Zero Trust Network Access Solution (ZTNA)

Enhance your data security with a solution that’s less complex, easier to manage, and with significant cost savings compared to legacy security models.

Why You Need Zero Trust Network Access (ZTNA)

 

Ransomware Protection and Prevention

Stop Network Penetration Attacks

Secure ALL Access, Whether Remote or Internal

 

Achieve Zero Trust Security Model with Mamori in 6 Steps

Zero trust security is being used as a buzzword. Simply adding two factor authentication (2FA) does NOT mean you have zero trust security.

To achieve a zero trust security model, you need to have zero trust network access (ZTNA) that enhances security on the individual and network layer to protect all your resources in your infrastructure. Strong authentication is required, and trust has to be earned every single time. This level of security level should be applied to all staff, whether internal or remote, who has access to the network.

Mamori is the ONLY solution that integrates all the security tools to provide a ZTNA solution that helps you achieve a zero trust security model. Our ZTNA solution is free for small businesses with 20 users or less.

1. Securing Devices

The first step is to secure all devices using device registry. Mamori allows you to manage and monitor all devices that are able to access your organization’s resources. Devices that can be secured include:

  • Desktops and Laptops

  • Mobile devices

  • Internet of Things (IoT)

  • Servers and Databases

2. Securing Access by Identity & 2FA

In addition to securing devices, the users accessing the devices should also be secure using two factor authentication (2FA). The approach is to always verify the access to ensure the right person is behind the right device. The types of access that can be secured include:

  • Secure Shell (SSH)

  • Remote Desktop Protocol (RDP)

  • Direct Database Access

  • IP Address

3. Micro-Segmenting Networks

Micro-segmentation splits a larger network into smaller network segments, which protects against lateral movement on your network by ransomware hackers. A common practice is to segment vulnerable networks or networks for third parties. With Mamori, networks can be further segmented based on:

  • Identity workload

  • Role-based workload

4. Implement Least Privileged Access

To implement least privilege, legacy security systems require you to select what access and resource to block, which is complex and difficult to manage. A zero-trust approach blocks everything and grants access based on the person’s identity or role, which is a simpler and more secure approach. Mamori allows you to define access rules such as:

  • Identity & role-based access

  • On-demand, as needed access

  • Database, data & application access

  • Data operation controls

5. Detecting and Blocking Intrusions

Every access and activity on the network should be identified and verified. Any unidentified network access, such as those by ransomware hackers, will be immediately identified. Their subsequent action, which is to scan the network to scope the environment, will be blocked, and relevant users will be notified. Mamori’s network intrusion detection features include:

  • Network access identity verification

  • Automatically block unsolicited network scans

  • Notifications for compromised access and activities

6. Monitor, Alert and Recording for Audit Reports

Any security solution is incomplete without analytics, logs and reporting. With Mamori, the entire lifecycle of any access session is logged and recorded. This includes who access the data, from what device, and what operations were completed in that session.

  • Security Analytics and Reports

  • Logs & Reports for each access

  • Recording & monitoring for each access

  • Session and activities monitoring & Alerts

Deploy ZTNA in 3 Simple Steps with No Network Changes:

  1. Deploy a Mamori Server – Install Mamori in one of your servers, whether on-premise or cloud. No agents. No changes to servers, directories, or databases required. Setup an admin account and configure 2FA and alert settings.

  2. Integrate with Existing Directory or Create New Identities – Your existing directory and access settings can be easily rolled over.  

  3. Define Access Controls – After defining roles and identities, configure what these roles can access and what they can do with those data. 

Start Securing Your Business Data Using ZTNA

Get Started

Are you a small business? Get our ZTNA solution for free (terms apply).

Frequently Asked Questions

Does adding two-factor authentication (2FA) mean you have zero trust security?
No. 2FA is one component of a zero trust model, but on its own it doesn't get you there. True zero trust network access requires strong authentication on every session combined with device registry, microsegmentation, least privilege access, intrusion detection, and continuous monitoring and auditing. Verifying identity at login without controlling what that identity can access, from which device, and what they can do once inside still leaves significant gaps. Zero trust means trust has to be earned every single time, across every layer of the environment, not just at the front door.
Why do traditional security models fail to stop ransomware and network penetration attacks?
Traditional perimeter-based models grant broad network access once a user or device is authenticated, which means a single compromised credential can open the door to the entire environment. Ransomware and penetration attackers exploit this by scanning the network, mapping resources, and moving laterally once they're inside. A zero trust model blocks this by granting access only to the specific resource a verified user needs at that moment and by detecting and blocking network scans before reconnaissance can begin. Switching from "block what's bad" to "allow only what's authorized" is the fundamental shift that closes this gap.
Does zero trust network access apply to internal staff, or just remote workers?
Zero trust applies to everyone, internal staff included. Traditional security often applies tighter controls to remote access while assuming internal users can be trusted by default, but this creates a serious gap: an attacker who gains access inside the network faces no friction at all. A proper zero trust model enforces the same verification, device trust, and least privilege controls for every user on every session, regardless of whether they're working from the office or from home. Mamori's ZTNA solution is designed to give internal and remote staff exactly the same security posture.
What is least privilege access and how does it work in a zero trust model?
Least privilege means a user or application is only granted the minimum permissions needed to do their job, nothing more. Traditional tools implement this by explicitly blocking resources you don't want people to reach, which is complex and easy to misconfigure. A zero trust approach inverts this: everything is blocked by default, and access is granted specifically based on identity or role. With Mamori, you can define identity and role-based access rules, on-demand access for specific tasks, and controls that extend all the way down to the database, data fields, and operation level.
How does Mamori implement zero trust security across six layers?
Mamori structures its ZTNA implementation across six layers: securing devices through a device registry, verifying access by identity and 2FA on every session, microsegmenting the network to prevent lateral movement, enforcing least privilege so users only reach what their role permits, detecting and blocking intrusions in real time, and logging and recording all sessions for monitoring, alerts, and audit reporting. Each layer builds on the previous one, so a partial implementation still leaves exploitable gaps. Mamori integrates all six into a single solution so you don't have to stitch together separate tools to cover each step.