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OpenAI releases new simulated reasoning models with full tool access

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On Wednesday, Open Announced The release of two new models-O3 and O4-Mini, which combines artificial reasoning capabilities with access to functions such as web browsing and coding. These models mark the first time that models based on Openi reasoning can use each chat GPT tool simultaneously, including visual analysis and image generation.

Open I Announced O3 in December, and so far, only less derivative models called “O3-mini” and “03-mini-high” are available. However, new models replace their predecessors-O1 and O3-mini.

Openai is gaining access to Chat GPT Plus, Pro, and team users today, in which enterprise and EDU users are accessing next week. Free users can try O4-mini by selecting the “Think” option before submitting questions. Openi’s CEO Sam Altman Tweed “We expect the O3-Par on the Pro Terre in a few weeks.”

For developers, both models today are available through the API and answers APIs today, though some organizations will need access to access.

Openi claimed on his website, “These are the most intelligent models we have today, from curious users to modern researchers, representing a step change in the capabilities of Chat GPT for everyone.” Open AI says the model offers better cost performance than its predecessors, and each comes with a different desired use issue: O3 targets complex analysis, while O4-mini, its next generation SR model “O4” (not yet released) is a small version of speed and cost.

Openi says O3 and O4-mini are multi-modal, which features capacity

Open says the O3 and O4-mini are multi-modal, which includes the ability to “think with photos”.


Credit:

Open I


In addition to Openi’s other models (such as GPT -4O and GPT -4.5), what these new models set, they have the ability to artificial reasoning, which uses a fake step -by -step “thinking” process to solve problems. In addition, new models are dynamically determined when and how AIDS is deployed to solve multi -stop problems. For example, when asked about energy use in California, models can find autonomous utility data, write the code to predict, to imagine the graph and explain the key factors behind the forecasts.

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