What Is Secrets Management?
Secrets management is how a team stores, shares, rotates, and controls access to sensitive credentials such as API keys, database passwords, tokens, certificates, and cloud access keys. Good secrets management keeps credentials out of source code, gives each service only the secrets it needs, records who accessed what, and makes rotation routine instead of an emergency.
This Is For You If...
API keys or passwords are committed to your repository, now or in its history
Developers share credentials over chat or in .env files
A former developer or contractor still knows your production passwords
Your frontend or mobile app contains secret keys
GitHub, your cloud provider, or a vendor warned you about an exposed key
What We Do
Leak Scanning
Scan your repositories, full git history, CI/CD logs, container images, and frontend bundles for exposed credentials, using tools such as Gitleaks, TruffleHog, and GitHub secret scanning.
Rotation & Revocation
Rotate every exposed or shared secret in a safe order, so nothing breaks in production, and revoke old keys.
Secrets Manager Setup
Set up HashiCorp Vault, AWS Secrets Manager, Azure Key Vault, Google Secret Manager, Doppler, or Infisical, with access policies per service and environment.
CI/CD Secrets
Replace long-lived cloud keys in pipelines with short-lived credentials using OIDC, and lock down pipeline secrets. See DevOps.
Kubernetes Secrets
Encryption at rest, External Secrets Operator or Sealed Secrets, and least-privilege access for pods.
Prevention
Pre-commit hooks and push protection that block new secrets before they reach the repository, plus a simple team policy.
Where Secrets Usually Leak
Location | Why It's Risky |
Git history | Deleting a file doesn't remove it from past commits |
Frontend and mobile apps | Anyone can extract keys from shipped code |
CI/CD logs | Build output can print environment variables |
Container images | Secrets baked into image layers travel with the image |
Chat, tickets, and docs | Copied credentials spread beyond your control |
.env files shared by email | No access control, no audit, no rotation |
Common Mistakes to Avoid
Instinct | Why It Doesn't Help | Do This Instead |
Deleting the leaked key from the latest commit | It's still in git history and may already be copied | Rotate the key immediately, then clean history |
One shared key for all environments | A leak in development exposes production | Use separate secrets per environment and service |
Never rotating secrets | Old leaks stay exploitable for years | Rotate on a schedule and whenever someone leaves |
Putting secret keys in frontend code | Every visitor can read them | Keep secrets on the server and use public keys only |
What You Get
A full report of exposed secrets and where they were found
Rotation of every exposed or shared credential
A configured secrets manager with access policies
CI/CD and Kubernetes secrets moved to secure storage
Leak prevention hooks for your repositories
A short secrets policy for your team
How It Works
1. Scan
Repositories, history, pipelines, images, and builds
2. Triage
Confirm which secrets are live and what they unlock
3. Rotate
Replace and revoke credentials in a safe order
4. Migrate
Move secrets into a secrets manager
5. Prevent
Add hooks, push protection, and policy
Why Codersarts
We run production systems, so we rotate credentials without downtime and wire secrets managers into your existing deploy process. See Cloud Security for the wider cloud review.
Turnaround Time
A scan and rotation for a typical product takes 2 to 5 working days. Setting up a secrets manager across environments takes 1 to 2 weeks.
FAQ
We just leaked a key. What should we do first?
Revoke or rotate it immediately, before cleaning git history. Assume it has already been copied. Then check the provider's logs for any use of the key.
Is a .env file secure enough?
It's fine for local development if it is never committed. For shared and production environments, use a secrets manager with access control and audit logs.
Which secrets manager should we use?
The one native to your cloud is usually simplest: AWS Secrets Manager, Azure Key Vault, or Google Secret Manager. HashiCorp Vault suits multi-cloud or on-premises setups.
Does this help with SOC 2?
Yes. Access control, rotation, and audit logs for credentials are common SOC 2 evidence. See SOC 2 Readiness.
Is our project kept confidential?
Yes. Your data, code, and results stay confidential, and an NDA is available on request.
Related Services
How Many of Your Keys Are Sitting in Git History?
Find them, rotate them, and stop new leaks.