The simplest way to make TeamCity Zerto work like it should

Your build pipeline just broke again. The deployment logs look fine, but the recovery sequence is missing a piece no one can find. Somewhere between continuous integration and disaster recovery, the wires crossed. That’s exactly where TeamCity Zerto proves its worth.

TeamCity automates every build and test, keeping development predictable. Zerto handles disaster recovery and replication so production stays alive even when everything else catches fire. When you connect them, you get continuous resilience: safe builds that carry through to protected infrastructure. The goal is not complexity—it’s the quiet confidence that nothing gets lost.

When TeamCity kicks off a pipeline, each artifact can trigger a Zerto operation tied to a protected virtual machine or cloud target. Think of TeamCity orchestrating a deployment handshake and Zerto guaranteeing that environment snapshots exist before or after it. Permissions flow through identity controls like Okta or AWS IAM, so only authorized jobs can pull or push recovery data. You cut out the guesswork of manual scripting and turn backup policies into part of the CI workflow itself.

Quick answer:
To connect TeamCity and Zerto, create a build step that invokes Zerto’s API for protected asset replication or failover testing. Use service credentials managed under your identity provider to ensure traceability and SOC 2–aligned audit logs.

Common best practices include running Zerto API calls with limited scope tokens, mapping roles through TeamCity’s build agent profile, and rotating secrets automatically every release cycle. Give recovery jobs their own queue so they never block core deployments. If something stalls, you see it in the same dashboard you use for tests—no mystery failures hidden in an external pane.

Benefits of integrating TeamCity with Zerto:

• Faster recovery validation within automated CI sequences.
• Stronger identity boundaries enforced during build and replication.
• Simplified compliance with OIDC or enterprise RBAC controls.
• Unified logs showing both build and protection events.
• Reduced toil for ops teams trying to match snapshots with commits.

Developers notice the difference immediately. Failed builds recover faster. Onboarding a new project doesn’t require memorizing backup policies. Approvals shrink from hours to minutes because replication checks become part of the normal pipeline. Productivity improves because no one plays detective with missing infrastructure states.

AI-run agents add another layer of insight. They can analyze TeamCity-Zerto event streams to predict failures or flag configuration drift before disaster strikes. With proper data boundaries, you get predictive resilience without exposing sensitive credentials.

Platforms like hoop.dev turn those access rules into guardrails that enforce policy automatically. You define the workflow once, and it keeps every identity and secret aligned between build automation and recovery orchestration.

Teams that do this right treat disaster recovery as a versioned artifact, not a guessing game. TeamCity Zerto closes the loop between deploying and protecting, which is how modern DevOps should work—confident, fast, and intentionally boring.

See an Environment Agnostic Identity-Aware Proxy in action with hoop.dev. Deploy it, connect your identity provider, and watch it protect your endpoints everywhere—live in minutes.