NVIDIA GeForce NOW Partners With IO Interactive for 007 First Light Launch
NVIDIA has announced that the highly anticipated James Bond origin story, 007 First Light, will launch on GeForce NOW on May 27, 2026. Members who purchase a 12-month Ultimate subscription by June 10 will receive the full game at no additional cost, featuring 5K HDR cloud streaming support.
RMN Stars James Bond Desk
New Delhi | May 22, 2026
NVIDIA GeForce NOW Secures 007 First Light Ultimate Bundle
NVIDIA is expanding its cloud gaming catalog with the introduction of the 007 First Light Ultimate Membership Bundle. This promotion allows members who sign up for a 12-month GeForce NOW Ultimate membership between now and Wednesday, June 10, to receive a copy of IO Interactive’s new James Bond title. The game is scheduled to go live on the service on Wednesday, May 27, allowing subscribers to play instantly at launch without the need for downloads or preloads.
Developed by IO Interactive in collaboration with Amazon MGM Studios, 007 First Light is a third-person action-adventure that reimagines the origins of James Bond. The narrative follows a 26-year-old Bond as he transitions from a Royal Navy air crewman to a recruit in MI6’s newly re-established double-0 program. Players will navigate global espionage missions using a mix of stealth, combat, and “Q Branch” technology.
Technical Performance and Redemption
Ultimate members will be able to stream the title using NVIDIA GeForce RTX 50 Series GPU power in the cloud. This hardware tier supports up to 5K high dynamic range (HDR) and cinematic-quality streaming. Once the bundle is purchased, players can redeem the game through the GeForce NOW account portal by signing into their Steam account. The title remains in the member’s library permanently once redeemed.
In addition to the Bond reveal, NVIDIA confirmed that Forza Horizon 6 is now available for instant streaming on GeForce NOW. The racing title brings its signature open-world “Horizon Festival” to the cloud, accessible across multiple devices without local hardware requirements.
