We get your secrets out of git and .env files and into a real vault — HashiCorp Vault or 1Password Secrets Automation — with rotation, dynamic short-lived credentials, and safe injection into your CI/CD and apps.
Centralized, rotated, dynamically issued and cleanly injected so credentials stop leaking through code and config.
We stand up and configure HashiCorp Vault or 1Password Secrets Automation — policies, access control, audit logging and high availability — as the single source of truth for your credentials.
We find secrets scattered across repos, config and environment files, migrate them into the vault, and scrub history so credentials stop living in your codebase.
Automated rotation on a schedule, plus dynamic short-lived credentials for databases and cloud so a leaked secret is worthless within minutes, not months.
Secrets injected at runtime into your pipelines and applications with tools like op inject or Vault agent — never baked into images, logs or build artifacts.
Least-privilege policies scoped per team, service and environment, with a full audit trail of who accessed which secret and when.
On-demand credentials for AWS, databases and other backends that Vault generates and revokes automatically — no more shared, long-lived master keys.
We centralize every secret, rotate them on a schedule, and inject them at runtime — so a leaked key is short-lived and a git clone is worthless to an attacker.
It depends on your team and workloads. 1Password Secrets Automation is fast to adopt and great for teams already living in 1Password, with clean injection into CI/CD and apps. HashiCorp Vault shines when you need dynamic secrets, fine-grained policies and self-hosted control at scale. We help you pick based on your stack, then set it up properly either way.
We audit your repos, config and environment files to find every credential, migrate them into the vault, and switch your apps and pipelines to pull them at runtime instead. Where secrets are baked into git history we scrub them and rotate the affected credentials, since anything ever committed should be treated as exposed.
Dynamic secrets are credentials generated on demand for a specific, short-lived purpose — for example a database login that Vault creates when a service needs it and revokes minutes later. Because they are not shared or long-lived, a leaked credential is useless almost immediately, which dramatically shrinks the blast radius compared to static passwords.
No — done right it is transparent. Secrets are injected at runtime through the pipeline or a Vault/1Password agent, so builds and deploys run as before but pull credentials from a central, audited source. Developers stop copying secrets around, and you gain rotation and access control without extra manual steps.
Book a free 15-minute call or request a quote. Tell us where your credentials live today — we'll map the safest path to a vaulted, rotated, injected setup.
Architecture → implementation → proof → runbook · senior US engineers · $1M insured
Emergency support is our entry tier — existing client or not, start an urgent request and a senior engineer helps you rotate the exposed credentials, scrub them from history and lock things down the same day.