Moving from HashiCorp Vault to Infisical for SecretOps

Secret sprawl creates security risks when API keys and database credentials multiply across services. In 2014, an Uber breach exposed data because an engineer committed an AWS access key to a public GitHub repository. A 2017 Uber breach revealed a major issue when hackers found an AWS access key in a GitHub repository. In March 2026, a Cisco breach involving the Trivy supply chain gave attackers AWS keys and access to 300 GitHub repositories. In April 2026, a Vercel employee OAuth grant to a third-party AI tool led to a two-month undetected dwell time.

In January 2025, stolen contractor credentials without multi-factor authentication led to a breach of 60 million student records at PowerSchool. In 2025, Samsung Germany suffered a 270,000-record breach because a contractor’s credentials from 2021 were never rotated. This shows how long-lived credentials remain exploitable. I find that teams leave HashiCorp Vault because managing high availability, unsealing, and upgrades requires constant platform engineering effort. IBM acquired HashiCorp in early 2025, and the Community Edition now follows a Business Source License instead of being pure open source. While Vault provides deep features like dynamic secrets, many developers find its steep learning curve prevents rapid adoption. Organizations with dedicated platform teams often use Vault for its dynamic database credentials and PKI capabilities. However, companies with smaller developer teams often resort to building custom solutions to avoid the complexity of Vault.

Replacing complex infrastructure

Infisical provides an "open-source SecretOps" platform that centralizes application configuration and secrets. You can self-host the MIT-licensed core on your own infrastructure to manage unlimited users, projects, and environments. This flexibility avoids the subscription tiers found in managed services. Because Infisical treats every CI pipeline and service account as a unique identity, engineering teams must carefully calculate their total machine-to-human ratio before committing to the Pro plan that costs $18 per identity every month. The founders, who met at Cornell University, raised $2.8 million in a seed round led by Google’s Gradient Ventures. The platform includes secret scanning, a Kubernetes operator, and native integrations with GitHub, Netlify, and Vercel. The core codebase remains available on GitHub, but features like audit logs and access controls require a paid enterprise license. Infisical targets general developers rather than platform-engineering teams, which makes it easier to deploy with a flatter learning curve. Infisical provides a dashboard for managing secrets across different projects and environments, as well as client SDKs and a command line interface.

The Pro plan adds versioning, RBAC, and SAML SSO. Users needing advanced features like approval workflows or HSM support must purchase the Enterprise tier.

Moving away from 1Password

I recommend Infisical for teams that need a self-hostable tool to manage environment variables across development and production. 1Password handles human logins effectively, but it lacks native environment-level RBAC or environment-specific approval flows. 1Password Teams Starter costs $19.95 per month for up to 10 members. 1Password Business costs $7.99 per user per month. You should look at Doppler if you prefer a managed SaaS with a polished CLI, although Doppler charges $21 per user per month for the Team plan.

Doppler’s Developer plan is free for 3 users, then $8 per month per additional user. Doppler provides secret referencing, configuration inheritance, and automatic secret rotation. For teams using AWS, Secrets Manager integrates with IAM and provides managed rotation for RDS. However, per-secret pricing in AWS adds up if every microservice uses a separate secret, especially with the $0.40 per secret per month fee and $0.05 per 10,000 API calls. For users on GCP, Google Secret Manager charges $0.06 per active secret version per month and $0.03 per 10,000 access operations. Azure Key Vault is roughly $0.03 per 10,000 operations on the Standard tier. Does the transition from a platform-engineering focus to a developer-centric workflow create new security gaps?