Most cloud breaches are not exotic exploits, they are misconfigurations: a public bucket, an over permissive role, a management console left reachable. Cloud penetration testing finds and proves those exposures across AWS, Azure, and GCP, continuously, before an attacker does.
Buckets and blobs made readable for a demo or a deploy and never locked down, exposing data no one meant to publish.
Access and identity configuration that grants far more than a workload needs, turning one foothold into broad reach.
Admin panels, consoles, and internal services left internet facing, offering an attacker a front door.
Cloud moves fast, and a configuration that was safe last sprint can be exposed by this one. Planck Operator tests your cloud surface continuously and non destructively, honoring provider terms and the scope you set, so a new exposure becomes a proven finding rather than a breach.
Findings are chained the way a real intrusion would combine them: a public bucket plus a leaked key plus a permissive role becomes a real path in.
Testing the security of your cloud environment: internet reachable resources, identity and access configuration, storage exposure, and the management surfaces that should never be public. It focuses on the misconfigurations that make cloud breaches, not just software bugs.
The major providers permit customer testing of your own resources under their acceptable use terms, and non destructive testing of common services generally does not require prior approval. Planck Operator runs non destructive by default and stays inside the scope you define.
Exposed storage buckets, over permissive identity and access roles, publicly reachable management and admin surfaces, and internet facing services that were never meant to be public, chained into the path an attacker would actually take.
Point the agent at your cloud estate and get proven findings across AWS, Azure, and GCP.