Nullify's cloud security continuously audits AWS, GCP, Azure and Kubernetes across every account you run, checking configuration against hundreds of rules mapped to CIS, PCI-DSS, HIPAA and SOC2. Audits are event-driven, not periodic, and every misconfiguration is traced back to the repository and commit that created it.
Cloud Audits scan your AWS, GCP, Azure and Kubernetes accounts continuously, re-checking configuration whenever something in your environment changes rather than on a fixed interval. Every resource Nullify flags is correlated back to the repository and commit that provisioned it, and ownership is resolved through CODEOWNERS, so findings route to the team that can actually fix them. In parallel, the context engine builds a picture of your cloud environment beyond individual resources — IAM permissions, network exposure, and the attack paths that connect them, with deep asset-graph ingestion currently covering AWS and GCP, and Azure covered at the audit level. That context feeds the same triage layer used across the rest of Nullify — reachability, exploitability and business impact — so a misconfiguration that's actually exploitable gets prioritized over one that's provably inert.
AWS, GCP, Azure and Kubernetes, across every account in your environment — not a single subscription or project.
Audits are event-driven — triggered by change in your cloud environment — rather than run on a fixed periodic schedule, so misconfigurations surface as they're introduced, not days later at the next scan window.
Most cloud security tools stop at "this bucket is public." Nullify correlates the misconfigured resource back to the source repository that created it and resolves ownership through CODEOWNERS, so the finding routes to the engineer who owns that Terraform or CloudFormation, not a shared cloud-ops queue.
Yes — audits check your infrastructure's configuration against hundreds of rules mapped to CIS, PCI-DSS, HIPAA and SOC2. That maps your infrastructure to those frameworks; it isn't a certification of Nullify itself.
Nullify's context engine performs cloud recon — IAM permissions, network exposure, and the attack paths that connect them — and feeds that into triage so cloud findings are scored on real exploitability and reachability rather than raw severity. Deep asset-graph ingestion currently covers AWS and GCP; Azure coverage today is at the audit level.
Read the docs: Cloud Audits · Context Engine · Related: Code Security · Secrets Detection · Triage & Remediation
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