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Recent U.S. government investigations into TP-Link routers have exposed critical cybersecurity vulnerabilities in widely deployed network devices. This blog post analyzes key concerns, such as potential backdoors, unauthorized data collection, and firmware weaknesses. It then demonstrates how Genians’ NAC-driven Zero Trust Network Access solution mitigates these risks through advanced capabilities including real-time device detection & classification, context-aware security policies, and comprehensive zero-trust implementation.

Firewalls leave your network vulnerable! Hidden threats lurk in Layers 2 & 3, compromising data flow. Genians NAC offers a multi-layered defense, securing these foundational layers to stop ARP spoofing, rogue devices, and more. No Disruptions, No Downtime. Just fortify your network & embrace Zero Trust!

Unlike traditional VPNs, Genians ZTNA employs a Zero Trust model, continuously verifying users and devices to ensure stringent security. Its cloud-based architecture and performance optimizations deliver faster, more reliable connections. Plus, seamless deployment simplifies the user experience,

Media Access Control Authentication Bypass (MAB) and 802.1X offer network access control with trade-offs. MAB is simple but weak, while 802.1X is strong but complex. Discover how Genians can simplify 802.1X and strengthen MAB.

Addressing the prevalent risks of Shadow IT, the seamless integration of NAC and ZTNA fortifies organizations’ security frameworks. This not only prevents unauthorized access but also provides the flexibility to adapt to the dynamic IT landscape, effectively mitigating security challenges

Genians proved its NAC-driven ZTNA capabilities for MEC in 5G networks, ensuring seamless secure access to services from various edges like campus, remote, and micro branches.

Genians can correlate device-centric with user-centric data to implement the identity-centric approach of Zero Trust architecture in a highly-practical manner by leveraging Node grouping technology.

It may seem like just yesterday that IT teams worldwide scrambled to set up secure and efficient remote work environments. Now, we are seeing the beginnings of a return to office work. Here are some quick tips to ease the transition back to a stable baseline in your network environments.

Using Genians Network Access Control solution, learn how to manage Windows Updates & Patch Management quickly and accurately.

Genian NAC can play a key role in identifying, avoiding, and mitigating risk associated with Legacy Devices without disturbing existing IT/OT operations.

While knowing security vulnerabilities is one thing, identifying them in your environment and determining the best mitigation strategy is another. Genian NAC is here to help.

Simple 3 steps to secure remote working environments by leveraging Genians Next-Gen Network Access Control solutions.

Whether you opt to use Genians Device Platform as a way to check for Ripple20 devices or the CVE list as demonstrated in this blog, the ability to rapidly deploy a Genian NAC physical or virtual Sensor, group and tag affected nodes on the network and fully automate notifications via any number of collaborative tools is a huge time saver.

Mitigating Ripple20 vulnerabilities requires a tiered approach of granular visibility on all types of networks, including remote networks with IoT, ICS and networking equipment. Having a non-disruptive, rapidly deployable option for network visibility is key.

The Genian NAC Built-In RADIUS Server is capable of performing Authentication, Authorization and Accounting functions for Enterprise and SMB/SME networks. This capability not only applies to On-Perm users and devices, but can be extended to remote VPN connections as well by integrating with Firewalls and VPN Concentrators/Servers

With Infoblox DDI and Genian NAC integration, you can extend the Infoblox DNS Firewall feature with the zero-touch, vendor-agnostic, Layer 2 ARP enforcement capabilities of Genians NAC to mitigate cybersecurity threats in real time.

Today, the Internet is a vast network of connections: people to people, people to Things, and Things to Things. This is a complex melting pot