The rise of cloud computing and remote work has reshaped the concept of the traditional network perimeter. It was once limited to just physical boundaries like office networks. Today’s perimeter has evolved into an expansive and virtually boundless entity. It is extending wherever data can be accessed or stored. The modern cloud perimeter poses new challenges and making traditional security measures inadequate. Legacy tools designed for fixed and on-premises infrastructures struggle to protect dynamic and decentralized network.
Modern security strategies are essential in this context and leverages tools like Cloud Access Security Brokers (CASB) and Secure Access Service Edge (SASE) to safeguard infinite cloud perimeter.
A consolidated security platform offers an effective solution for organizations to navigate the complexities. It reduces the need for multiple and fragmented tools from different vendors. Such platforms integrate cloud-native security solutions and offering features like Cloud Security Posture Management (CSPM), Cloud Workload Protection Platforms (CWPP) as well as Zero-Trust Network Access (ZTNA). The tools ensure continuous monitoring, access control and detection of potential misconfigurations or vulnerabilities across cloud environments.
ZTNA is a core aspect of modern security and enforces identity-based access controls. It ensures that both users and devices are only permitted the access to specific resources. The principle of “always verify” eliminates implicit trust. It is crucial when securing a highly decentralized network. ZTNA also ensures powerful protection across both on-premises and cloud infrastructures along with secure web gateways and software-defined firewalls.
Adoption of SASE combines networking and security functions. It ensures remote employees can access corporate resources efficiently and securely without routing traffic through centralized points. It reduces latency and also improves user experience.
