How Cloud-Native VAPT Secures Multi-Cloud and Hybrid Workloads

Cloud Misconfiguration Detection Made Easy

Cloud-native VAPT uncovers hidden weaknesses across AWS, Azure, and GCP by analyzing every configuration in real time. It helps identify overly permissive IAM roles, publicly exposed storage buckets, weak or misconfigured security groups, and orphaned resources that remain unintentionally accessible. Since misconfigurations are a leading cause of cloud breaches, this visibility prevents unauthorized access and data exposure before issues escalate.

Deep Security for Containers, Serverless, and Microservices

Cloud-native VAPT is designed to protect modern distributed applications by inspecting containers, Kubernetes clusters, and serverless functions. It checks for insecure container images, privilege escalation paths, unsafe pod configurations, and vulnerable function triggers. This approach ensures microservices operate securely without introducing hidden attack surfaces or communication risks.

Stronger Protection Across Cloud-to-Cloud and Hybrid Connections

Hybrid workloads rely on complex connections, and cloud-native VAPT evaluates these pathways to strengthen security. It scans API gateways, VPN tunnels, direct connections, and load balancers to find weak authentication policies, insecure APIs, lateral movement opportunities, and exposed internal endpoints. This helps secure both cloud and on-prem environments working together.

Enhanced Threat Correlation With Real-Time Cloud Logs

By integrating with cloud-native logs and security services, VAPT provides smarter detection and visibility. It correlates CSPM, SIEM, and workload telemetry data to uncover unusual login activity, suspicious API behavior, abnormal resource usage, and privilege misuse across accounts. This real-time correlation turns scattered alerts into actionable insights

Automated Remediation for Faster, Safer Operations

Cloud-native VAPT supports automated remediation workflows tailored to each cloud platform. It guides teams with actions such as secure configuration updates, critical patching, access control tightening, and resource-level hardening. This automation speeds up response times while maintaining secure, uninterrupted operations.