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By H. M., Rosenberg

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The problem of sharing resources is similar to the problem of sharing those results of a project that cannot be freely copied (cf. Sec. 2), which suggests that at least some of the possible solutions should also be similar. Indeed, when the availability is higher than the demand, sharing is trivial: everybody can get what they want, which is essentially a flat rate model. , the auctioning of available resources, is probably the most suitable model. Flat allocation would not make much sense since generally people would either get more of a resource than they can use or less than they need and nobody would be happy; accounting based on production effort isn’t possible since natural resources are not produced by human labor.

In the long run, many cooperating projects will generally be more successful than a single non-cooperating one. If you refuse to share with others, they will probably respond by refusing to share with you, making it much 59 5 Fitting It All Together: A Peer Economy harder for to you keep up with whatever new inventions and insights they come up with. 3. Innovation will tend to spread anyway: attempts of keeping your innovations and optimizations secret will hardly be successful for very long. Sooner or later, others will find out what you did, either by reverse engineering your products or from people who have left your project or don’t feel bound by your desire for secrecy.

3 Distributing Resources Through a Distribution Pool A sufficiently large distribution pool avoids the problem that, without recurring to a market, resources that only occur in certain areas would not be available to the inhabitants of other areas at all, and resources that are rare in any given area would draw very high prices due to over-demand. Even communities and regions where natural resources of some kind are plentiful will generally benefit from participation in a distribution pool, since any local association is unlikely to have enough of all the resources its members need.

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