Genians, a provider of NAC-driven Zero Trust Network Access (ZTNA) solutions, is strengthening its commitment to securing the digital future by broadening its global focus to include IoT and critical infrastructure security.
As the digital world evolves, the rapid expansion of IoT devices and the growing complexity of critical infrastructure systems are introducing new and sophisticated cyber vulnerabilities. Traditional NAC solutions have played a vital role in securing network access, but they are increasingly inadequate for addressing these emerging challenges.
In response, Genians has enhanced its NAC capabilities to meet the demands of remote and cloud environments, offering granular access control across a wide range of IT resources, including networks, applications, and services. This advanced approach, known as Universal ZTNA, integrates NAC with ZTNA, providing comprehensive and secure access control across campus, remote, cloud, and hybrid environments.
“Over the past two decades, Genians has been at the forefront of helping organisations—from Fortune 500 enterprises to small and medium-sized businesses—secure their IT and OT environments,” said Kyeyeon Kim, Co-Founder and CTO of Genians. “As global business operations expand, there is a critical need for solutions that are both flexible and scalable. Our NAC-driven ZTNA meets this need, ensuring comprehensive and seamless security across both traditional and modern infrastructures.”
Erhan Türkeş, Cyber Security Division Manager at COSKUNOZ HOLDING added: “Genians’ non-disruptive network sensing technology and device platform intelligence have provided us with unparalleled visibility into our IT, OT, and IoT assets, without compromising security operations. We now enjoy contextual network access with multi-layered policy enforcement, allowing us to swiftly identify and mitigate risks associated with outdated or vulnerable devices, including critical IP cameras.”
Genians’ approach effectively tackles the security challenges of both closed and distributed networks by combining the strengths of NAC and ZTNA. This integration safeguards the integrity, availability, and resilience of critical infrastructure networks, providing a robust defence against the constantly evolving threat landscape.
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