모니터랩 | ZTNA
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Protects corporate resources with ZTNA

Enhanced Security for Remote and Hybrid Work Environments

ZTNA is a cornerstone technology for bolstering security in remote and hybrid work environments. Unlike traditional VPNs, which inherently trust network access, ZTNA employs the SDP (Software-Defined Perimeter) framework to enforce real-time authentication and authorization for users and devices, controlling access at the application level. This approach mitigates threats in shared network environments, minimizes unnecessary network access, and prevents unauthorized entry into internal networks.

Least Privilege Based on the Zero Trust Security Model

ZTNA follows the Zero Trust principle of “never trust, always verify,” rigorously enforcing the Least Privilege Principle. Users are restricted to accessing only the resources necessary for their roles. By leveraging micro-segmentation, ZTNA divides the network into smaller segments and applies independent security policies to each, providing precise defense against internal and external threats. This layered approach offers robust protection against insider threats and external intrusions.

Strengthened Security for Cloud Applications and SaaS Application

As enterprises increasingly rely on cloud applications and SaaS (Software-as-a-Service), ZTNA provides granular, application-level access control for these environments. Combined with SDP, ZTNA prevents unauthorized access to data and applications in the cloud. Device posture checks ensure that only devices meeting minimum security policy requirements can access resources. Additionally, micro-segmentation allows for detailed security policy enforcement within the cloud, enhancing the security of business-critical applications and data.

Understanding the AIONCLOUD Secure Remote Access Service Security Mechanism in 6 Steps

  1. 1

    The user attempts to access corporate applications through the AIConnector (Agent) or App Launcher Browser (Agentless). If using the AIConnector, a device posture check is performed.

  2. 2

    A strong authentication process is carried out to verify the user's identity and device status. At this stage, AIONCLOUD's user database is either directly configured or integrated with an already configured IDP (Identity Providers). Authentication methods, such as SSO (Single Sign-On) and MFA (Multi-Factor Authentication), can be used.

  3. 3

    The AIConnector securely tunnels user traffic to the nearest AIONCLOUD global edge, which verifies and applies the user's security and access policies.

  4. 4

    A virtual connection is established to deliver the user's traffic to the destination application. At this point, a tunnel is configured with a gateway connector installed in the corporate application network environment or a connector installed on the server, establishing secure zero-trust communication.

  5. 5

    Once a bi-directional tunnel is created between the user device and the application, the AIONCLOUD global edge automatically inspects traffic to detect and block potential threats within the user traffic.

  6. 6

    By detecting and blocking compromised users or devices from accessing critical internal resources, a zero-trust environment is realized.

Zero Trust Corporate 다이어그램

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Flexible ZTNA Solutions for Cloud and On Premise Environment

Optimized for Diverse Customer Environments

MONITORAPP's ZTNA solution is available in two deployment models: an appliance-based option for on-premises installation and operation within the customer's network, and a cloud-based subscription service. These flexible options accommodate various setups, including on-premises environments, multi-cloud deployments, and hybrid cloud infrastructures.

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