What is your concern about prompts to go OpenAI? Apple has a contract with OpenAI that explicitly prevents them from logging, storing, training, or making any use of your prompts other than to satisfy the specific current request. Apple has some good lawyers and I’m sure that the teeth are prominent in that contract.
The person I was responding to had privacy concerns. The closest thing to a privacy concern about LLM usage on iOS is Apple Intelligence, which sends some prompts to OpenAI to fulfill them. Thank you for the information about Apple's privacy program.
I send hundreds of prompts to OpenAI's LLM daily. I do not have a concern about it.
Not to mention the fact that the default settings are to ask the user before sending anything to ChatGPT, and you can selectively disable just the ChatGPT integration while leaving Apple Intelligence enabled.
BTW there is a linguistic tradition of “hill hill”. When new immigrants come to an area and ask the locals what that hill is called, the locals say “big hill” in their language. The newcomers call it “bighill” hill in their language. I forget the examples but this has happened enough in England that there are places whose names are five hills deep (Brythonic -> Latin -> Saxon -> Norse -> Norman).
One of my favourite quotes from the late Terry Pratchett:
> When the first explorers from the warm lands around the Circle Sea travelled into the chilly hinterland they filled in the blank spaces on their maps by grabbing the nearest native, pointing at some distant landmark, speaking very clearly in a loud voice, and writing down whatever the bemused man told them. Thus were immortalised in generations of atlases such geographical oddities as Just A Mountain, I Don't Know, What? and, of course, Your Finger You Fool.
For some reason, Safari (on Mac) is only pulling two paragraphs from the source. it isn't AI generated but the parsing routine seems to break on this page. I don't see any particular properties that make these paragraphs stand out from the others.
<p><span><span><span><span><span>The Neumark-Nord discoveries are continuing to reshape our view of Neanderthal adaptability and survival strategies. They show that Neanderthals could plan ahead, process food efficiently and make sophisticated use of their environment.</span></span></span></span></span></p>
<p><span><span><span><span><span><span>The authors emphasise the sheer quantity of herbivores that Neanderthals must have routinely been ‘harvesting’ in this warm-temperate phase: beyond the remains of minimally 172 large mammals processed at that small site alone within a very short period, hundreds of herbivores, including straight-tusked elephants, were butchered around the Neumark-Nord 1 lake in the early Last Interglacial, within the excavated areas only. Other exposures in the wider area around Neumark-Nord have yielded more coarse-grained evidence of regular exploitation of the same range of prey animals, at sites such as Rabutz, Gröbern and <a href="https://www.pnas.org/doi/10.1073/pnas.2309427120">Taubach</a>. The last site contained cut-marked remains of 76 rhinos and 40 straight-tusked elephants. Roebroeks: ‘Safely assuming that with these sites we are only looking at the tip of the proverbial ice-berg of Neanderthal impact on herbivore populations, especially on slowly-reproducing taxa, could have been substantial during the Last Interglacial.’</span></span></span></span></span></span></p>
The $349 iPad has an A16 chip. The Neo has an A18pro chip. the iPad Air has an M4 chip but is $599. The single-core performance of the A18pro and the M4 are the same as they have the same kind of chip cores. The M4 has a couple more cores though.
I’m not sure why you are having to much problem with FaceID. Low light shouldn’t matter as it doesn’t use ambient light to “see” your face. It has an infrared emitter that shines a pattern on your face and that is what the sensor picks up.
Touch and mouse are complementary inputs that must be included. Working on a Windows laptop with touch and an iPad with Magic Keyboard have convinced me of that.
Don’t make the mistake of thinking that having touch means you only use touch. Same for a mouse/trackpad pointer. Each has strengths and weaknesses and it better at some tasks than others. The pointer is good for clicking on small UI elements or doing small movements. It suffers with larger movements across the screen. Touch is good for scrolling, zooming, tapping buttons, tabs, and sometimes links. It’s good for jumping around the screen and moving things.
The keyboard is a third input/control interface and can be even faster and more precise than the mouse pointer. When the mouse first came on the scene, people derided it as less efficient than a keyboard and complained that you had to move your fingers away from the keyboard to use one. They swore they would never use one.
Where these work best is a mix of input modes using different ones for different scenarios. Having a mix if broad and precise inputs means you don’t need to tailor the whole interface for just precision or just broad strokes. The interface can be designed to accommodate the presentation of information and let the choice of inputs be up to the user. A side benefit of having difference input modes is that your hands move in different ways for each. You are less subject to repetitive stress from doing the same hand motion for everything.
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