VR App Post-Launch Technical Support
You've released a VR app on the Meta Horizon Store or Steam — and immediately bugs pour in after the next platform update. We see this constantly: stable builds break without warning. Instead of developing new features, you start reacting to what's broken for real users with real hardware. VR specifics are especially harsh: Horizon OS and SteamVR updates can break a working app, and you don't have weeks to react. Our team has been maintaining VR projects for 8 years (over 50 releases on Quest and Steam), and we know how to minimize downtime.
Why VR app support requires a special approach?
Unlike regular mobile apps, VR products depend on hardware specifics — tracking, high-FPS rendering, passthrough. SDK updates (Oculus Integration, XR Interaction Toolkit, AR Foundation) can completely break functionality. For example, after the XR Interaction Toolkit 3.x release, early versions had regressions in grab interaction — apps that updated immediately got non-working grabs. We wait 2–4 weeks after a major release, monitor community issues, and only then update.
What breaks after platform updates
Meta regularly updates Horizon OS — over ten significant patches in the last year. Each can break something in a working app. Typical problems: changes to OVRCameraRig behavior when updating the Oculus Integration SDK (older versions stop tracking position correctly if the project isn't updated to a compatible version). Or changes in the passthrough compositor, after which MR apps show misaligned layers.
SteamVR behaves similarly. After OpenVR API updates, the signatures of event callbacks change periodically — EVREventType.VREvent_InputFocusChanged stops arriving, and the app loses focus without proper handling. Users see a frozen controller in the scene.
System updates to iOS and Android also affect ARKit/ARCore apps: camera permissions change, ARCore on some Android 14 firmware requires re-authorization of ARCore Services.
How support is organized
Error monitoring — via integrated crash reporting systems in the release build. For Unity projects we use Firebase Crashlytics or Sentry Unity SDK, configured with symbolication for native stacks. Without symbolication, the crash stack for an IL2CPP build is just a set of hex addresses — useless. With symbolication — a full C# call stack including code lines.
For Meta Quest additionally — Meta Developer Hub with ADB logcat in monitoring mode. Quest-specific crashes with SIGABRT or SIGSEGV codes in the native Oculus runtime layer require separate analysis via NDK stack unwinder.
Incident classification by priority: P1 — crash on startup or on a critical path (>5% of sessions affected), P2 — functionality degradation without a full crash, P3 — visual artifacts or edge-case failures. For P1 — response and hotfix within 24–48 hours.
Updating compatibility with new SDK versions
A regular task in post-launch support is updating dependencies. Oculus Integration SDK, XR Interaction Toolkit, AR Foundation have release notes with breaking changes. Typical cycle: new SDK version released → local test on staging build → check critical paths → publish update.
It's important not to update to major versions immediately after release. XR Interaction Toolkit 3.x had several regressions in early releases compared to 2.x — apps that updated immediately got broken grab interactions. Waiting 2–4 weeks after a major release and monitoring community issues is part of the process.
How we ensure compatibility with new SDKs?
We compare API changes between versions and automate testing of critical paths. For example, we verify correct operation of OVRCameraRig after updating Oculus Integration. If we find a regression — we fix it before publishing. This approach reduces the number of incidents by 30% compared to reactive updating. Our tested update cycle reduces regression risk by 80% compared to immediate updates.
| Approach | Update time | Risk of regressions |
|---|---|---|
| Immediate update | 1–2 days | High (40–50%) |
| Wait + test (ours) | 2–4 weeks | Low (<10%) |
Step-by-step support process
- Set up crash monitoring and symbolication.
- Monitor incidents and user reviews continuously.
- Prioritize bugs by severity (P1–P3).
- Develop and test hotfixes on staging builds.
- Deploy updates and verify stability.
Handling user reviews and crash reports
Store reviews contain signals about technical issues that don't make it into automatic crash reporting — "my tracking breaks in bright light", "won't launch on Quest 2 after update". Systematizing reviews and correlating them with Crashlytics data allows us to prioritize fixes.
For Steam apps — monitoring Steam Discussions, Steam Workshop (if used), and Steam Reviews. Community-reported bugs often contain specific hardware configurations reproducing the issue: specific GPU + headset + driver version.
What's included
- Access to crash monitoring system and incident dashboard
- Monthly app status report (crashes, performance, compatibility)
- SDK and dependency updates with staging testing
- Priority handling of critical bugs (SLA: 24 hours for P1)
- Consulting on optimization and preparation for platform updates
Over 50 projects, 300+ fixed bugs, average response time less than 8 hours for critical incidents. We guarantee your VR app stays compatible with new devices and platform versions. Contact us to discuss supporting your project — we'll assess the scope and offer the optimal package.