Samsung Expands One UI 9 Beta Program to Include Z Fold7, Flip7, and S25 Series
Samsung Electronics has officially announced a significant broadening of its One UI 9 beta program, bringing the latest software testing phase to a wider range of its flagship smartphone lineup.
Following the initial rollout of the beta program alongside the Galaxy S26 series earlier this May, the tech giant is now preparing to extend access to more users beginning this September. This update represents a major step forward for Samsung’s software development cycle, allowing a broader user base to experience new features and optimizations ahead of the official public release.
Eligible Devices
The expansion includes a variety of high-performance devices, covering both foldable and standard flagship form factors. According to Samsung, the following handsets will be eligible for the One UI 9 beta starting next month:
- Galaxy Z Fold7
- Galaxy Z Flip7
- Galaxy S25
- Galaxy S25+
- Galaxy S25 Ultra
- Galaxy S25 FE
How to Participate
The beta program will be available in select key markets, ensuring that users in various regions can contribute feedback to the development process. Confirmed regions for this wave include India, South Korea, the United Kingdom, and the United States.
Samsung notes that availability and specific timing may vary depending on the market and the carrier. Interested users who own an eligible device can sign up to participate by navigating to the Samsung Members app on their device, where they can find the registration banner for the beta program.
By participating, users gain early access to the latest UI enhancements and system improvements. In return, Samsung encourages testers to submit feedback regarding bugs and usability, which plays a critical role in refining the software experience before the final, stable version is pushed to the global market.
For those looking to join, it is highly recommended to back up all personal data before installing beta software, as early-stage builds may contain stability issues or performance inconsistencies.
