The door was locked, but the network was open.

An open source model of Twingate changes how secure access is built, tested, and deployed. For years, Twingate has defined a clean approach to Zero Trust Network Access (ZTNA), hiding private resources from the public internet while keeping connections fast. Now, an open source implementation makes it possible to inspect, modify, and run the core ideas yourself — without relying on a closed SaaS.

An open source Twingate alternative gives full control over authentication, networking policies, and user provisioning. You can review the code paths that handle encryption and identity checks. You can adjust routing performance for edge cases, test experimental protocols, and integrate with CI/CD pipelines without waiting for vendor updates.

Modern teams need secure tunnels, private DNS, and granular access policies that scale. An open source model Twingate supports peer‑to‑peer connectivity, avoids central bottlenecks, and helps reduce attack surfaces. With it, you can enforce Zero Trust rules across hybrid clouds, regional clusters, and developer laptops.

Deployment is fast. Using Docker or Kubernetes, you can bring up an open source Twingate setup in minutes, integrate it with your identity provider, and lock down SSH, RDP, API endpoints, and admin consoles. Observability hooks give real‑time insight into who accessed what and when.

Security audits are easier when every byte of source is available. You can run penetration tests, add custom monitoring, and prove compliance with internal or external standards. Open source also means the freedom to patch, fork, and extend the implementation for needs Twingate’s proprietary product may not support.

If you want to see what an open source model of Twingate could do for your infrastructure, build and test it now. Visit hoop.dev and see it live in minutes.