOD devices through a unified platform. Ultimately, Portnox provided the best balance of security, operational efficiency, scalability, and cost efficiency for our organization's requirements, which is why we chose it over the alternatives we evaluated.

We recommend clearly defining your access control, compliance, and zero trust objectives before starting the deployment. Portnox is most effective when integrated with your identity provider, endpoint management platform, and existing network infrastructure, so it is important to plan those integrations. We would also recommend starting with a pilot group to validate policies and user experiences before rolling it out organization-wide.

Organizations considering Portnox should take advantage of its cloud-native architecture, automation capabilities, and strong visibility into connected devices. The platform significantly reduces the operational burden associated with NAC solutions while improving security and compliance. It is particularly valuable for supporting BYOD programs and a growing number of unmanaged devices. We would also encourage teams to invest time in designing access policies and compliance rules at the beginning. Once configured properly, Portnox delivers substantial benefits through automated policy enforcement, simplified administration, and improved security posture.

For organizations looking into network access controls and implementing zero trust principles without the complexity of on-premises infrastructure, Portnox is definitely worth evaluating. We would rate our overall experience with Portnox as a nine out of ten.

We use Portnox for our primary network access control in all our offices to protect against unauthorized devices on our network.

The ease of use stands out as the interface is straightforward compared to other NAC solutions.

I have Portnox integrated with Azure and utilize certificate-based authentication for our wireless and wired networks.

We immediately recognized Portnox's benefits during a proof of concept, which seamlessly transitioned into a purchase. After fine-tuning the system with Portnox engineers and integrating it with Azure, we implemented certificate-based authentication for both our wired and wireless networks, providing a seamless experience for our users.

Moving from a traditional, on-premise Network Access Control solution, fully managed by the IT department, to a cloud-based NAC solution like Portnox offers significant cost savings.

The cloud-based feature of Portnox is excellent. We use Meraki for our switching, making it simple to point all our networks and offices to Portnox. It is seamless and integrates well with our Azure setup.

We use devices like PLCs and controllers, and when we receive a request to allow one on the network, we bypass typical authentication, associate it with a group account, and push it to a firewalled VLAN. However, problems arise when the same MAC address is requested for a different project. Our current system only finds authenticated MAC addresses, making it difficult to troubleshoot when the same device is used for multiple purposes. Ideally, we should be able to search for any MAC address in the database, regardless of its authentication status, to see all its associated groups and potential conflicts.

I have been using Portnox for about two years.

I've spoken with several members of the support team, and they have been excellent and very attentive. They resolved issues quickly and provided clear explanations.

Positive

The initial setup was handled by our IT department and Portnox's experts. Once we configured everything, it was not too challenging.

The implementation was done by myself, with assistance from Portnox.

The pricing is a bit high, possibly due to the cloud features and running instances across regions like the US, Asia, and Europe.

I would rate Portnox an eight out of ten.

Operational efficiency has become more complex and time-consuming due to increased security measures. While previously devices could easily connect to the network, now a more rigorous procedure is required to ensure security. This involves a help desk ticket and MAC address bypass to properly document and allow devices, which are often more than just employee laptops, onto the network. Although this process increases complexity and workload, it significantly enhances security.

The maintenance is managed by Portnox.

While cloud security is a valid concern, Portnox prioritizes security as a network security company. Their practices align with industry standards, even with the increased exposure of a cloud-based system. For global companies, the centralized management platform offers significant advantages.

My main use case for Portnox is as a security tool that I use to monitor network devices like laptops and desktops.

Regarding my main use case for Portnox, if you bring in a device that is not accredited in the banking environment, it will knock it off the network.

I have practically summarized the use case of Portnox, so I do not have anything else to add about the features.

Portnox has positively impacted my organization because it helps keep the organization's data and security infrastructure safe to some extent, even though I use other security tools as well.

Portnox contributes to keeping my data and security infrastructure safe by giving me an overview of all the devices connected to my network, both on Wi-Fi and the LAN ports that are connected to the switch, which enables me to monitor and review the devices connected to my network; that helps a lot.

The best features Portnox offers are the ability to view the devices, the details, the MAC address, and the IP address; that is what is unique about Portnox and the ability to either block or unblock devices.

What I value most about being able to block or unblock devices is the control and the speed; both of them.

Portnox's AI features handle security effectively, managing access and protecting data. It allows me to know who accesses the network and which device accesses my network. Portnox does the job well in this aspect.

Portnox's AI capabilities are excellent in terms of accuracy and reliability, consistently providing correct information or alerts. For every network connected, it can send me an alert that a particular user is connected to my network, giving me a real-time view if I enable the alerts.

I do not have anything in mind for Portnox to improve, perhaps except for the interface to make it much easier to use.

I would add more about the needed improvements to the interface, specifically that the user interface could be easier and clearer.

I have been using Portnox for over three years.

Portnox is stable and has been reliable for me over the years.

Portnox's scalability is good, as it can handle more users or devices easily depending on the license purchased.

The customer support has been great; if I need any help, I can contact them easily, and they will respond to me.

I did not previously use a different solution before Portnox, as I only know that I have always been using Portnox.

Before choosing Portnox, I did not evaluate other options, as I am not in the decision-making committee, so I am not certain.

My advice to others looking into using Portnox is that it can be trusted and reliable. I would rate this review a 9.

My initial use case for Portnox was as an on-prem solution that we used for network access control. We implemented ISO 27001 around that period, and Portnox served as our network access control. It helped in locking our ports where unauthorized users or devices in the environment were blocked. It worked pretty efficiently for us.

The last time I used Portnox was earlier this year because I just moved roles. Where I am now, I've recommended that Portnox be implemented, which is currently under review. We might contact the vendor for a PoC, but it's something that I know works and has helped me significantly in terms of network access control.

Portnox helped to free up staff time and resources for other IT security priorities and IT work. There were improvements in our operational efficiency after installing Portnox, as we were able to block unauthorized users entirely from gaining access to the organizational Wi-Fi. It helps when we see people sharing or using outdated PCs in the environment.

I found the user interface of Portnox quite cool. It's good, and I enjoyed it. The interface was something I never had issues with, and the UI was superb.

I used Portnox conditional access, and for me, it's a cool feature.

Portnox did allow us to stop people from not allowing their PCs to be patched fully.

One of the features I enjoyed the most about Portnox was the ability to dive in with proper details on an endpoint. For instance, you can see a PC connected to it, and you can tell which user the PC is using and which version of the OS it's running. It provides very granular details of the device connected to each port. The ability to integrate it with a wireless controller helped me implement Portnox in our Wi-Fi solution.

The Wi-Fi integration could be done better from their end. If there is an improvement, it should be around having more functions on the integration with the Wi-Fi controller I used, which was a UniFi controller, also on-prem. It was a seamless integration, but we did experience some difficulties initially where mobile phones were being locked out until we figured out how to set footprints for mobile phones that would be able to connect using Portnox to access the Wi-Fi in the environment.

At this point, there is nothing additional I want from Portnox.

I started using Portnox in 2018, so it has been quite a while now.

In the four years that I used Portnox, if it crashed or the server crashed, that would not have been more than once.

Portnox is scalable.

I contacted their technical support on one occasion, and the response was swift. I would rate their support a nine out of ten based on that one interaction.

Positive

It was straightforward. It wasn't difficult at all.

The deployment took about a week, but the onboarding of devices was an ongoing event.  It took about a month because we had over a hundred of them.

For deployment, there were just three people in my team who were assigned to handle it, and we were able to do it.

We worked with the vendor, just one person from the vendor and three from the in-house team.

I would rate Portnox an eight out of ten.