7 ms·
Last time the patentability of business methods came around was 2010's Bilski v. Kappos case [0]. Software was discussed as a related matter. The Supreme Court
by WildUtah 13y ago
Last time the patentability of business methods came around was 2010's Bilski v. Kappos case [0]. Software was discussed as a related matter.
The Supreme Court rejected any specific test as dispositive for patentability. The Court of Appeals for the Federal Circuit [1] had advanced a "machine or transformation" test as the standard for abstraction and unpatentability. That test would have required that a patent specify a specific machine or a transformation of a form or state of matter somehow in order to be sufficiently concrete. It was a vague test that would have allowed almost anything not as awful as Bilsky's application, which essentially claimed various century old hedging strategies whenever implemented on a computer.
The Supreme Court ruled 9-0 that the test was an indicator of abstraction but not definitive. It also ruled 9-0 that Bilsky's patent was garbage.
The patentability of business methods in general was discussed in the opinions. The great John Paul Stevens [2] wrote the dissent in Diamond v. Diehr [3] thirty years prior explaining why and how software patents were terrible and should never be allowed, but only gained four votes. He wrote an opinion explaining again why software patents should not be allowed and gained four votes again in Bilsky in a court where every member but him had been replaced in the interim.
Unfortunately Stevens is retired (it's well earned -- he's 93) and the leading intellectual property expert on the court is now Breyer. Breyer wrote the dissent against effectively permanent copyright terms in Eldred v. Ashcroft. Sotomayor and Ginsberg have also been in the Stevens camp on patentability. New Justice Elena Kagan usually votes with those three. So we can hope for four votes for software freedom once again.
There were also four votes in Bilsky for patenting software, though not with any visible enthusiasm. They were Roberts, Alito, Kennedy, and Thomas.
Finally Scalia refused to join just one opinion and split between the two without addressing the serious ongoing questions of patentable subject matter. So the final tally was 4-1-4.
The CAFC split 5-5 on the Alice [4] case the Supreme Court just decided to hear. The split was similar to the Supreme Court in Bilsky and did not resolve any simmering issues because of the even split.
Note that even the Google and EFF briefs on the Alice case didn't suggest outright abolition of software patents at the CAFC. Justice Stevens may have seemed like a lonely crusader by 2010. It may be that the enemies of our industry have gained so much power in Washington and the patent bar that the best we can hope for is a slow, slow rollback. Certainly there are a lot of people making billions without the trouble of actually building anything who can spend their efforts to keep the racket going. Without the need to make things, they can lobby full time to continue getting rich at the expense of innovators and startups and the public through software patents.
The most likely result here is a 4-1-4 split again, unless a new way to appeal to Scalia can be found. Real progress from the Supreme Court probably requires a new justice; the current pattern indicates that pragmatic Democratic appointee is much more likely to abolish software patents and a movement Republican appointee is most likely to definitively endorse them, but individual justices can always assert their own visions once appointed.
[0] http://en.wikipedia.org/wiki/Bilski_v._Kappos http://en.wikipedia.org/wiki/Bilski_v._Kappos
[1] http://en.wikipedia.org/wiki/John_Paul_Stevens http://en.wikipedia.org/wiki/John_Paul_Stevens
[2] http://en.wikipedia.org/wiki/United_States_Court_of_Appeals_for_the_Federal_Circuit http://en.wikipedia.org/wiki/United_States_Court_of_Appeals_...
[3] http://en.wikipedia.org/wiki/Diamond_v._Diehr http://en.wikipedia.org/wiki/Diamond_v._Diehr
[4] http://en.swpat.org/wiki/CLS_Bank_v._Alice_(2012,_USA) http://en.swpat.org/wiki/CLS_Bank_v._Alice_(2012,_USA)
- twoodfin 13y agoFrom the tilt of your comment, I assume you think that a properly constituted, wise SCOTUS would rule software patents unconstitutional, or more likely in violation of statute. What's the short case for that? I don't see how my black box with some novel capability becomes un-patent-worthy as soon as I replace the gears and levers inside with a digital computer.
- BrandonY 13y agoI'm certainly no lawyer, but for me the argument goes like this: We all agree that math isn't patentable, so let's assume that. As math is not patentable, no mathematical theorem, proof, or function is patentable. All processes that exist entirely in software are representable as a series of mathematical operations. Therefore, software methods are math. As math isn't patentable and software is math, software must also not be patentable.
- rralian 13y agoI'm probably out of my depth here, but isn't everything math? Pretty much all science boils down to math. All physics and chemistry can be explained (and predicted) in mathematical terms. But I would think some new substance or process would be the "good" kind of patents that most of us want, even if they were ultimately derived from a working knowledge of math. If that isn't all just math, then neither is an instance of a program running on my computer.
- AnthonyMouse 13y agoEverything is described by math. There is a difference between the calculation and the thing. You don't get any energy by using E=MC^2 to calculate the amount of energy contained in a pound of Uranium. You do get energy if you build a fission reactor that will actually convert the mass into energy.
- Natsu 13y agoMath is information, as is software. Naturally, so are numbers--read about Godel numbering for the beautiful equivalence there. While many physical things can carry information, I have yet to see a good argument that they are information, though a great many things can be made to carry information in one way or another. Granted, I suppose there are some who think that we might all live inside a computer simulation, but let's not go there.