The uncomfortable statistic that keeps showing up across industry breach reports: the majority of cloud security incidents trace back to misconfiguration, not a sophisticated exploit. The infrastructure was never attacked in the way it was designed to resist — it was just left open.
Cloud platforms ship secure-by-default in some areas and permissive-by-default in others, and the…
Continuously inventories cloud resources across AWS, Azure and GCP (or whichever combination you…
Each cloud provider has its own IAM model, its own default settings, its own naming conventions for…
Cloud platforms ship secure-by-default in some areas and permissive-by-default in others, and the difference isn’t always obvious from the console. A storage bucket created for a quick internal test, an IAM role scoped broadly “to get something working,” a security group left open during debugging and never closed — none of these require an attacker to do anything clever. They just require the attacker to find them, and automated internet-wide scanning finds them fast.
Each cloud provider has its own IAM model, its own default settings, its own naming conventions for similar controls. A security team fluent in AWS IAM conditions doesn’t automatically transfer that fluency to Azure RBAC or GCP IAM. CSPM tooling that normalizes findings across providers into one consistent risk view is what makes multi-cloud posture actually manageable rather than three separate, inconsistently-reviewed environments.
CSPM findings should feed the same remediation and tracking process as VAPT findings and DevSecOps pipeline alerts — not live in a separate dashboard nobody checks. Cloud posture is one input to a continuously tested security posture, not a parallel, disconnected programme.
Not ideally. Most mature CSPM platforms support multi-cloud natively, which is the main point — a single normalized risk view instead of three provider-specific consoles your team has to context-switch between.
VAPT actively tests for exploitable vulnerabilities, often including application-layer issues. CSPM continuously checks configuration state against known-risky patterns and compliance benchmarks. They’re complementary — CSPM catches the misconfiguration that is already present right now; VAPT tests whether it and other weaknesses are actually exploitable.
Many platforms support auto-remediation for well-understood, low-risk findings (like closing a publicly exposed storage bucket), but higher-risk or ambiguous changes should go through a human review step — automated remediation that breaks a legitimate dependency creates its own incident.