Last week a series of unauthorized gameplay videos surfaced online, showing what appeared to be a near‑complete build of Rockstar Games’ highly anticipated title, Grand Theft Auto VI. The clips, posted by a social‑media account called CyberLeek, featured a virtual flight over a recreation of Vice City, a fictionalized version of Miami.
Rockstar’s response
After nearly a week of silence, Rockstar issued a statement on Wednesday. The company described the leaks as “heartbreaking” and reiterated that the game is still in development. The statement emphasized that the title has been in production for 13 years and is not yet ready for release.
Rockstar also reminded fans of the planned launch date, stating, “We hope everyone will wait a little bit longer to experience the game for themselves on November 19.” The wording sparked speculation that the release might be delayed, though the company did not confirm any change to the schedule.
Fan reaction
The gaming community reacted strongly. Many fans expressed disappointment that the game remains unfinished and voiced frustration over the decision to release Grand Theft Auto VI solely as a digital product, with no physical disc option. Some interpreted the statement as a sign that Rockstar might be revisiting development work in response to the leaks.
Others warned that the leaks could lead to further unauthorized content being shared before the official launch, potentially undermining the company’s marketing strategy.
What’s next?
With the release still three months away, industry observers expect additional promotional activity and possibly more controlled gameplay reveals from Rockstar. The company’s track record of delivering major titles suggests that the November 19 launch will proceed as planned, but the recent leak episode highlights the challenges developers face in protecting intellectual property in the digital age.
Gamers and industry analysts will be watching closely for any updates from Rockstar as the launch window approaches.
Original reporting: Fox News (HLL/CB) — read the source article.
