API keys out of your code,
out of your chat history, out of your repository
The most common security gap we find in an audit is not a sophisticated exploit, it is an API key committed to a repository, pasted into a Telegram chat, or sitting unrotated in a .env file since launch. We move secrets into a proper vault, set up rotation, and make sure access is logged to a person, not shared blind.
What it is
Secrets management is the discipline of keeping API keys, database passwords, and access tokens out of places they should never be, source code, chat messages, spreadsheets, unencrypted config files, and into a proper store that controls who can read a secret, logs when they do, and makes rotating a compromised key a fast, deliberate action instead of a scramble through every system that used it. Almost every serious breach we have looked at traces back to a leaked credential sitting somewhere it should not have been, not a novel exploit.
When you need it (and when you do not)
You need this now if any of your API keys, payment gateway credentials, database passwords live in a committed file, a shared chat, or an unrotated .env file nobody remembers setting up; that is the common state we find auditing a system someone else built, and it is cheap to fix relative to the damage a leak causes. It becomes more urgent as your team grows, since more people having informal access to raw credentials multiplies the number of ways one leaks.
You do not need an enterprise secrets platform for a single-developer project with one environment; a well-managed, git-ignored .env file reviewed occasionally can be adequate at that scale. The investment in a real vault pays off once you have multiple services, multiple environments, or more than a couple of people who need some but not all of your credentials.
How we build it
We start with an audit, not an assumption: checking your repository history (a key committed once and later removed is still in the git history unless specifically purged), chat exports, old configuration files, and anything else likely to hold a secret that should not be there. Anything found exposed gets rotated immediately, since the point of finding it is removing the risk, not just documenting it. Secrets then move to a proper store, your cloud platform’s built-in secrets manager, a self-hosted Vault instance, or Docker secrets, depending on what you already run, so we are not adding a new tool for its own sake.
Access is scoped: a service gets only the secrets it actually needs, and a person’s access is tied to their account, not a shared password everyone has memorized, so access can be revoked individually when someone leaves rather than requiring every secret to be rotated. Where a secret genuinely needs periodic rotation (database passwords, long-lived API tokens), we set up a schedule rather than leaving it to someone remembering to do it manually.
What to watch
A secrets manager is only as good as the discipline around it; the main ongoing risk after migration is a new key getting added the old way out of habit, which is why documentation and a short team walkthrough are part of the handover, not an afterthought. Rotation schedules need a plan for what happens when a key rotates, services using it have to pick up the new value without downtime, which we test as part of the setup. This fixes where secrets live; it does not replace the broader access-control and audit work covered on the role-based access control and audit log pages.
Price and timeline
| Option | Price | What it covers | Timeline |
|---|---|---|---|
| MVP | from $800 | Audit, migration to a proper store, rotation of any exposed key | 2 to 5 days |
| Production | from $1,800 | Multiple services and environments, automated rotation, per-service access scoping | 1 to 2 weeks |
Related
This pairs with PCI-aware payment architecture for payment credentials specifically, and with audit log and compliance trail for logging who accesses what. It is part of development and audit. This is the same cleanup work done in factory ERP recovery and secure Telegram Mini App infrastructure.
Ready to find out where your keys actually live today? Get in touch and we will start with an audit.
FAQ
How much does secrets management setup cost?
From $800 for a standard audit and migration for one or two applications; more services, more environments (staging, production), or a full key-rotation automation adds time.
How long does it take?
2 to 5 days for a typical setup, most of which is finding every place a secret currently lives before moving it.
What do you use to store secrets?
Your cloud or hosting platform's built-in secrets manager where one exists, or a self-hosted option like Vault or a Docker secrets setup, chosen to fit what you already run rather than adding a new platform dependency unnecessarily.
What if we find a key that has already leaked?
We revoke and rotate it immediately as part of the engagement, and flag what, if anything, that key's exposure window means for your risk, rather than treating discovery as the end of the job.
Who gets access to secrets after this?
Access is scoped per person or per service rather than one shared credential everyone uses, and every access is logged, which is the actual point of the migration.