The photos produced by Samsung's Space Zoom feature on Galaxy phones have come under the microscope again this week, after a Reddit post claimed that the software process involves the fabrication of additional detail. Samsung has now responded to the allegations and disputed the claims.
We asked Samsung if moon photos taken by the likes of the Samsung Galaxy S23 Ultra involve the overlaying of additional detail or texture that isn't present in the original photos. In an official statement, Samsung said: “When a user takes a photo of the Moon, the AI-based scene optimization technology recognizes the Moon as the main object and takes multiple shots for multi-frame composition, after which AI enhances the details of the image quality and colors. It does not apply any image overlaying to the photo”.
Samsung added that this process isn't compulsory, stating that “users can deactivate the AI-based Scene Optimizer, which will disable automatic detail enhancements to any photos taken.” However, doing this will make it impossible to achieve the kind of results that are possible when Scene Optimization is turned on, as it goes way beyond adjusting exposure.
These Samsung comments echo what it has previously said about its Space Zoom moon shots, both on a Samsung Community board (opens in new tab) and in a response to Input magazine (opens in new tab) last year. Back then, it said that “no image overlaying or texture effects are applied when taking a photo”, and it's sticking to that explanation. So where does this leave us?
Just another insane moon shot with the Samsung Galaxy S23 Ultra. No tripod, not even full-strength Space Zoom. #SamsungGalaxyS23Ultra pic.twitter.com/PFngh8vcBEMarch 5, 2023
The boring answer is that all photography is on a sliding scale between the so-called ‘real' kind – photons hitting a camera sensor and being converted into an electrical signal – and the ‘fake' kind that Samsung has again been accused of in this latest controversy.
AI-powered modes like Samsung's latest Scene Optimizer, which has been producing moon shots like the one below since the Samsung Galaxy S21, undoubtedly push the photography towards the more artificial end of that scale. That's because it uses multi-frame synthesis, deep learning and what Samsung calls a “detail improvement engine” to produce the impressive final results.
We still don't know exactly what is happening in that engine, and it's fair to say that extra moon detail in conjured from the very limited information captured by your Galaxy's camera. But Samsung still disputes that this detail is simply applied to or overlayed on Space Zoom moon photos.
Analysis: a debate with blurry edges
Samsung's response isn't detailed enough to settle the debate about whether or not its Space Zoom photos are ‘fake', as that's really a matter of opinion. But it does counter the suggestion that it's simply slapping extra detail and texture over your shots en masse.
The issue with the debate is that every digital photo – even a raw file – is a fabrication of some kind. During the demosaicing process, when the red, green and blue values of a sensor's pixels are created, a process called interpolation simply guesses the most likely value of neighboring pixels.
Once you add multi-frame processing and A.I sharpening techniques into the mix, it's clear that every photo is artificial (and based on processing guesswork) to a large extent. But the question raised by this debate is whether Samsung's phones have moved to the point where the majority of some of its photos – in particular, its moon shots – have become completely detached from the act of capturing of photons.
That's a debate that will likely never be settled. A.I algorithms fill in details based on patterns they see when trained on a vast dataset of similar photos, but Samsung says that what it isn't doing is retrieving a previous image of the moon to overlay on top of your blurry shot. Whether or not that process is acceptable for you is something for you to decide when you next see a glorious full moon and only have your Galaxy smartphone to hand.
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