O3 also excelled in scientific assessments, achieving 87.7% accuracy on expert-level science tests, surpassing O1 by nearly 10 points.

Despite its advancements, O3 faces operational hurdles such as high costs, possible reasoning errors, and ethical concerns similar to those encountered by earlier AI models.

Early access for researchers to test O3 is available until January 10, 2025, with a public launch of the lighter O3-mini expected shortly thereafter.

While O3 shows promising progress toward Artificial General Intelligence (AGI), OpenAI emphasizes that it does not yet achieve full AGI capabilities.

The model has demonstrated remarkable problem-solving skills, scoring a 22.8-point increase on SWE-Bench coding tests, placing it among the top 0.8% of programmers globally.

OpenAI has unveiled its latest AI model, GPT O3, which achieved an impressive score of 96.7% on the AIME 2024 math test, significantly outperforming its predecessor, O1, which scored 83.3%.

This new model represents a major leap in artificial intelligence, enhancing reasoning, problem-solving, and safety compared to O1.

In addition to its math prowess, O3 scored 88% on the ARC AGI benchmark, a substantial improvement over O1's score of just 32%, showcasing its advanced reasoning capabilities.

One of the key innovations in O3 is its use of 'deliberative alignment,' which allows the model to navigate ethical dilemmas by considering safety and moral implications in its responses.

O3 also offers users the flexibility to adjust its computing speed, providing options for low, medium, or high compute power based on the complexity of the tasks.

Designed as a reasoning model, O3 processes information in a more human-like manner, utilizing techniques like fact-checking and cross-referencing to enhance accuracy.

However, the development of O3 comes with challenges, including the need for significant computational resources and ongoing issues related to bias and potential misuse.