Plaintext passwords in a Lambda environment variable, a key in a public GitHub repo. Real, common, and usually found by scanning, not by luck.
Try KloudSec FreeA database password in a Lambda environment variable. An API key committed to a GitHub repository, public or not. An access key hardcoded into a script that got copied between projects a few times. None of these are exotic mistakes, they're some of the most common ways real AWS accounts get compromised, and they're rarely caught by looking at infrastructure configuration alone, since the secret isn't a misconfigured setting, it's a value sitting somewhere it shouldn't be.
Finding these before an attacker does means scanning the places they actually end up: application code and its history in GitHub repositories, and live resources like EC2 instances, Lambda functions, and ECS task definitions where a secret sometimes gets pasted directly into an environment variable because it was the fastest way to get something working. Different surfaces, same underlying risk, and a scanner that only checks one of them misses the other.
KloudSec scans both: source code and repository history on GitHub, and live cloud resources across EC2, Lambda, and ECS. A finding doesn't just say "a secret was found here", it comes with guidance on what to do next: rotate the credential and move it to a real secrets manager, not leave it in plaintext with a different name.
A database password sitting in plaintext in a Lambda environment variable. Watch the real scan finding, then the actual move to Secrets Manager.
Source code and commit history scanned for exposed credentials, API keys, and tokens, including secrets that were committed and later removed but still live in history.
EC2 instances, Lambda functions, and ECS task definitions checked for secrets sitting in plaintext environment variables or configuration.
A finding comes with clear next steps: rotate the exposed credential and move it into a real secrets manager, not just a description of where it was found.
Secrets findings sit alongside cloud posture, IaC, and application code findings, so a leaked credential isn't a separate alert in a separate tool disconnected from the rest of the picture.
GitHub repositories and your AWS account (EC2, Lambda, ECS) are connected for scanning.
Both source code (including commit history) and live cloud resources are checked for exposed credentials, keys, and tokens.
Findings identify exactly where the secret is exposed, in a repo, a specific commit, or a specific resource's configuration.
Guidance points to rotating the credential and moving it to a proper secrets manager, closing the exposure rather than just relocating it.
What CSPM actually means, why point-in-time audits miss most of what matters, and how continuous, agentless scanning closes the gap.
Learn moreWhy scanning Terraform and CloudFormation before deploy beats finding the same problem in production, and how it fits alongside live account scanning.
Learn moreWhy infrastructure scanning alone isn't enough, and how taint-aware static analysis catches vulnerabilities in the application code itself.
Learn moreFree to start, no credit card. Connect one AWS account and see what secrets detection finds.
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