I’d like to offer an alternative view on tokenomics in the web 3.0 era, with a focus on the role of tokenomics in the application layer, rather than viewing tokens as block subsidies of a bearer asset or a commodity.
In other words, proposed Mina tokenomics changes as viewed through the lens of an app designer.
An exercise in unintended consequences of tokenomics might become observable with an app which utilizes low cost transactions (micro transactions), where a strong bearer asset which is not easily dilluted and is scarce, inherently dsscourages frequent interactions with a blockchain, especially if this strongly secured bearer asset (like BTC, ETH) also has fees which may not be high, but are prohibitive to social economies of micro transactions as a truth and value mechanism.
I don’t mean to get partisan but, BTC has kinda matured to become a prime bearer asset, that one does not spend lightly or at all. The problem of sound money is kinda solved (ok, Monero for Agoric purists of Austrian economics).
And not to knock on Ethereum, but it’s unclear whether it wants to be an investment asset category or a gas platform for vast social economies. Not because it can’t be a platform for web 3.0, but simply because of a market force of Valuable = don’t sell. Don’t interact. Don’t distribute.
We have other usecases to ‘fry’ in web 3.0 land, assuming the problem of sound money has been solved. Kinda.
That is how an application designer might think about blockchains in the next 5 years. How to utilize a protocol like Mina to bring about a myriad of social innovation that can be of true benefit to society?
Certain protocols, perhaps Mina, might be better served by a dilluted supply which consistently loses value over time, or optimally, holds constant value due to increase in utility. A fairly distributed inflation (as is in Ouroboros type protocols) better encourages actual liquidity of assets, from one hands to another, in a social fabric of value exchange, than stronger assets which have a baked disincentive to spend because they are scarce.
Ok, what do I propose, rather selfishly as an app designer who wants to build on Mina? I vote for the tokenomics as is, because I think it better suits a potential use case of a social fabric economy. (which happens to also be the core maxim of mina; a ‘network’ powered by participants)
I did some long term thought about what parameters a protocol should have for my usecase, and found that;
Around a 0.01$ minimum transaction (or smart contract interaction) fee is optimal. In Mina terms today that is 0.0036M. This is an acceptable and nice looking (easy to imagine) fee for a basic web 3.0 experience, which I describe roughly as a payable internet (Like Jaron Lanier elegantly described as a reasonable ‘fix’ for the internet )
The particular usecase I am targeting would benefit greatly from as stable a price per Mina, and as close to 1$ as possible. It would not benefit some usecases for Mina price to rise consistently over time. This could disincentivize social participation.
Unpopular opinion. I think it would be healthy for Mina speculators to slowly abandon hoarding Mina before or without a clear usecase, and to dillute the price of Mina down to 1$ ($0.75 -$1.5 range). This would enable app builders a great fresh start for mass adoption. That is, in more futuresqe, social use cases, not merely FOS (financial operating system) which every chain today apparently wants to be. Finance is boring. Aren’t we annoyed to see a new ‘anyswap’ on a new sidechain of a new fork of something. Social usecases are interesting and just beginning to be explored since about 2015.
A dillution of price before a strong usecase would enable a lot of people to buy and hold a lot of Mina before a strong social usecase really takes off with mass adoption. If the price of Mina rises steadily I fear that many users (think Africa and South Asia) would be priced out of participating.
I suggest as a thought, then, that a dillution down to $1 per Mina this year might be a good thing for market adoption of Mina powered Snapps. For one, for marketing purposes, it would be really awesome if app builders and services could work around a price of 1Mina per object, or item. One Mina being ‘roughly around one dollar’ has a good aura of mass adoption about it.
Secondly, it makes protocol costs (smart contracts) easier and sensible to build 5 years into the future, or more. What we don’t want is to bake transaction and deploy costs into a contract that will end up costing users more (or less) in the future than it cost them at the time when they signed up for a service.
Slow and predictable, and unchanging inflation, or dillution, however we wanna call it, would be useful to build things like subscription models, where a user can know that one interaction with the world costs around 1 cent (0.01$), or 0.01Mina, or that one subscription costs 1 Mina, which you don’t have to think about because you know it is roughly $1, without much volatility. I guess I am calling for the dillution of most token economies. Let true believers operate nodes and receive rewards for security and protocol consensus, and let everyone else have a reasonably stable token to build social consensus around. We have no need for every particular token to constantly just rise in price. I may be mistaken though, and price appreciation builds rich networks of use. ETH certainly proves that today with unberable gas costs.
In conclusion, for me the tokenomics ‘as is’ look appealing for some types of social applications, a slow decrease in subsidy from 12% to 6% looks reasonable and incentive systems can be built around it, fees are just right as is and a large rise in fees will make building apps potentially more prohibitive.
With a predictable and high inflation cycle, Mina token would appreciate or hold value, much more like a ‘fiat’ money that wants to be spent, but without all the dirty fiat connotations. If the Mina community votes to un-dillute the Mina supply in order to increase the relative dollar value of everyone hodling, that would surely benefit every holder in the short to mid term, but potentially put a roadblock for mass adoption and rich utility networks in the long term.