Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

With the rise of hybrid work and IoT, the demand for secure, scalable, and adaptive network access has never been greater. Traditional network access control (NAC) was built for on-premises environments, focusing on visibility, device compliance, and access control. But it no longer meets modern security demands. This blog explores the limitations of traditional NAC and how Netskope offers a more dynamic and comprehensive solution for universal zero trust network access (UZTNA).

Privileged Access Management (PAM) fits into a zero-trust strategy by strictly controlling access and monitoring privileged accounts, aligning with the zero-trust principle that users and devices should not be trusted by default. PAM ensures that privileged access is granted based on the principle of least privilege, continuous authentication and ongoing monitoring and auditing, reducing the risk of unauthorized access or privilege escalation.

AI is the best thing that’s ever happened to cybercriminals. It allows them to weaponize trust and launch identity-based attacks with staggering scale and sophistication. I’m talking about mutating polymorphic malware, prolonged ransomware sneak attacks that lead to double-extortion and deepfakes that defraud victims every few minutes.

Are you struggling to secure your IoT devices? Zero Trust IoT security provides a solution by ensuring continuous verification of every device and user. This article will explain the core principles of Zero Trust, how it reduces risks, and practical steps MSPs can implement to protect IoT environments.

How public sector agencies can solve Zero Trust challenges and break down silos with a unified data layer In the evolving and complex cyber landscape, the Zero Trust approach is instrumental in addressing both internal and external threats. It's a comprehensive strategy rather than a single solution, demanding the orchestration of multiple components to be genuinely effective.