The story of RAAY – The future of money

RAAY are large, circular stone disks – or: stone money – carved out of limestone formed from aragonite and calcite crystals.  RAAY stones were quarried on several of the Micronesian islands, mainly Palau, and transported for use as money to the island of Yap.

They have been used in trade by the Yapese as a form of currency. The monetary system of Yap relies on an oral history of ownership. Because these stones are too large to move, buying an item with one simply involves agreeing that the ownership has changed. As long as the transaction is recorded in the oral history, it will now be owned by the person it is passed on to and no physical movement of the stone is required.

For us, this Yapese tradition was the reason to name our Blockchain-based banking solution RAAY.  In the same way, the passing over of stories of (the possession of) Raay stones perfectly embody the key ingredients of modern Blockchain technology, such as authenticity, immobility, and consistency of transaction data. Raay stones meant the same to Yapese people as data in blockchains mean to participants of 21st century’s decentralized supply chains or financial ledger networks.

In the same way Yapese did not have to show their Raay to shopkeepers to buy essential goods, RAAY users do not have to trust each other in order to purchase and sell goods and services. Blockchain technology takes care of the “trustlessness”that blows for a highly scalable and seamless financial transaction experience.

Two Token Model – A Cryptoeconomic Approach For High-yield, Yet Stable Transaction Networks

On December 6, 2017, game company and distributor Valve announced that its gaming platform Steam is no longer accepting Bitcoin as a payment method. The company explained that Bitcoin transaction fees have gone up to nearly $20 per transaction last week, “compared to roughly $0.20 when we initially enabled Bitcoin.” At the same time, CryptoKitties burned up 15% of Ethereum’s gas, causing a mid-level congestion and increasing in-game fees.

Since we have been working on some ICO projects with Datarella over the last months, focusing on cryptoeconomics and token design, and we have been discussing the stability of a token within the Building Blocks project we’ve launched with UN’s World Food Programme, we felt the need for a model that would allow a high-yield return for investors on the one hand, whilst guaranteeing the stability and a proper functioning of the specific application(s) at the same time.

Two Token Model TTM Thesis
Decentralized networks need a token model that

  1. guarantees a stable cryptoeconomic mechanism to exchange assets, services, time and money between peers, and, at the same time,
  2. allows investors to reap large economic benefits, and, therefore
  3. allows an overall story of combining a cooperative/post-capitalist model with a pure capitalist play by technically separating both aspects through the representation of two dedicated tokens.

Proposed Solution

A) Two-Token Model

The network features 2 different types of tokens:
a) a core token (CT) that is tradable at crypto-exchanges,
b) an application token (AT) (per application)

CT
The only function of the CT is that of a currency. In all of the network’s potential applications, there is one overarching CT.

AT
The AT is designed depending on the respective application’s requirements. It is the only token that allows the usage of the respective application. It is not listed at any exchange. Potential listings of ATs probably could not be prevented technically, but by regulation: The network defines the listing of AT’s as not allowed and will exclude applications that behave otherwise. Organizers of applications that already have a token will be offered to exchange their tokens for AT. Additionally, they can be awarded CT depending on their applications’ asset values.

B) Token Issuance Mechanism

Initially, there will be two events that happen at the same time:

  • SAFT of CT to (accredited) investors
  • One-time distribution of (free) AT to interested potential network application users (comparable to a basic income)

The Token Story

A (revenue-driven, high-yield) SAFT will finance the development of the network and serve as the initial AT supply of the network. Within the first applications running, AT holders can earn additional AT, and, directly derived from that, additional CT. The intensity of use and supply of AT represents the intrinsic value of a CT.

This model of a clear, technical separation into  – and combination of – a speculative and an application part should serve the initially conflicting interests of both categories of the network‘s stakeholders: the potentially application-interested majority of AT holders and the potentially solely commercially driven and high-yield-driven investors who hold and trade the CT.

Every app token holder (ATH) will receive CT’s additionally to their AT’s, if the intensity of use of the application reaches a certain threshold. As long as the intensity of use is above this threshold, the ATH will receive additional CT’s, scaling with their intensity of use. When the intensity of use sinks below the threshold, there will be no CT’s awarded further on.

Definition of Intensity of Use IoU Criteria

As mentioned, ATH are being rewarded CT depending on their intensities of use of the application(s). There are several aspects of defining an “intensity of use (IoU)” in a good way. First, an ATH could use a specific application very frequently. This could add to her IoU. Then, the ATH could move huge assets within an application. Again, this could add to her IoU. Further on, an ATH could use an application in a way that leads to a higher IoU of another application. This would lead to trans-application elements of the IoU’s algorithm. Then, there are further aspects, s.a. hoarding/inflation, etc..

Model Attractiveness

The definition of the IoU algorithm is one key aspect of this token model. On the one hand, it seemingly is the most complex problem to solve for the network. On the other hand it offers the opportunity to create one single algorithm that is completely variable in design and can be tweaked throughout the lifespan of the network without any need for changing the structure.

Due to the fact that the AT is not tradable, and the IoU algorithm prevents the ATH from hoarding and other unintended use, it can be regarded as stable.

The CT, in turn, is a tradable token that entails no other rights than being exchangeable with other currencies. The prize of the CT will be defined by market forces alone. This pure market-driven nature of the CT, combined with the value(s) of ATs, makes the network’s model highly attractive for application-focused users, as well as for investors.

We have intensely discussed the TTM within our professional and scientific network, and we have not found severe weaknesses that could prove to become showstoppers. However, we invite you to prove otherwise! Please provide us with your feedback on the Two Token Model – thank you!