First blog post in a series of 3. Read part 2 and 3 (coming soon).
The principle concept of decentralised governance is that no single person, entity or organisation can control the direction of change in a public Network. Instead, the direction of change is agreed by the democratic votes of an ever-growing, diverse collective.
Through this notion, accountability for decisions on the Network is diluted. And there comes a point where accountability cannot be attributed to a specific person, nor to the entire collective.
A decentralised Network where accountability is spread out as such is known as being sufficiently decentralised. This is because the group of entities making decisions on the Network is too difficult to pursue with legal recourse.
This point is desirable to reach, because it enables the Network to function purely as a utility, regulating itself through its own architecture, without having to jump through legal hoops to operate.
However, sufficient decentralisation is something that cannot be reached overnight. There is a transition period between the genesis event of any decentralised Network and the point at which sufficient decentralisation may be claimed.
The transition from default settings, form, structure, legal accountability and relative centralisation — to sufficient decentralisation, wide-barrel consensus and accountability-dilution is crucial to get right.
This is because the legal standing of what sufficient decentralisation means is currently unclear. And if the Network does not reach sufficient decentralisation, the creators of the Network or majority stakeholders may face compliance issues across multiple jurisdictions.
William Hinman, the Director of Corporate Finance at the Securities and Exchange Commission (SEC) explained his notion of sufficient decentralisation at a Finance summit in 2018, stating:
Hinman also later describes Ethereum and Bitcoin as both being sufficiently decentralised because an “unaffiliated, dispersed community of network users”, perform essential tasks on the respective networks.
This is particularly interesting when compared to Ripple, another cryptocurrency, who are currently facing a legal battle with the SEC in the USA.
The SEC has currently labelled Ripple as an unregistered security, contradicting US securities law because it is not sufficiently decentralised. SEC’s rationale is based on the degree of control which Ripple, a limited company, has over the coin they created, XRP.
The lines certainly are not black and white, and an updated legal opinion, “the Ripple Test”, will likely come out later this year.
However, when comparing Ripple to Ethereum and Bitcoin we can isolate a number of differentiating points to qualify sufficient decentralisation.
- Locus of control: Ripple is a private company with a vested interest in the Network, it owns over 50% of the total supply of coins and can choose how it governs this treasury.
- Pulling the strings: Ripple handpicked a large proportion of the 33 nodes on the ‘Unique Nodes List’ which finalise transactions on XRP. As such, although Ripple itself does not determine the votes of these nodes; it has curated a Network which it wants.
At cheqd we have looked at the situation Ripple is going through with the SEC, and of course, we don’t want to make the same mistakes.
We want cheqd to achieve sufficient decentralisation, and to dissolve the initial control over the Network that few stakeholders may have. We want decisions to be made by the Network, and not by ourselves.
This is why we have created the concept of Entropy to transparently and effectively achieve sufficient decentralisation, through decentralised governance.
Entropy is broadly defined as the degree of disorder or uncertainty in a system or process of degradation or a trend to disorder, according to the Mirriam-Webster Dictionary. In Physics, and specifically, the Second Law of Thermodynamics, and its function is best explained through a metaphor succinctly delivered by Brian Cox.
Let’s think of a sandcastle sitting in a desert.
Image source: jooinn.com
The sandcastle in the desert has both order and structure, and there are very few ways to arrange the sand grains to achieve the same structure.
Nearly anything done to the sandcastle will remove some of the order and structure of the sandcastle, gradually eroding the sand away from the familiar and notable structure.
For this reason, the sandcastle can be said to have Low Entropy because it relies on order, structure and design.
Conversely, a pile of sand with roughly the same amount of sand grains as the sandcastle has immeasurably more ways of ordering the sand to look like a pile of sand. This is due to the relative disorder of the sand pile.
For this reason, the pile of sand, with many more ways to arrange it, has High Entropy.
Now imagine that the sandcastle was left in the desert all day. The winds in the desert would blow the sand around, and it would slowly disintegrate and fall to bits.
However, there is nothing fundamental in the laws of physics that says that the wind could not pick up some sand from a pile and deposit it in precisely, the exact shape of a sandcastle.
It is just extremely, extremely unlikely because there are very few ways of ordering the sand so it looks like a sandcastle.
It is overwhelmingly more likely that the wind will take the Low Entropy structure, the sandcastle, and turn it into a High Entropy structure, the sand pile.
In short, physics says that Entropy always increases.
This same pattern and natural law can be seen in the development of decentralised governance. And if modelled correctly, a decentralised Network can be created so that Entropy always increases, gradually making the Network more and more decentralised.
The increasing of Entropy is one of cheqd’s foundational Principles, and we believe we can use it as a tool to achieve sufficient decentralisation efficiently and with transparency.
On this note, stay tuned for part two next week, diving deeper into how Entropy works! The best route to make sure you hear about it is to join our rapidly growing Telegram community, here.
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