The innovations promised by this project raise great expectations in the field of artificial intelligence, without revealing all the surprises it has in store.
A response to persistent criticism
Since its launch, ChatGPT has often been criticized for its weaknesses in mathematics. Frequent errors in simple calculations have given rise to much mockery and questioning. This situation is partly due to a lack of mathematical data when training the model.
Project Strawberry finally seems to provide a solution to this shortcoming. Sources close to the case claim that this new version of ChatGPT will surpass all other chatbots in terms of mathematical skills. This development could radically transform the perception and use of ChatGPT in academic and professional fields.
Improved programming skills
But OpenAI’s ambition doesn’t stop there. In addition to improving math skills, Project Strawberry also promises to boost programming skills. Internal demonstrations show that the model can solve complex puzzles, such as the New York Times’ “Connections” puzzle.
These improvements illustrate an increased capacity for reflection and analysis, paving the way for more sophisticated applications. Developers and programmers could benefit from these advances to automate complex tasks and optimize their productivity.
A project shrouded in mystery
The buzz around Project Strawberry began with a cryptic tweet from Sam Altman, CEO of OpenAI, where he shared a photo of strawberries, accompanied by the message: “I love summer in the garden”. Since then, rumors have circulated about the progress of this project.
Although the official launch date is not yet confirmed, experts estimate that a version could appear as early as this fall. While this model is not part of the next version of ChatGPT, ChatGPT 5, its advances could nevertheless improve the quality of training data for future versions.
Expectations are high for this revolutionary project. ChatGPT users could see significant changes in the accuracy of answers and the model’s ability to solve complex tasks.
- Improved mathematical skills
- Strengthened programming skills
- Reduced factual errors
OpenAI could well be on the verge of redefining the capabilities of artificial intelligence. How will this influence our daily lives and the way we work in the future?
