OpenAI has announced the release of its latest model, GPT-5.4, building on the capabilities introduced in GPT-5.2. This new version targets professional work environments, focusing on tasks such as coding, data analysis, and creating presentations with improved aesthetic diversity. Notably, GPT-5.4 integrates native computer-use capabilities, allowing it to interact more effectively with multiple applications simultaneously.
One of the standout improvements in GPT-5.4 is its enhanced ability to navigate desktop environments using mouse and keyboard commands, making it more adept at multitasking across different software. The model also features upgraded web research functions, particularly excelling at highly specific queries, which contribute to providing faster and more relevant responses compared to its predecessors.
In ChatGPT, GPT-5.4 is now the default for the chatbot’s Thinking mode, where it outlines its approach for handling requests, giving users the option to adjust the direction of its responses as they are generated. OpenAI highlights that GPT-5.4 is its most accurate model yet, reducing error rates by 18 percent compared to GPT-5.2, underscoring ongoing efforts to improve factual reliability.
The release of GPT-5.4 is aimed primarily at enterprise customers and developers, including those using OpenAI’s Codex app. Although the model is more efficient in token usage, the pricing for tokens has increased, reflecting its advanced capabilities. This strategic focus on professional and enterprise-grade applications suggests OpenAI’s ambition to build a sustainable business centered on productivity tools.
As competition in AI-driven productivity solutions intensifies and companies like Microsoft incorporate multiple AI models in their offerings, GPT-5.4 represents OpenAI’s commitment to maintaining a leading edge. Despite OpenAI’s impressive revenue growth, the company remains dependent on investor funding to support its vast data center operations and future advancements, solidifying productivity as a crucial growth area.
