Monitor errors in Cocos2d-x games

Make data-driven decisions about which errors to prioritize and fix

Actionable insights into health of Cocos2d-x games

Gain real-time visibility into application stability

Understand the stability of every release and how rapidly new releases are being adopted by users. You can compare release health to decide if they are healthy enough to promote to production or if they need to be pulled back. 

Set your target stability and critical stability and then use the real-time stability scores to make data driven decisions about when to build features in your gaming application vs. focus on bug fixing.

Learn more about stability scores >

Get alerted to errors affecting users

Bugsnag automatically captures errors and alerts you via email, Slack, PagerDuty, and more. You'll also see detailed error reports in your dashboard for faster debugging.

Integrate with your Laravel ecosystem

Bugsnag works well with your Laravel tooling — integrate with the application logger, or monitor your Lumen projects, too, with Bugsnag for Lumen.

Real-time alerts where you already work

Bugsnag automatically alerts you via Slack and PagerDuty when errors are detected. Select your alerting preferences to know when new errors, regressions, or spike in your error rate occur.

Proactively address software quality

Visibility into errors is only the first step. With two-way integrations and in-app workflow, you'll also make progress prioritizing bugs and moving them through your debugging process.

Pinpoint error trends

Use the interactive timeline analysis to understand stability issues over time. You can pinpoint spikes in errors your gamers are seeing, investigate specific incidents, determine if a release has introduced new bugs, and more.

Learn more about timeline analysis >

Prioritize errors your team should focus on

Make data-driven decisions about which errors in the game need to be addressed first

View errors grouped by root cause and sorted by user impact so you can understand which errors are occurring more frequently and impacting the most gamers.

Reproduce errors with environment data

Important diagnostic data is automatically collected on each error like the browser and version, OS, request, and React specific data. You can also send custom data if what we capture isn’t enough.

Automatically collected user activity

Efficiently reproduce errors with a timeline of user and system events leading up to each error, like clicks, console logs and errors, page load, and more.

See which errors are affecting VIP gamers and in-app purchase experience

You may want to prioritize fixing errors that are impacting your most valuable customers or revenue generating parts of the application, such as in-app purchase flows. 

Easily customize which meta data to collect, such as a customer’s subscription level, and then segment errors that are affecting customers in the premier subscription level.

Learn more about search and segmentation >

User and environment data

Bugsnag automatically captures diagnostic data like request information, session data, and more. It also captures user information in order to correlate errors with customers.

Customize your error reports

Bugsnag automatically captures as much information as possible, but since all apps are unique, you can easily customize your reportand send the data you need to assess and reproduce every error.

Fix errors with speed and precision

Determine what caused an error in the game

See comprehensive diagnostic information for every error, including symbolicated stack traces, breadcrumbs, device and user information. Complete error context allows you to reproduce and fix errors with speed and precision.

Streamline debugging workflows

Integrations with tools your team already uses, like alerts in Slack and PagerDuty and 2-way issue tracker integration with JIRA, Pivotal, and more help streamline your debugging workflows so you can spend less time fixing bugs.

See all integrations >

Correlate errors with users

Looking at error counts alone won't give you a full understanding of an error's severity. Correlate errors with users to see how widespread an error really is.

Decrease noisy errors

Cross-browser error grouping, domain whitelisting, discarding errors from legacy browsers, and stripped out browser extension errors help to decrease noisy React errors and keep you focused on the ones that matter. Learn more JS monitoring best practices.

Production ready Cocos2d-x error monitoring

Powerful error monitoring and crash reporting used by the world’s leading game developers, including Zynga, FoxNext Games, and WB Games.

See all customers >

Breakup with Crashlytics

Frustrated with Crashlytics? Watch our video on why Andi and Ashly are breaking up. Breakups are usually tough, but see why this one isn’t for Andi.

If you’re increasingly frustrated with Crashlytics, watch our video on why Andi and Ashly are breaking up. Although breakups are usually tough, see why this one isn’t for Andi because among many disappointments, Ashly isn’t interested in speaking to Andi’s relatives in React Native.

If you’re increasingly frustrated with Crashlytics, watch our video on why Andi and Ashly are breaking up. Although breakups are usually tough, see why this one isn’t for Andi because among many disappointments, Ashly isn’t interested in meeting Andi’s Kotlin friends.

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