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Various Cloud Security Trends in 2022

Cloud adoption is rapidly growing, helping companies improve for the scalability, promote growth and promote agile development. Nevertheless, the post-COVID in the world, cloud technology has become a necessity and cloud security is the primary issue. The remote access paradigm supported by cloud technology is essential to ensure business continuity during the pandemic. Unfortunately, this makes cloud infrastructure for the prime target attackers.

Cloud security status Cloud computing provides more benefits, but unfortunately, it also brings new security risks and challenges. In 2020 Sophos Cloud Security report, nearly three-quarters of companies by using public clouds have reported violations. Some other studies reveal for the difficulty of cloud security. For instance, in 2020 Cloud Security Report highlights the challenges of protecting workloads and data in public cloud environments - Such as:

• Three-quarters for the organizations are affected Their ability to protect the public cloud.

• Security tools are slow to adapt to the cloud environment that existing security tools for both don’t work at all and that can be provide limited functionality in the cloud. In addition, 36 percent of respondents stated that they delayed of their migration to the cloud due to a lack of integration with local security tools.

• Vulnerabilities in the cloud are bigger approximate 52 percent of survey respondents; they believe that the risk for the violations in the public cloud is higher.

• Cloud security budget continues to increase approximate 59 percent of surveyed companies plan to increase cloud security spending next year. On average, 27 percent of the security budget is dedicated to cloud security. The arms race in cloud security: emerging cloud security technologies The challenges of cloud security have begun to dominate corporate security operations and budgets. Therefore, latest technologies can help organizations protect themselves continue to emerge. Here are more important technologies that will shape the future of cloud security.

Extended detection and response (XDR) XDR technology provides for the unified incident response and security platform to collect and correlate data from various proprietary components. These solutions provide platform-level integration out of the box. This means that they don’t need to organize the purchase and integration of multiple tools. Organizations that run workloads in public clouds face many security risks, including mis-configurations, insider threats, insecure APIs and unauthorized access. In response to these threats, XDR solves the following challenges:

• Secure identity management: XDR tools monitor end customer and service roles and collect data from multiple cloud environments. The XDR solution can identify abnormal behaviors for privileged accounts and alert the security team through alerts.

• Analyze network traffic: Public cloud networks are complex and it’s often difficult to monitor threats. XDR tools analyze for the network traffic of the entire cloud ecosystem. XDR tools use for the intelligent analysis to identify network security incidents or even respond automatically, by using network segmentation to isolate infected systems.

How will this change cloud security? ZTNA uses a zero trust model to control for the user access with high granularity, across complex and dynamic cloud services.

Secure Access Service Edge (SASE) Secure Access Service Edge (SASE) technology can help organizations protect access to cloud services, private applications, and websites. They can also reduce for the complexity of protecting endpoints. This makes Secure Access Service Edge particularly useful for protecting virtual workforces, digital customer experiences and digitally driven businesses. Secure Access Service Edge features include endpoint access control; advanced threat protection, security monitoring and data security. In addition, Secure Access Service Edge provides for the centralized control for acceptable use, which is implemented through API-based integration. Secure Access Service Edge is usually provided as a cloud service, but some vendors provide local and agent-based components. Secure Access Service Edge solutions should also provide zero trust and least privileged access based on context and identity.

Web application and API protection (WAAP) Web applications and APIs are integral part of the cloud environment and designed to be exposed to the Internet. These technologies can access sensitive data or credentials, making them an important target for the cybercriminals. Web application and API protection (WAAP) technology acts such as the traditional firewall. Nevertheless, unlike firewalls that focus for the protecting network layer, WAAP focuses on application layer traffic. Therefore, the WAAP solution is deployed at the edge of your network, which is the public end of the web application. The main functions provided by the WAAP solution such as Next Generation Web Application Firewall (Next Generation WAF), advanced rate limiting, malware protection, micro-service and API protection, prevention of occupation (ATO). It can also help detect unauthorized access to user accounts through the authentication API and customer-facing application authentication process.

How will this change cloud security? Secure Access Service Edge is recognizes for the cloud environment, remote access is a first-class citizen. It surpasses outdated technologies like VPN and provides secure access to remote for the customer through fine-grained permissions and advanced anomaly detection.

SSPM Latest enterprises use dozens of software as a service (SaaS) applications. Each of these applications has its own access and security configuration and has its own risks and vulnerabilities. Software as a service, Security Posture Management (SSPM) provides a set of security tools and automation functions for software as a service applications. The Security Posture Management (SSPM) solution first evaluates for the existing security measures and configurations of organization’s entire software as a service (SaaS) product portfolio. They can provide information including improving existing software as service configurations. Advanced solutions can also automatically apply security configurations to software as service applications throughout the enterprise.