Bodycam shooter has photorealistic graphics and based on Unreal Engine 5. The game will be released on June 7
03.06.24
Of course, such news is not timely. However, when it comes to events in the world of technology from a general scientific point of view, it makes sense not to forget about games that can change the perception of the possibilities of technology.
The Bodycam game, stylized as a chronicle from the bottom camera of a special forces fighter, uses the Unreal Engine 5 engine, which, when used correctly, is capable of generating a photorealistic image.
The game will be released on Steam Early Access on June 7, 2024.
Bodycam is a multiplayer game and three modes will be available in the early version: Classic Deathmatch (for 10 players), Team Deathmatch (5v5) and Body Bomb (5v5).
Reissad Studios promises that more game modes and interesting features will appear in Bodycam in the future. The shooter will be in early access for 6 to 12 months.
Don't miss interesting news
Subscribe to our channels and read announcements of high-tech news, tes
Oppo A6 Pro smartphone review: ambitious
0 
Creating new mid-range smartphones is no easy task. Manufacturers have to balance performance, camera capabilities, displays, and the overall cost impact of each component. How the new Oppo A6 Pro balances these factors is discussed in our review.
Oppo Reno16 Pro 5G smartphone review: well-heeled
0 
Oppo Reno16 Pro 5G looks like a balanced smartphone, in which the manufacturer tried not to make a single characteristic the defining one. It has many advantages. Let’s tell you what
Haptic Feedback in Smart Rings: The Future of Wearable Interaction
Integrating a vibration motor into the RingConn Gen 3 changes the significance of the ring as a wearable device. We examine why haptic signals are the next step in smart ring evolution, what the feature can currently do, and the technical challenges involved.
SmartSens SCC85XS: A 200MP Sensor With Low Noise and Hardware RAW
SmartSens introduces the SCC85XS, a flagship 200MP sensor with 0.61µm pixels, advanced noise reduction, and support for hardware-based up to 4x lossless zoom.