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The Forge bridge invoke method now supports an optional metadata argument. This allows you to receive additional information about an invocation, such as rate limiting details, alongside the response.
What's changing
When you pass a metadata argument into the invoke function, it returns an object containing both a body field (the invocation response) and a metadata field. Any supported field set to true in the metadata argument will be returned within this metadata field.
Currently, rateLimitProperties is the only supported field in the metadata. This allows you to monitor rate limiting information for your invocations to better manage app performance and reliability.
Example usage:
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invoke('getText', { example: 'my-variable' }, { rateLimitProperties: true })
.then(({ body, metadata }) => {
// Log metadata for debugging purposes
console.log(JSON.stringify(metadata));
}What you need to do
If you want to access invocation metadata, update your invoke calls to include the third metadata argument and handle the new response structure ({ body, metadata }).
Existing calls to invoke without the metadata argument remain unchanged and will continue to return the response body directly.
For more details, see the Forge bridge invoke documentation.
What's changing
You can now use a single manifest.yml file across different deployments while adapting your Forge Container services configuration based, for example, on the environment type (development, staging, or production). This allows you to optimize for cost or performance by overriding settings like memory or CPU for specific environments.
What you need to do
To start using environment-specific configurations, update your manifest.yml using the new overrides syntax. For detailed implementation steps and examples, refer to the Forge Containers manifest overrides reference.
Static Content Macros for Confluence on Forge are now available in Forge’s Early Access Program (EAP).
Render your Confluence macros as static content instead of iframes, reducing app invocations. To enable static rendering, sign up for the EAP and add the static property to your macro module in manifest.yml, specifying either a function or endpoint (for Forge Remote).
We’ve corrected how the maintenance (service) period is displayed on refund (credit note) rows in Marketplace reporting. Refund amounts are not affected — only the period dates have been updated to accurately reflect the full term covered by the refund.
This change affects the reported maintenance period dates shown on refund rows in Marketplace reporting. It does not change refund values.
Previously, refund rows in Marketplace reports could show a shorter maintenance period than the refund actually covered. This happened because the reported period was derived from a single line of the original invoice, rather than the full set of lines that made up the refund.
Because invoices are often split across multiple lines — for example, a short pro-rata segment plus the main annual term — the displayed period could be significantly truncated.
Example: A full one-year refund might have appeared as covering only 13 days.
With this correction:
The maintenance period on refund rows now reflects the full term covered by the refund, from the earliest start date to the latest end date across all constituent invoice lines.
Period dates are now sourced from our finance system of record, which correctly handles multi-year billing terms.
Refund amounts are unchanged. This update only corrects the reported period dates; no monetary values are affected.
The majority of refund rows, approximately 86%, were already displaying the correct period and will not change.
Review your reporting. If you use maintenance period dates from Marketplace reports to calculate period-based metrics, such as annualized revenue or daily run-rate, you may see changes for affected refund rows.
No action is required if you only use refund amounts in your reporting, because those values remain unchanged.
If your reporting uses only refund amounts and not maintenance period dates, this update should have no impact on your workflows.
Bitbucket Data Center and Server 9.4.23, 10.2.6, and 10.4.2 bug fix releases are available now!
To see the issues resolved in these bug fix releases, go to:
Starting September 2026, we are deprecating subscriptions on Atlassian Analytics dashboards.
What's changing
We are phasing out the ability to create and receive dashboard subscriptions in the following stages:
September 8, 2026: You will no longer be able to create new dashboard subscriptions.
November 2nd, 2026: The dashboard subscription will be fully removed for low-touch customers.
What you need to do
If you or your users rely on existing emailed dashboard reports, you should prepare for this feature's removal by November 2nd, 2026. We recommend exploring alternative ways to share data or transitioning to manual exports where available before the end-of-life date.
We’ve released the new adoption-status CLI command that analyses your manifest.yml and shows:
How much of your app has been migrated to Forge
Which migration requirements are complete
What remains to be done before you can finish your migration
From your Forge app directory, run:
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npx @atlassian/connect-to-forge@latest adoption-statusNo installation is required.
If your manifest is in a different location, specify its path with the --manifest option:
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npx @atlassian/connect-to-forge@latest adoption-status --manifest path/to/manifest.ymlFor detailed information about the command and its output, see https://developer.atlassian.com/platform/adopting-forge-from-connect/adoption-status-tool/.
The Forge Developer Console now provides visibility into build tags for your deployments. This update allows you to:
Identify if a specific tagged build was used for a deployment.
See if the most recent deployment to an environment used a tagged build.
To view the build tag for a specific deployment:
Navigate to the Deployments tab in the Developer Console.
Select the menu button and click more info under the actions column for the desired deployment.
To view the most recent tagged build for an environment:
Navigate to the Environments tab in the Developer Console.
Click on the date shown under the Last deployment column.
A new RFC is ready for review at https://community.developer.atlassian.com/t/rfc-142-confluence-migration-content-index-for-macros/102090 .
We are extending the Connect End of Support (EOS) date from December 2026 to January 31, 2027. This extension is intended to give partners and developers additional runway to complete their migrations without overlapping with end-of-year activities and annual planning cycles.
For more information, please read https://www.atlassian.com/blog/development/getting-ready-for-connect-end-of-support
The delay prop in the Spinner component from @atlaskit/spinner now keeps the spinner fully hidden until the delay elapses. Previously, a spinner with a delay painted a static, complete circle for the entire delay window before the fade-and-spin animation started, so short-lived loading states showed a stationary spinner instead of nothing.
No code changes are required. Apps that pass a delay to Spinner will see the intended behaviour after upgrading to the latest version of @atlaskit/spinner: nothing renders during the delay, and the spinner then fades in and spins as documented at https://atlassian.design/components/spinner/examples
We are deprecating the confluence:fullPage(Preview) and jira:fullPage(Preview) modules on Sep 30, 2026. These modules are being replaced by the new global:fullPage(Preview) module, which provides a unified way to create immersive, full-screen experiences for your Forge apps across Atlassian products.
The global:fullPage module is based on the same underlying infrastructure as the product-specific modules, so you can expect a consistent experience with minimal migration effort.
What you need to do
To ensure your apps continue to function correctly, you must migrate to the global:fullPage module before the deprecation date.
Update your app manifest to use the global:fullPage module.
Define the compatibility property in your manifest to specify which Atlassian products your app requires.
Update any internal routing or links to use the new URL format: https://<site-hostname>/apps/full-page/<installation-id>/<route-prefix>/<app-route>.
For detailed migration steps and configuration options, refer to the global:fullPage documentation.
What's changing
The Teamwork Graph API can now be called directly from Forge app frontends (UI Kit and Custom UI) as part of the Teamwork Graph EAP. This is enabled via the new Forge bridge API, requestTeamworkGraph().
Previously, Teamwork Graph queries could only be executed from the Forge backend using @forge/api. This update allows you to fetch unified context across Atlassian products directly from the client side, reducing latency and simplifying app architecture.
What you need to do
Update the @forge/bridge package to the latest version in your app's frontend directory:
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npm install @forge/bridge@latestEnsure your app has the required permissions in manifest.yml:
For Jira: read:graph:jira
For Confluence: read:graph:confluence
For more details on implementation and available data, see the requestTeamworkGraph documentation and the Teamwork Graph API guide.
To participate in this release, you must be enrolled in the Teamwork Graph EAP.
The Forge platform will be undergoing maintenance in Commercial production on August 5, 2026 between 4am - 7am UTC.
There should be a few minutes of downtime within this window. During this time, the following capabilities will not be intermittently available:
Creating, updating, or deleting apps
Deploying apps
Installing, uninstalling, upgrading apps
App invocations will continue to work for existing users of the apps. However, new customers may be unable to use apps as consent process will be impacted during this interval as well.
You can now package Forge functions and UI Kit modules manually through Forge’s Early Access Program (“EAP”). This allows you to bypass the fixed version of Webpack bundled within the Forge CLI and upload your code directly from specified directories without modification.
What's changing
With manual packaging, you can:
Use a different compiler or TypeScript version
Use alternative bundlers (such as Vite or Esbuild) or no bundler at all
Include and call WebAssembly in your application
Require data files or depend on packages that do
Reduce application size by sharing dependencies across multiple functions
What you need to do
Sign up for the EAP using the registration form.
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