this post was submitted on 21 Dec 2023
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Why is it odd to be able to patent software specifically? I don't see how it's different from medicine or anything physical. To clarify, I'm not arguing the merits of patents in general, just asking why software is different.
You can copyright software code, just like any other written work, to protect you from people literally copy and pasting your work, but the idea that you could patent things like "slide left to unlock" is just stupid, as it's a fundamental concept and software is full of fundamental concepts.
Compression algorithms being patentable is even more stupid, as it would be like somebody claiming they own Pi, just because they figured it out first. Imagine not being able to compute the circumference of a circle without paying somebody for the privilege.
Like auto update and auto driver installation? They expired for sure, but especially the auto driver installation patent is hilarious. Like no shit sherlock: Check internet for driver with the device md5 hash and the version of the driver installer. Download driver if it's a newer version. Install driver if md5 hash matches. Repeat for all devices, and that's fucking it. Plus an irrelevant figure that shows a computer connected to a printer, scanner and the internet. 3 pages in total, of which 1 page is a copy of another page, so only 2 real pages in total.
Who the heck thought these should've been approved and why?
That's the issue with software patents. Everything is obvious at a certain level of knowledge
Also if my understanding of US patents is correct (chances are low, but still) you can use sha1 instead of md5 and change some other minor thing and it'll not infringe that patent ¯\_(ツ)_/¯
Without arguing the benefits/drawbacks of software patents, isn't slide to unlock only a fundamental concept because Apple invented and popularized it? To me, it only seems trivial because it's ubiquitous, whereas that might not have been the case before the iPhone.
I don't see why this is unique to software. As long as the proof is convoluted enough, how would it differ from making a physical D-pad? Both are made from already discovered axioms/materials, and both are transformed via known ways in a unique order into new tools to accomplish a particular task. If a D-pad patent should be allowed, why not a compression algorithm?
Software patents that boil down to "real life action, but we did it on a computer" are just obnoxious. Sliding a bolt to unlock something is something we've been doing for centuries, but suddenly Apple put it on a screen and gets to prevent anybody else from doing it? That makes no sense.
Hardware patents make sense, as it's actually possible to come up with multiple solutions to the same problem. You can create a D-pad multiple different ways, as proven by the many different D-pad patents, as the goal is just to create an interface between electronic inputs and a logical physical shape. How you do it doesn't matter as long as the result is reliable and satisfying for the end-user. The 4-directional shape of the d-pad wasn't the patent, it was how the d-pad worked. Sure some people have preferences to one design or another, but that's where they made the innovation.
But there isn't multiple ways to create Pi. Pi is Pi. Just because you discovered a math equation to define it first doesn't mean you get to claim dibs on it. You could claim that you wrote code that calculates Pi more quickly on a specific computer chip or something, but that's copyright, not a patent. Patents shouldn't be used for things that can be copyrighted, and vice versa.
There's a reason why we have separate systems for copyrights, trademarks, and patents. Copyrights protect creative authorship, ways to express things. Trademarks protect identification, how people recognize you and your creations. Patents protect invention, novel processes to accomplish an action.
Patents are for protecting the processes you develop, not the resulting actions. You can't patent boiling water to create steam, but you can patent the steps you took that led to water boiling and becoming steam.
To bring it back, what process did Apple develop for slide to unlock? Slide to unlock itself is an action, not a unique method of solving a problem. Like patenting the mere action of putting a key into a hole, instead of how the mechanics of the key itself actually opens the lock. They wrote code that interpreted "Box moving from position A to Position B allows access", but that's a copyright. Nobody would argue that they should be able to copy what Apple wrote to make that happen. But why does Apple get to claim that the action of moving a box is something they invented? Because the user can use a human finger on a screen now? Apple didn't invent the capacitive touchscreen, somebody else did, and Apple paid them or a licensor of the tech for using their patent, they didn't invent anything there. So all you're left with is the action, moving a box with a finger, which shouldn't be patentable. And the code that interprets the action, which should be a copyright not a patent.
I get why slide to unlock is wishy-washy, but I don't understand why you use the example of Pi. There may be only 1 way to generate Pi, but there are numerous ways of approximating it. Likewise, there are many ways to compress a file into a smaller one. If what matters is a procedure from going from A to B (e.g. taking a physical input from a human and turning it into electrical signals for directional input), and a compression algorithm takes you from A to B in a new way, the compression algorithm should be a patentsince it's a novel process, and the proofs and implementations of said patent would be copyrightable, no?
Because approximate is how you get shoddy results and failures. Math is math. If you do it wrong, it doesn't work. Something like Pi can't be approximated in any manner, as that can have huge implications on your calculations.
Because software is math, and like math, it's basically a way of expressing things that are true about the universe. Allowing only some people to say those things would be nonsense.
Imagine if someone patented Pythagora's Theorem and only they were allowed to use it. You couldn't even begin to count the ways in which it would be impractical. Similarly, audio or video codecs for example are just ways of describing sound waves or images more efficiently.
Yes, there is work that goes into finding these algorithms, just like there is work that goes into new mathematical theorems and proofs, but that work gets rewarded and protected in other ways (copyright etc.)
I get it now, but moreso because of the argument that another person made. I don't get your argument that "math can't be patented." If that were the case, anyone discovering a new drug through software couldn't patent it because it was made in software, and since software is just math using a combination of known axioms, theorems etc, that drug was derived from axioms, and therefore that drug wouldn't be patentable. It's like saying you can't patent a wheel, not because the wheel was invented a number of times, but because the wheel was made out of wood. Patented tech, by nature, has to be produced by existing things regardless of whether those things are patented. It shouldn't matter if the invention is inherently physical or not.
You can patent things made with software, just not the software algorithms themselves.
Also, funny you should mention drugs...
I understand that it's possible, but I don't understand why, legally speaking, a distinction is made. US courts don't seem to know either as they use the same argument that you gave (software is math), except they allow complicated software to be patented.
Crucially, the article mentions that drug patents would still be strongly enforced in the EU, Japan, and the US. It's great that India is making drugs more accessible, but I don't see how it's relevant to the differences in hardware and software for patentability.
You don't understand why the law distinguishes between a piece of digital art and Photoshop itself? Come on, dude.
What it means is that ultimately it's all politically and commercially motivated. If a country wants to make it possible to patent something they'll do it, even if it's nonsense (software) or cruel and exploitative (drugs).