Discover how Genian Zero Trust NAC can meet Cloud adoption challenges: Visibility of all IP-Enabled Devices in the Cloud. Control of Nodes in a Multi-Cloud, Multi-CSP Environment. Securing Cloud Resources from Remote Users and Endpoint Compliance Verification. Built-In Infrastructure as Code (IaC) Capabilities.
Genians will guide you throughout on the best methods for reforming your cybersecurity foundation by leveraging Genians Zero Trust Security platform, ensuring full network surveillance across all connecting points (nodes), and providing dynamic access control to achieve an optimally-secure network edge.
Discover how Network Access Control (NAC) solution has evolved from the first-gen to Zero Trust NAC.
Digital trust begins with getting digital identity attributes and the digital security onboarding process can leverage various IT security solutions to authenticate, authorize, and audit access activities across various network connections such as VPN, xDSL, and 5G.
Implementing a Zero Trust framework ensures a high level of security within a network architecture through network access control and mitigates the risks of unauthorized access of a data breach. Where this model comes with loads of benefits, it also has some challenges. Learn more about the Zero Trust security model, benefits, and technical challenges.
Zero Trust security model helps ensure authorization and verification of users and devices and grants device and network access to authorized users only. This framework helps combat security threats by implementing access controls. Learn more about this model, its definition, implementation, core principles, and more.
The most critical cybersecurity issues occur at the edge. Genian NAC can surveil all IP-enabled devices and control access from the network edge in real-time.
Ensure Core Cybersecurity Requirements Are Met In This Unprecedented Time The requirements of Genians’ customers in 2020 shifted drastically due to COVID 19, presenting a significant challenge for anyone operating within the Cybersecurity realm. While many vendors scrambled to provide options for their customers, Genians’ leadership and experience with Cloud Managed / Unmanaged NAC and
Genian NAC can perform real-time detection and isolation of threats at the access layer by integrating with third-party systems such as IDS, DDI, SIEM, NGFW, and SOAR.
Network Access Control still has a critical role to play in any cybersecurity plan whether it be visibility, asset management, control/segmentation, Zero Trust or security automation. Organizations should carefully consider the topics discussed in the Gartner NAC Market Recommendations section of the guide when researching and choosing a solution to ensure the solution chosen is the right fight for the organization’s business, network environment, and security initiatives. These front end considerations will pay dividends on the back end.
Recent Gartner and Frost & Sullivan’s report indicates that NAC has become an important element in the development of Zero Trust Networks (ZTN) as it provides visibility, monitoring, and control at the network access layer.
By sharing what Genians learned during RSAC 2020. Genians can help to reshape the foundation of the cybersecurity framework.
We as Genians always work together with customers, partners, vendors, and communities to sustain our safety from the threats posed by an unpredictable world. And our next-gen NAC solutions can be working as a communication platform to turn things around. So journey with us.
RADIUS-based NAC vs Sensor-based NAC This article will focus on some of the Pros and Cons of central versus distributed architectures with respect to Network Access Control (NAC) solutions. During the decision making process when purchasing or implementing NAC solutions, the question of architecture is always at the forefront. Many factors come into consideration when
As organizations continue to struggle to address the challenges posed by a constant barrage of cyber-breaches and attacks, one question in particular comes to the fore: How is it that so many breaches, including some very large incidents, have occurred in environments where compliance with various governmental and/or industry security regulations has been taken quite
This article continues our series on “Multi-Layered Access Control,” which seeks to explore various approaches to network visibility and access control. While our last piece dealt with ARP-based strategies for securing endpoints, we now consider how the 802.1x protocol can be used as part of a broader, multi-faceted approach – offering operators a range of
In the current world of ever-increasing cyber threats, network managers face a common set of fundamental challenges on a daily basis. Keeping one’s network safe and secure from the very real and myriad cyber dangers that exist today requires that one possess several key capabilities: first, the ability to know exactly what devices are accessing
Even the most fledgling of network administrators are familiar with the ARP protocol and the role it plays in helping operators manage their networks. Indeed, ARP, or “Address Resolution Protocol,” is a stateless communication protocol critical to enabling basic packet transmission in every ethernet network. Its job is quite simple: ARP inspects incoming packets to
Today, the Internet is a vast network of connections: people to people, people to Things, and Things to Things. This results in a complex melting pot of security and network management challenges because of the convergence of so many tools, technologies, and platforms. How successful are you in managing your network security in the new
Converging and integrating OT and IT therefore often requires a “modernization” effort to bring legacy OT systems up-to-date so they can safely be connected to an enterprise’s network without compromising overall systems availability and business continuity. Most legacy OT systems will require some level of upgrading or outright replacement in order to be manageable, secure,
Over the past few years, we have heard a great deal about the rapidly emerging revolution in the Internet of Things (IoT). Indeed, major analysts like Gartner and Forrester have predicted that we are now in the process of moving from some 10 billion network-connected IoT devices to approximately 25 billion in the next 3
As the challenges identified above manifest themselves increasingly, NAC platforms will need to be highly responsive to marketplace dynamics and the overall threat landscape – and accordingly innovative as well. The essential characteristics required of NAC technology going forward is that it provides enterprises with the flexibility required for them to carry out their business
Network Access Control (NAC) is a key component of your cyber defense framework.
Network Access Control (NAC) ensures that all connected devices are automatically identified, classified, authorized, and given policy-based access control.
The dramatic influx of IoT and other network-connected devices requires a radical new approach to management and security International Data Corp. forecasts that approximately 80 billion devices will be connected to the Internet by 2020, up from 11 billion today. This flood of internet of things (IoT) is expected to transform the corporate IT landscape
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.
