A series of unconfirmed gameplay clips from Grand Theft Auto VI has surfaced online, with evidence suggesting the leaker possesses an active, playable build of the game. These clips, which have circulated throughout August 2026, show various mechanics including vehicle interaction, combat, and open-world traversal.
The Claims and Current Evidence
The leaks, attributed to a group calling itself “CyberLeek,” include footage of the protagonist Jason in several scenarios. Notable observations from the clips include:
- Recent Build Indicators: One clip features the song "Sports Car" by Tate McRae, a track released in early 2025, suggesting the footage is from a more recent development build than previous leaks.
- Mechanics and Customization: Videos show button prompts for loadout management, car storage, and a basketball minigame that rewards players with a focus stat increase.
- Active Manipulation: In one instance, the leaker is seen shooting the word “Leek” into a wall, confirming the footage is being captured live rather than retrieved from static files.
Credibility and Risks
The credibility of these clips is bolstered by reports of DMCA takedown notices issued by Rockstar Games, a common response to authentic proprietary footage. However, the exact age of the build remains inconsistent, as some early clips appeared to originate from 2023 development environments, while later footage shows more modern integration.
For players, the primary risk remains exposure to potential story spoilers. While gameplay mechanics and visual fidelity are expected to be updated for the final November 2026 release, narrative content and cutscenes captured in these leaks are likely to reflect the final product's plot.
What Would Confirm These Leaks?
Official confirmation from Rockstar Games would be required to verify the specific details shown in the clips. The developer has an "Extended Look" at GTA 6 scheduled to air on Netflix next week, which will serve as the primary point of comparison for the authenticity of the leaked mechanics and character models.

