[From my Webnote series]
Related:
- Invention is evolutionary and inevitable, not revolutionary and idiosyncratic
- Phan: 11 types of cross-industry innovation
- Study: Most Important Innovations Are Not Patented
- Jared Diamond on Inventors and Innovation
- Enski, Patent Dystopia, How the Patent System Strangled Innovation, Job Creation and the Economy
- Classificationism, Legislation, Copyright (on arbitrary legislative classification and distinctions)
- Grok analysis of Matt Ridley’s distinction between innovation and invention in How Innovation Works: And Why It Flourishes in Freedom
Update:
The distinction is only confusing if one fails to recognize the entrepreneurship necessary to make something (anything) valuable. I.e., the business model, which requires no invention. Inventors are rarely good at this. Entrepreneurs, however, may invent as part of the innovation
— Per Bylund (@PerBylund) September 29, 2026
A quirky title, but solid point: Ozempic is the result of Pfizer’s failed entrepreneurship. https://t.co/Hs6poUGwnU
— Per Bylund (@PerBylund) June 26, 2026
IMO the entire attempt to rigorously distinguish conceptually between innovation and invention is utterly pointless and confused and ill-defined, not anchored in any coherent understanding property rights or the distinct roles ideas and information, on the one hand, and…
— Stephan Kinsella (@NSKinsella) June 26, 2026
Prescriptive is the wrong term. I use that term to refer to norms–shoulds and oughts and rights.
Other knowledge is descriptive and causal: both basic causal laws as well as technical designs, recipes.
Attempts to distinguish between all these things are usually vary…— Stephan Kinsella (@NSKinsella) October 13, 2025
Interesting post by Mike Masnick on Techdirt. He writes:
For many years, we’ve tried to argue how important it is to understand the difference between innovation and invention. While it may seem like a minor point of semantics, it actually plays quite heavily into the debate over the patent system. Invention is the process of coming up with something new. Innovation is taking that something new and successfully bringing it to market in a way people want. A quote I’ve heard a few times sums it up thusly: “Invention is turning money into ideas. Innovation is turning ideas into money.” … The reason this is so important is that a patent system really only makes sense if it’s the invention part that’s important and that invention is basically the pinnacle of advancement in the space. Instead, if it’s innovation that’s more important, and innovation is an ongoing process that is sped along by competition, then there is little reason to have a patent system at all.
Update: from The Problem with Intellectual Property: “Ridley (2020, p. 347) (“patents tend to favour inventions rather than innovations: upstream discoveries of principles, rather than downstream adaptation of devices to the market.”).”
“If you oppose property rights in ideas, you believe in communal ownership of them, so you are a commie! And then the other half of IP proponents get indignant if you accuse them of believing in property rights in ideas. “Not at all!” they retort. We only believe in property rights in the application of ideas, or “the implementation of” ideas. Whatever that means.” From Ayn Rand: “An idea as such cannot be protected until it has been given a material form. An invention has to be embodied in a physical model before it can be patented; a story has to be written or printed. But what the patent or copyright protects is not the physical object as such, but the idea which it embodies.” See IP isn’t about owning ideas; those who oppose ownership of ideas are commies.
Vaclav Smil, Invention and Innovation: A Brief History of Hype and Failure: Grok:
Distinction Between Invention and InnovationSmil acknowledges that the terms “invention” and “innovation” are often used interchangeably with significant overlap in common parlance. However, he distinguishes them as follows:
- Invention refers to the creation of new items, devices, materials, or methods—essentially the act of originating something novel. He classifies inventions into four principal categories: (1) simple handmade items (e.g., tools or artifacts); (2) machines or mechanisms (e.g., devices for stationary or transportation use); (3) new materials (e.g., metals or composites); and (4) new methods of production, operation, or management (e.g., processes for manufacturing or data handling).
- Innovation is best understood as the subsequent process of introducing, adopting, and mastering these new inventions (or related materials, products, processes, and ideas) on a broader scale, often transforming societies or economies.
This distinction highlights that invention is about origination, while innovation involves practical implementation, diffusion, and refinement.
My personal view is that all these distinctions are lazy, unrigorous, metaphorical bullshit: invention versus innovation; creation and invention versus discovery; IP in “the application of” ideas versus ideas “themselves.” More on this later but see e.g. Ayn Rand’s ridiculous distinction between innovation and discovery: “a discovery cannot be patented, only an invention“—since one is “created” and the other is not, blah blah blah. The fundamental point is not between types of information or knowledge—whether information is invention, or innovation, or discovery (or Craig Wright’s irrelevant and mindless distinction between “data” and “information”)1—but between the distinct roles of scarce means and knowledge in human action: actors employ scarce means, guided by knowledge. Whether you refer to knowledge as knowledge, or ideas, information, recipes, techniques, invention, innovation, discoveries, etc. is beside the point; the exact term and classification is not significant. See Libertarian and Lockean Creationism: Creation As a Source of Wealth, not Property Rights; Hayek’s “Fund of Experience”; the Distinction Between Scarce Means and Knowledge as Guides to Action.
***
Once Again: The Great Inventors Often Were Neither Great, Nor Inventors
from the revisiting-history dept
For many years, we’ve tried to argue how important it is to understand the difference between innovation and invention. While it may seem like a minor point of semantics, it actually plays quite heavily into the debate over the patent system. Invention is the process of coming up with something new. Innovation is taking that something new and successfully bringing it to market in a way people want. A quote I’ve heard a few times sums it up thusly: “Invention is turning money into ideas. Innovation is turning ideas into money.” If you look at the true history of major breakthroughs, you’ll quickly learn that invention is fairly meaningless — and the important point is the innovation. In fact, if you look at all the “great inventors” championed by American history, you’ll quickly realize that most weren’t great inventors at all, but rather innovators, who later (often through questionable means) took credit as the inventors they never were. Even though those who actually are familiar with the history of these products know this already, it’s still nice to see these false stories of invention getting more exposure.
Last year, there was a book showing how Thomas Edison wasn’t the great inventor he claimed to be. Now, there’s a new book suggesting not only was Alexander Graham Bell not the great inventor many hold him up to be, but the famous story of him rushing to the patent office to beat Elisha Gray’s patent filing by mere hours may hide the fact that Bell actually cheated the system with the help of a corrupt patent examiner, who shared Gray’s filing with Bell and then helped make it appear that Bell’s filing came first. While this should raise even more questions about why either man was able to get a patent on an idea that was getting plenty of attention from many sources, and thus should have been considered obvious, it also adds to the list of “great inventors” who really did very little inventing.
The reason this is so important is that a patent system really only makes sense if it’s the invention part that’s important and that invention is basically the pinnacle of advancement in the space. Instead, if it’s innovation that’s more important, and innovation is an ongoing process that is sped along by competition, then there is little reason to have a patent system at all. Those who hold up Edison, Bell, the Wright Brothers and others as examples of why the patent system should exist are pointing to the wrong role models. The more detailed you look at their records you realize that both men cheated — and used the patent system not to help protect “inventions,” but to get monopolies that kept out real competition, slowed down true innovation and built up unfair monopolies they didn’t deserve.







Mr. Koepsell,

{ 11 comments… read them below or add one }
Thank God for the patent system, because without all of it’s billions in litigation, lost economic activity, and reduced innovation, we would have never had those 64 unique inventions.
Not to nitpic or anything, but doesn’t he mean “unique” as in qualifying for his calendar?
Do you really think he means that only 64 patents of those issued failed one of the primary test of “origanality”?
You might be trying to read a little too much into this comment, don’t you think?
Now, are some patents issued for some stupid stuff? Sure, but who cares if someone has a limited monopoly on something stupid? That hardly undermines the entire concept, does it?
Wildberry, he doesn’t specify, so it’s not clear; but still, I thought it interesting to note it. (And the standard for patentability is not “originality,” it’s patentable subject matter + utility + novelty + nonobviousness.
Stephan, FWIW, you may be interested in this article on copyright in e-books: The downward spiral of ownership and value
Mr. Kinsella – I am the patent searcher you write of. Since the mailing of some 33000+ calendars, I have had over 1100 e-mails from IP attys and agents. All with the same understanding of the calendar’s content. They get the humor. I was wondering how long it would take to find the first individual that has an amazing graps for the obvious. Or in this case not. And by the way, the inventor of the railway bicycle was a commercail success – I actually got an e-mail from him as well. The point was not patentability or non-obviousness. As soon as I get one of the pat-on-the-back devices – you win it and it will be shipped to your PTO registrtion address.
For the rest of you reading – if you need someone who has one of the best grasp on professional patent searching – Call me. Martin Keller 703-624-0310
Martin Keller
I love it.
Hey, don’t knock #3,755,962, aerial plating method and apparatus, I’ve seen them in use by the California depart of Forestry!
Well, ok, actually they were just curled plastic into a cone shape, dirt and tree as described in the patent, then dropped out of airplanes to go “thunk” into the ground somewhere…
California wouldn’t waste money on something that didn’t work, would they?
My favourites include A P Pedrick’s patents, in particular this one:
GB1426698
PHOTON PUSH-PULL RADIATION DETECTOR FOR USE IN CHROMATICALLY SELECTIVE CAT FLAP CONTROL AND 1000 MEGATON EARTH-ORBITAL PEACE-KEEPING BOMB
That patent is well worth reading. Here is a link to it.
http://v3.espacenet.com/publicationDetails/biblio?DB=EPODOC&adjacent=true&locale=en_EP&FT=D&date=19760303&CC=GB&NR=1426698A&KC=A
Click on “description” or “original document” and read it. I always laugh at how Ginger the cat teaches the “important” portion of this patent.
Sione
Large prime numbers used in data encryption have also been patented. A number? Yes. Be careful how far you count, you could be infringing.
Ah yes, the joys of the government RSA patent.
Those heady years of the NSA vs. the World over Pretty Good Privacy were so much fun to live through.
what? Numbers patented? Well, I guess we should go back to roman numerals then…