Introduction Artificial intelligence and automation are becoming fundamental technologies behind the next generation of digital platforms. Across industries such as Web3, blockchain gaming, esports,…

Performance problems are often treated as something a studio will solve after the game is feature-complete. The team first builds the environments, characters, combat…

Game engines were originally built to solve the technical problems of interactive entertainment. They render complex 3D environments, process input, simulate physics, animate characters…

Unreal Engine and Unity continue to dominate professional game-development discussions, but the engine market is no longer a two-platform conversation. Open-source engines are becoming…

Game development is often described as a creative process supported by technology. In production, the relationship works in both directions. The quality of a…

A multiplayer prototype can create the illusion that the hardest technical work is already complete. Two players connect, enter the same match and interact…

A modern live-service game is not a finished application connected to a few online features after launch. Its accounts, progression, economy, matchmaking, events, analytics…

For many years, multiplatform game development followed a predictable sequence. A studio built the game for one primary platform, completed most of production and…

Artificial intelligence is now being presented not only as a creative tool, but as a financial restructuring mechanism for the game industry. In April…