
Developed in collaboration with Arm and Sumo Digital, Neural Dawn brings together artificial intelligence-supported frame generation and ray tracing technology on the Android platform.
AI-generated summary
In the mobile processor world, artificial intelligence is used with neural scaling techniques to increase frame rate and resolution.
Computer gamers have been accustomed to DLSS-like technologies where artificial intelligence produces frames for years. Now the same idea is coming to phones: Neural Dawn, developed by Arm and Sumo Digital, is online as the first game to produce frames with artificial intelligence on Android. What's surprising is that the game runs a ray-traced lighting system on the phone, which normally challenges powerful computers.
Artificial Intelligence Era on Mobile
This year, the agenda of the mobile processor world is artificial intelligence again. But there is a new aspect to this agenda for players. The latest GPU developments from Arm and Qualcomm are based on neural scaling techniques long known on the PC side.
So artificial intelligence is used to increase the frame rate and resolution. In this way, new generation games can look better and run smoother without the cost of traditional processing. Additionally, this method aims to reduce the load on the processor.
On the other hand, this approach is demonstrated with a concrete game so that it does not remain only in technology demos. This is where Neural Dawn comes into play. Moreover, the game is presented as the first example to use this technology on Android.
What Technologies Does Neural Dawn Use?
Neural Dawn was developed as a lightweight platform game. Arm worked closely with developer studio Sumo Digital to bring the project to life. The two technologies that enable the game to run on mobile are:
Neural Super Sampling and Denoising (NSSD): Neural super sampling and denoising.
Neural Frame Rate Upscaling (NFRU): Neural frame rate upscaling.
Therefore, Neural Dawn combines an approach that both sharpens the image and increases the number of frames in a single game. Moreover, it works with a costly feature such as ray-traced lighting. Therefore, gaming can be considered a challenging case for mobile hardware.
Additionally, the game uses Unreal Engine's MegaLights lighting system throughout. This system normally imposes a heavy load. That's why it's important to introduce neural techniques.
The Game Can Be Played Now
Version 1.0 of Neural Dawn was released last week. Thus, instead of just watching the technology in promotional videos, it became possible to directly open the game and try it. Therefore, the development that was seen as mobile's own DLSS moment is now in the hands of the players. The price of the game was not shared.

The European Commission suspects TikTok's recommendation algorithm violates the Digital Services Act. While a change was requested for the algorithm that allegedly puts children's mental health at risk, ByteDance risked a fine of up to 6% of global turnover.

Minister of Transport and Infrastructure Abdulkadir Uraloğlu announced that a 247-kilometer smart transportation corridor will be created in Ankara with the K-AUS experience in Istanbul and autonomous driving and traffic management technologies will be developed.

ChatGPT Pro subscribers state that their accounts were closed without warning and their objection processes were rejected within minutes. Although OpenAI cited rule violations and suspicious activity, users complained about uncertainty.

Minister of Transport and Infrastructure Abdulkadir Uraloğlu announced that a 247-kilometer smart transportation corridor will be established in Ankara with the K-AUS experience in Istanbul. The project aims to develop autonomous driving technologies and vehicle-infrastructure communication.

Long-term durability tests conducted by RTINGS have revealed a new defect called 'edge rot' in LG Display's WOLED panels. This problem, which causes dead pixels at the edges of the screen, is considered a manufacturing defect independent of OLED burn-in.

CATL targets a theoretical range of 2000 km with the lithium-air battery technology developed in a laboratory environment. This technology, which does not yet have a mass production plan or release date, draws attention with its high energy density.