Inventive incentives and the myth of IP

I received some interesting comments lately on the general theme of ‘How can small companies and lone inventors possibly survive if they don’t have patents with which to defend their intellectual property?’ What follows is a response to that, as well as an extension of my earlier posts on this subject.

The declared purpose of patents is to promote innovation within a given country. An inventor is supposed to obtain a period of monopoly, in return for publishing his or her invention in detail (so that, later everyone can make use of it).

Governments thus seem to believe that:

  • it’s their role to promote innovation…although I’m not sure I’d accept that
  • a monopoly is necessary because, without that, no one would invent (which is just nonsense).
  • Patents work pretty well for big companies (even if the implementation details form a bureaucratic nightmare). These organisations can afford to play the game and, if they find themselves opposed by an inventor with a patent, then they can choose to ignore it in the knowledge that he or she can’t afford access to meaningful legal support. (There are alternatives to the patent business, such as prizes, but these have many difficulties of their own. Governments can declare that they seek eg a cure for cancer but then have to apportion rewards to a variety of different, competing part-solutions).

    When trying to design a fair system for promoting and rewarding inventiveness, the first thing to get clear is that Research and Development are fundamentally different things. Here comes the Science part…

  • Research happens when you stumble on discoveries (even if you are hoping to find a cure for cancer or a replacement for the petrol engine at the time).
  • Development occurs when you work to deliver a product to match, as closely as possible, a multidimensional specification derived by marketing experts.
  • In that sense, coming up with an idea is very much more like research. Nobody knowingly ‘invests’ in research. What I mean by that is twofold:

  • investors, who always want to see a return, don’t tend to put money into the random walk that is the research process
  • it’s actually not possible to do anything other than spending on research. “Shell out the money, wait and hope” is not an investment strategy. Investment and Spending should not be confused.
  • So when someone has a brilliant idea, I’d argue that whoever is paying them, or whoever trained them, or whatever their declared objective, the idea was never ‘invested’ in -in that no sane investor would apply their funds without seeing a credible plan for how they would create a significant surplus.

    Hire a group of creative, well-educated people and they will come up with 1000s of ideas; maybe 1% of which will ever be any use to anyone. It doesn’t mean that their funder invested in the ideas. He or she simply spent a lot of money. Societies recognise the benefits of research, so they spend money on Universities.

    When an inventor comes up with something novel, lots of people start saying “I invested in that person, so I own the idea (because it wouldn’t have happened without my money/facilities/lectures)”. I see it all the time, when universities start demanding to own a % of their students’ inventions.

    Ultimately, we can’t trace the causality within a creative process, so I’d argue the ideas aren’t where the value is, it’s in the people. In a sense, and inventors really get this, when an ‘aha’ moment occurs, the person to whom it happens can’t really take credit for it. It’s not something they willed into existence.

    Ideas aren’t a form of property. We should stop acting as if they were like cars, or land or jewellery. Intellectual property, including patents, is an expedient construct, rather than as fundamental to innovation (Richard Stallman has commented on this blog in a similar vein).

    So what would it mean for business, if we stop granting patents for example?

    Wouldn’t corporations stop innovating and cause the end of civilisation? Well, large industrial companies almost never come up with novel ideas ideas anyway. Their gameplan is to compete on the basis of efficient marketing, product design, development, manufacture and distribution. Think for a moment about why Open Innovation has become such an attractive option for many corporates. Also-

    Since the second world war 95% of all the radical new inventions have come from businesses employing less than 5 people. The formation of those businesses is critical to our economic success
    David Irwin DTI 2001

    If a company launches products that others can copy, then it seems to me that red-blooded capitalists should accept that they need to compete at the things they do best -not try to threaten and close-down the opposition.

    Instead of controlling ideas, they should do temporary, exclusive deals for the (future) creativity of people who seem able to have good ones (as evidenced by competitions, publications and yes, blogs like this). It’s accepted among venture capitalists that a great idea is largely worthless without a great team of people and that, similarly, a super team can be later reassigned to work on someone else’s genius idea.

    Ideas, it’s often said by those who don’t have them, are ten-a-penny. The people who can actually have a good idea, capable of underpinning a profitable product, are however, relatively few. If companies have to compete to sign contracts with these folk, the Inventives, let’s call them, then the fee rate for their work will soar and companies will increasingly be forced to behave ethically, for fear that the talent will go elsewhere.

    SMEs may have an advantage under this regime by being able to deal with their Inventives in a more personal, responsive way. A few great ideas will also keep an SME going with product development for a longer period than would be the case for a multinational with numerous product lines to support. Even if ACME Corp. can re-engineer and undercut SME products, SMEs will often be better placed to react fast, with highly personalised products and services and thus sustain international customer relationships.

    Not convinced? Just think for a few moments about the effect of the Internet. Now, garage-startups can design, advertise, remotely manufacture and sell high-value, products -without themselves ever needing to build a factory or hire a ‘workforce’. Increasingly, big corporates are only service-based brands at the head of a pyramid of small manufacturers anyway. If you are a smart SME, you clearly won’t take on corporate competition head-to-head, but you’d never have succeeded at that -with or without patents. SMEs have always had to defend their niches without patents.

    What’s in all this for big companies? First, they get to stop pretending they do research or inventing and can cut the associated costs. They also save on all of that potential litigation and all those retained lawyers. Best of all is that they can hire, on fees, the best Inventives they can afford and end up paying much less per successful product than they would ever have done if they had had to negotiate with an external patent-holder.

    How about academe? Well Universities are currently plagued by guilt at their inability to commercialise the ideas they generate. Professors, under the new patentless system, would be free to act as Inventives for companies and not have to worry that they might be ‘giving away ideas worth a fortune’.

    The incentive for Inventives would be improved too -by avoiding all threat of infringement suits and their crippling costs. People who can invent one good thing can repeat the process. It’s part of their DNA and they do it for fun, to become respected, to be useful and to make some money too.

    My solution would therefore be to:

  • stop awarding patents, since they discriminate against the most innovative
  • launch some very high-value competitions so that our best Inventives can be identified and
  • start negotiating deals for the future value they can create.
  • In 20 years, we can have removed forever the brake on progress which patents represent.

    #1614: Pedalocks

    It’s not as if there are many community bike-share schemes left (didn’t all the bikes get thrown on a late-night lorry to Amsterdam and resprayed en-route?).

    Anyway, today’s invention is a way to make such bikes somewhat more available and secure, without having to leave permanent bike racks for everyone to trip over.

    A single hemispherical weight is bolted to the pavement. The top of this has a bicycle pedal rigidly attached.

    The scheme’s bikes all have their left pedal modified to incorporate a small padlock. The two bars of this padlock can penetrate through the right pedal of any adjacent bike, ensuring that all bikes stay upright. All of the padlocks use the same key which is supplied only to members of a community of limited size (eg a College).

    This allows people to walk up, detach a bike, ride around and then leave the bike anywhere with a pavement hemisphere (no need to carry bikelocks).

    Bikes would be branded according to the group they served.

    #1613: ScrewHues

    We seem to search for items in random assortments most successfully by colour (rather than eg by shape alone). Try looking for a big brass screw in a box of small grey ones). Today’s invention is a way to ensure than new screws are findable, even when tipped into a box of various random fixtures.

    A small ring of paint, of a colour unique to a given design of screw, would be sprayed onto the threads (not heads) of all of the new screws of that type during production in the factory.

    They could all later be tipped into one’s screws/nails/sundry small parts bin.

    Looking for eg three purple screws would then be made very much easier when staring into the box.

    #1612: Chocolayers

    Today’s invention is a paper-wrapped chocolate bar which contains paper-wrapped chocolate bars.

    Removing the outer wrapper allows one to break the chocolate layer off the inner bars. This can be eaten, leaving the inner bars still wrapped.

    Still feeling peckish? The inner bars can themselves be unwrapped, shedding chocolate to eat and another layer of wrapped bars.

    This allows a block of chocolate to contain separately-flavoured interior packs as a pleasant surprise.

    Also, the requirement to unwrap at each level allows one to pause, rather than devour the whole thing instantly (thereby helping overweight people limit their sweet intake, to some extent).

    (It would be possible to enrobe wrapped bars in liquid chocolate and then wrap the result -several times…thus providing an extra measure of hygiene too).

    #1611: SparSpin

    Ordinary heavy punchbags have a tendency to get compressed with use by boxers so that hitting one is like punching a bag full of bricks.

    Today’s invention is a punchbag which has symmetrical ends. Each end has a zippered closure containing a set of suspension chains.

    After each week’s use in a gym, the chains can be zippered into their envelope and the opposite end opened up to hang the bag.

    Inverting the bag periodically should greatly lessen the hardening effect -allowing longer workouts and helping avoid injuries to hands and wrists.

    #1610: Quartermastoy

    Today’s invention is for parents of young children. It’s a toy-organising chest-of drawers.

    New toys almost always come in a bar-coded box. Each of these would be scanned by a parent on entry to one of the glass-fronted drawers. These would have the ability to weigh each box added to them.

    A child would be able to enter a code given to it to extract the next toy of choice, only if it had placed some other toy in its box, scanned it and replaced it in the cupboard somewhere.

    Parents could set the system to allow a child say x active, out-of-cupboard toys at any one time.

    The cupboard could gamify the process further by awarding access to additional or surprise toys and games from inside it after a period of sustained playing with a variety of things and then clearing up (without eg trying to enter boxes only half-full of Lego or obsessing about only one toy for weeks).

    #1609: RoofRaft

    Todays invention is a new form of cockpit canopy for small jets flying over water.

    If the crew has to eject, instead of shattering, the canopy rotates under the seat and ejects with it.

    The canopy is then jettisoned into the water below and, equipped with buoyancy bags, acts as a durable life raft to which the crew can then swim.

    #1608: $cenery

    Today’s invention is a new way to index and compare movies. Instead of using subtitles or timings, each scene is labeled by how many dollars-per-screen-second it took to make.

    These figures are constantly being monitored by production accountants, so that it would be fairly simple to add these data to the raw movie and then keep track of them during editing.

    This would allow people who were fans of the spectacular, or high-price stars, to skip to the most expensive scenes. Student directors could perhaps determine how to tell a story more cheaply.

    It may be that the bar chart of spend-per-scene throughout a film is a common characteristic of a given genre -a fingerprint that might be *searched* for by devotees of a particular movie type.

    The cost-rate statistics could also be compared with standard audience appreciation metrics for each scene to assess whether spending more is actually correlated with increased entertainment.

    It would also provide a new way for candidate directors to be compared before contracts are signed. Allow say two or three to make the same scene and compare their test audience ratings with their respective costs.

    #1607: Topen

    Today’s invention is a bottlecap with an integral bottle opener.

    This would be supplied on two bottles in eg a six pack and can be used to open the other bottles more conveniently than banging the caps on a table edge.

    #1606: Overt-taking

    It’s easy to get confused by the images created in one’s driving mirrors.

    I noticed the other day what looked like a single blue car (1) in my door mirror -just about to pass me on a dual carriageway. Looking forward through the screen, a moment later, I could see it had overtaken (2).

    Since it was apparently the only other car on the road. I was just about to pull out into the overtaking lane myself. Only then did I notice that the blue blur seen peripherally in my door mirror (which I’d somehow associated with the passing vehicle) was actually a second, almost identical blue car which had been following the first.

    Today’s invention attempts to overcome this powerful, and dangerous, illusion (A perceptual blindspot: I’d looked in my mirror and still thought it safe to pull out).

    The problem is that the mirror is insufficiently identified with the view backwards -especially when the colour in it is the same as that seen through the screen. The mirror is being misinterpreted as a window.

    One way to stop this is shown in 3, where there is a gap between mirror and car and a bright support arm runs behind the mirror, making it almost impossible to see this as transparent.