How to integrate JetBrains Space and Portworx for reliable DevOps automation
Your deployment worked fine in staging. Then production decided to catch fire at 2 a.m. Logs scattered, volumes stuck, and access approvals buried in chat threads. The usual DevOps chaos. JetBrains Space and Portworx together can calm that storm.
JetBrains Space is the unified work platform from JetBrains—a blend of Git hosting, CI/CD pipelines, package management, and team collaboration. Portworx is the container storage orchestration layer built for Kubernetes, trusted for persistent volumes that survive node failures. Alone, they each shine. Combined, they create a DevOps workflow that coordinates code, pipelines, and persistent data with less human error.
The logic is simple. JetBrains Space defines how your application builds and ships. Portworx ensures the data those builds touch sticks around safely. Space triggers the build pipeline, which runs inside a Kubernetes cluster. Portworx provisions and replicates the volumes behind that cluster. The integration gives developers a way to push code while operations automatically manage the data layer.
How do you connect JetBrains Space with Portworx?
Tie the Space automation service account to your Kubernetes cluster’s identity provider—Okta, AWS IAM, or OIDC all work. Then use Portworx StorageClasses to manage volumes that Space-managed runners can claim on demand. The goal is to let your CI/CD jobs create storage securely, without needing cluster-admin credentials.
Set RBAC carefully. Map each Space project to a scope in Kubernetes so one team’s pipeline cannot wipe another team’s database snapshot. Rotate access tokens often. If you're handling regulated data, enable audit logging to show who triggered which job, and when it touched storage. These steps take minutes but save hours of forensics later.
The advantages stack fast:
- Faster, consistent volume provisioning across environments
- Built-in high availability for databases and caches tied to CI/CD jobs
- Centralized security model aligning Space org roles with cluster access
- Clear audit trails for compliance frameworks like SOC 2
- Less manual cleanup of orphaned PVCs after a pipeline run
For developers, it translates into real speed. They commit code, Space runs tests, Portworx mounts volumes instantly, and results come back without waiting for an ops ticket. No context switching. No Slack chases for “who can grant access.” Just shipping faster with guardrails intact.
AI copilots and chat-driven runbooks fit naturally here too. Imagine a copilot suggesting optimal StorageClasses or recreating failed volumes automatically, powered by logs Space already collects. The risk shifts from manual misconfiguration to ensuring the AI respects access boundaries.
Platforms like hoop.dev turn those access rules into guardrails that enforce policy automatically. Instead of trusting every pipeline script, you define identity-aware access once, and let the proxy handle the rest. It complements the JetBrains Space and Portworx setup perfectly by keeping automation secure, not just fast.
Quick answer: What’s the main benefit of using JetBrains Space with Portworx?
You automate application delivery and persistent storage in one flow. JetBrains Space controls the builds; Portworx guarantees data reliability. Together they reduce downtime, cut approval delays, and create a cleaner audit trail.
In the end, it’s about trustable automation—your code, your data, your rules, working in sync.
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.