Electronic Arts Defends Use of AI: CEO Claims It's Support, Not Worker Replacement

The use of artificial intelligence in the video game industry continues to spark discussions, and Electronic Arts finds itself at the center of the debate. After recent internal reports indicated that the massive adoption of AI would slow down production processes, CEO Andrew Wilson decided to publicly intervene to clarify the company's position.

During a speech at an event dedicated to the gaming industry in Las Vegas, Wilson dismissed allegations that artificial intelligence is hindering employee work. On the contrary, he argued that AI mainly plays a supporting role, helping to lighten more repetitive and less creative tasks.

According to statements made, about 85% of quality control operations within the company are now managed through machine learning-based systems and automated algorithms. These tools are used to perform standardized tests, such as starting and stopping systems, checking for crashes, and other basic operations that are time-consuming but do not necessarily require human intervention.

AI is, therefore, just a support for Electronic Arts. Despite this high level of automation, Wilson emphasized that hiring in the QA (Quality Assurance) department is at historic highs. This, according to the CEO, would demonstrate that artificial intelligence is not replacing workers but assisting them, allowing them to focus on more complex and creative tasks.

However, the executive's statements contrast with some testimonies from within the company, suggesting that the adoption of AI has introduced new inefficiencies, increasing the time required to complete certain tasks. Additionally, reports have emerged regarding the use of AI-generated content in some projects, such as the Battlefield series.

To reinforce this strategic direction, Electronic Arts has begun collaborations with specialized companies in the sector, including Stability AI, to develop tools based on generative AI. This clearly indicates the intention to increasingly integrate these technologies into future production processes.