Skip to main content

The fascinating way Microsoft and Apple are being forced to team up

Phil Schiller standing on stage.
Justin Sullivan / Getty Images

Apple announced its deal with OpenAI as part of Apple Intelligence at WWDC 2024, and now more details have been released about the partnership. According to reports from Bloomberg, Apple will get an observer role on OpenAI’s board of directors — just like Microsoft.

Former marketing chief and current Apple Fellow Phil Schiller is the one taking the job — he’ll get to look in on OpenAI’s board meetings and find out what the company is planning and how it makes its decisions. As the “observer” role name suggests, however, he will not be able to vote or otherwise participate in meeting procedures.

According to earlier reports, the partnership between Apple and OpenAI is totally cash-free. Instead, it appears OpenAI gets long-term exposure for ChatGPT, and in return, Apple gets this opportunity to stay up-to-date with the development of OpenAI products. However, there could easily be other factors at play as well.

ChatGPT broke records as the fastest-growing consumer application in history, so you might wonder if it really needs any “exposure” from Apple. But talk of the so-called “AI bubble” suggests we don’t yet know whether interest in AI will stand the test of time. By teaming up with the oldest tech giants around, OpenAI can prepare for multiple outcomes.

OpenAI’s other observer, Microsoft, has already been working closely with the company for a long time, and even made investments when it was still a startup. Recently, they partnered up on Microsoft Copilot — which makes it seem like ChatGPT is behind all the big AI products right now. Despite their long friendship, however, macOS was the first operating system to get a native ChatGPT app.

Willow Roberts
Willow Roberts has been a Computing Writer at Digital Trends for a year and has been writing for about a decade. She has a…
ChatGPT’s resource demands are getting out of control
a server

It's no secret that the growth of generative AI has demanded ever increasing amounts of water and electricity, but a new study from The Washington Post and researchers from University of California, Riverside shows just how many resources OpenAI's chatbot needs in order to perform even its most basic functions.

In terms of water usage, the amount needed for ChatGPT to write a 100-word email depends on the state and the user's proximity to OpenAI's nearest data center. The less prevalent water is in a given region, and the less expensive electricity is, the more likely the data center is to rely on electrically powered air conditioning units instead. In Texas, for example, the chatbot only consumes an estimated 235 milliliters needed to generate one 100-word email. That same email drafted in Washington, on the other hand, would require 1,408 milliliters (nearly a liter and a half) per email.

Read more
How you can try OpenAI’s new o1-preview model for yourself
The openAI o1 logo

Despite months of rumored development, OpenAI's release of its Project Strawberry last week came as something of a surprise, with many analysts believing the model wouldn't be ready for weeks at least, if not later in the fall.

The new o1-preview model, and its o1-mini counterpart, are already available for use and evaluation, here's how to get access for yourself.

Read more
OpenAI’s advanced ‘Project Strawberry’ model has finally arrived
chatGPT on a phone on an encyclopedia

After months of speculation and anticipation, OpenAI has released the production version of its advanced reasoning model, Project Strawberry, which has been renamed "o1." It is joined by a "mini" version (just as GPT-4o was) that will offer faster and more responsive interactions at the expense of leveraging a larger knowledge base.

It appears that o1 offers a mixed bag of technical advancements. It's the first in OpenAI's line of reasoning models designed to use humanlike deduction to answer complex questions on subjects -- including science, coding, and math -- faster than humans can.

Read more