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Lateral Movement Defense: Navigating Advanced Strategies with NAC, ZTNA, and Beyond
Blend NAC and ZTNA to establish a unified security approach, encompassing comprehensive network visibility, dynamic segmentation, and precise access controls to effectively thwart lateral movement.
Mitigating Shadow IT Risks: A Zero Trust Approach to Secure IT and OT Environments
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
A Guide to the Foundation of Zero Trust Maturity Model
Genians can address the critical capabilities of Zero Trust Maturity Mode by leveraging Network Access Control (NAC) and Zero Trust Network Access (ZTNA) solutions.
Enhance the security of Multi-access Edge Computing with NAC-driven Zero Trust Network Access
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.
Practical Ways to Implement Identity-centric ZTNA
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.
Enhance BYOD security via NAC–driven Zero Trust Network Access (ZTNA)
NAC-driven ZTNA with BYOD cybersecurity strategy can create a secure and flexible environment that allows employees to use their personal or company-owned devices for work without compromising security. This approach ensures that access to corporate resources is based on trust, continuous monitoring, and strict security policies, reducing the risk of data breaches and other security incidents.
Strengthening Healthcare Security: The Dynamic Duo of NAC and ZTNA for HIPAA Compliance
NAC-driven Zero Trust Network Access empowers healthcare organizations to enhance network security, protect patient data, and comply with HIPAA regulatory core requirements.
Cybersecurity Measures for Safeguarding Critical Infrastructure in Closed and Distributed Network Environments
Combining the key core components of Network Access Control (NAC) and Zero Trust Network Access (ZTNA) can enable organizations to ensure the integrity, availability, and resilience of their critical infrastructure network.
Securing Educational Networks: Safeguarding Learning in a Remote World
By adopting 6 security measures, educational institutions can build a holistic approach to mitigating risks, protecting sensitive resources, and fostering a secure learning environment.
Securing Government Networks: The Synergies of Network Access Control (NAC) and Zero Trust Network Access (ZTNA)
Genians NAC-driven ZTNA enables government systems to establish a robust security foundation that ensures secure network access, mitigates risks, and aligns tightly with Zero Trust principles.
The Benefits of NAC-driven ZTNA (aka Universal ZTNA) for Financial Services
Genians NAC-driven Zero Trust Network Access (ZTNA) can reduce the risk of unauthorized access and ensure effective cyber-defense all campus, remote, cloud, and hybrid networks.
Universal Zero Trust Network Access (ZTNA) for All Organizations, Especially Small and Medium-sized Enterprises (SMEs)
Universal ZTNA can help organizations meet regulatory requirements and compliance standards, protect against modern cyber threats, and align with the White House’s initiatives to improve cybersecurity for Small and Medium-sized Enterprises (SMEs).
Beyond the Limitations: Universal Zero Trust Network Access (ZTNA) and Other Cybersecurity Solutions
Universal ZTNA can provide a complementary approach to network security that maximizes the benefits of existing solutions while minimizing their limitations and it enables organizations to adopt a holistic approach to network security that leverages the strengths of different solutions for a more effective and efficient security posture.
Universal ZTNA is NAC-driven Zero Trust Network Access
Genians extends its NAC capabilities to support Zero Trust Security initiatives by introducing Genian ZTNA, which establishes a trusted path for secure access from various endpoints anywhere to critical IT resources, whether they exist in On-prem, in the Cloud, or in Hybrid environments.
Microsegmentation via NAC-driven Zero Trust Network Access (ZTNA)
Find out the best way to implement microsegmentation (Identity-based Segmentation) to make security as granular as possible and reduce cybersecurity attack surface to limit lateral movement by leveraging Genians NAC-driven Zero Trust Network Access (ZTNA).
What We Learned from Educause 2022
During Educause 2022, Genians had many great opportunities to hear powerful stories related to fundamental cyber security issues and we shared our solutions on how to approach this critical subject more effectively and economically using our Genians NAC-driven Zero Trust Network Access (ZTNA).
Network Access Control (NAC) Solutions Reviews: PacketFence vs Genian NAC
Genians presents some critical factors to consider in selecting the best Network Access Control (NAC) solution by comparing Genian NAC with PacketFence.
Network Observability is demanded in the Cloud and IoT era
Discover the best way to gain comprehensive network visibility by leveraging network observability rather than network monitoring.
Network Visibility and Access Control In the Era of Cloud Adoption
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.
Zero Trust NAC: Executive Order on Improving the Nation’s Cybersecurity
Genians Zero Trust NAC can guide you throughout on the best methods for reforming your cybersecurity foundation by ensuring full network surveillance across all connecting points (nodes) and dynamic access control to achieve an optimally secure network edge.