x
![[Image of interface]](https://argentas.io/images/interface2.png)
The Argentas financial technology will be available for the end user via sleek and elegant mobile and desktop interfaces. The functionalities of the future platform will be all available anywhere, anytime - at your fingertips in the most convenient manner.
You will be able to run everything - payments, transfers, accounts etc. via these user applications. And the best thing will be that all the core accounts, payments and cards will be free and in real time. And they will not just be mere accounts, payments, cards or so - this will be your new digital companion, tailored to your mobile and often international lifestyle.
Leave the old world behind and enter the future of financial services, enabled by advanced technologies. A whole new world awaits with Argentas, smoothly bridging the digital and physical realms.
To ensure continuous access to digital and physical assets and the ability to use them for payments anywhere anytime, there will be a collection of payment card products enabling smooth global payments, wherever Argentas' future proprietary payment network is not accessible.
The project is still in its early phases, and there is a long way ahead before the value of your reserved currency would reach the eventual level of the projected USD parity.
Our roadmap targeting network launch in 2020 is based on the currently anticipated progress in the development process, resources available, and steps towards widespread use of the new currency. Each step is a rational, logical action after the previous one towards the achievement of the set goals. Many initiatives will be ongoing over time and take place in parallel.
As for any project developing new, pioneering technologies, this roadmap includes many risks, challenges and uncertainties. There is no guarantee that any of these steps will be successfully completed.
The value of any currency, including that of digital currencies, is based on the underlying economic activity, and how the markets perceive the strength of such activity. Economic models help to explain, how the value of a currency is established. For the models to be valid, real economic activity related to the currency in question is required. For digital currencies, such activity other than trading and investing into them has been minor so far. This means that the applicability of normal economic models is so far limited. If we assume that critical mass for a currency is reached, enabling a very different level of activity, accordingly, the results will be very different.
To explain the value of the currency, we use the quantity theory of money including the Fisher's 'equation of exchange', named after an American economist and one of the pioneers of monetarism, Irving Fisher. As this equation illustrates, the value of money supply is the result of a number of factors.
A key concept is the 'velocity of money', meaning the total expenditures or income in that currency, divided by the money supply i.e. the total quantity of currency in circulation.
Where
M = Money supply
V = Velocity of money
P = Price level (zero inflation assumed i.e. P = 1)
Q = Quantity of products and services transacted
If we look at what the current economic activity is worth globally, we end up with a figure in the region of 100 trillion US dollars or USD 100,000,000,000,000. The global money supply is roughly half of it, depending on the definition used, giving a velocity of money around 2, when the equation of exchange is applied. This means that each unit of currency on average changes hands twice every year. If that is the case, it also implies that, on average, people have currency balances amounting to half a year's purchases or income. Some have less, some more.
To determine the value of AXU, the volume of future transactions on the HydraNet and the velocity of the native currency would need to be estimated.
A very large part of online payments globally is made with credit cards. Annually, the volume of such payments is around USD 20 trillion. Additionally, there are other online payments via various apps, and online bank payments. Credit card transactions, app based and bank payments are all ultimately based on the old correspondent banking arrangements, old card scheme infrastructure, outdated core banking processing, and ancient clearing and settlement via clearinghouses or central banks, which all can be replaced by modern solutions. So the total volume of current online payments is far above that USD 20 trillion, but based on old technologies of the past. Obviously, the volume transacted in a new global network will be far smaller, let's say 10-20 times smaller i.e. 1-2 trillion, but, at the same time, if a significant global community of users is built, it can be potentially grow fast.
For a primary currency, statistics show a velocity around 2. However, it will take time to achieve that, meaning that the velocity will be initially higher, because the balances held in a new currency will initially be much lower on average. If the average balances increase and the velocity subsequently gets smaller and converges towards 2 in the long run, the value of the currency will subsequently increase. There of course needs to be motivation, incentives for that to happen, and that has been taken into account. The starting levels are more likely to indicate a velocity of 10-20 than 2, so there is a long way to get there, but in a digital economy progress can take place surprisingly fast.
So if you take the extremes of these scenarios above, dividing the potential economic activity by the projected velocity, you would end up with the low-end scenario of USD 50 billion (USD 1 trillion divided by 20) and a high-end scenario of USD 10 trillion i.e. a volume USD 20 trillion divided by the velocity of 2. Note that the low-end scenario would correspond to the total value of bitcoin now at the bottom of the market towards the end of 2018. The features of this currency and the network will be far superior to bitcoin that can by no means become a global payment currency due to its deficiencies such as low transaction confirmation speed and volume, meaning that a leading next generation digital currency should easily attain a value that is far superior to that of bitcoin, when in full circulation and use.
The total supply of AXU as of today is a bit less than 1 trillion, 922 billion units. When the new currency reaches a full-scale adoption in the longer run, the value of the new currency will equally attain a value reflecting its underlying economic activity, so, in accordance with the equation of exchange, it may at that point reach a parity with the USD (note that e.g. bitcoin did not only reach partity with USD but increased up to 20,000 higher, due to its much more limited supply). This means that the eventual value of each AXU reserved (which will be exchanged for the eventual digital currency of the HydraNet) would correspond to one USD.
In the early stages the value of AXU is likely to be perceived to be anywhere between zero and the eventual dollar parity. The faster the community of users grows and the faster the potential of the platform is appreciated, the sooner the value will increase.
The key objective of a currency governance mechanism is to maintain the stability of the currency and ensure that the money supply reflects the quantity of the underlying economic activity. Excessive swings in the value would erode the general trust in the currency and hinder its ability to be used as means of payment or a store of value. Such swings in the values of digital currencies have hindered their ability to be adopted to mainstream use so far.
As it has been seen in so many countries, economic mismanagement, corruption and embezzlement by public powers and those holding positions of power has led to dramatic loss of value in the currency (hyperinflation, collapse of exchange rate), disruption in trade and finance and damage to the overall economy, pushing people to use other currencies and even leave the country altogether. Examples such as Venezuela exist today.
To maintain the stability of the value of the currency, the money supply should not grow faster than the economic activity or output and the demand for the currency. Excessive supply causes inflation i.e. loss of value per unit of currency. Too small, restricted supply, on the other hand, causes deflation i.e. the inverse of inflation. This happened to bitcoin that has a very limited supply of 21 million units, 80% of which is outstanding: the value did not only reach the dollar parity but grew 20,000 times higher at the peak of the cycle.
The major problem with bitcoin and other digital currencies has been the lack of real underlying economic activity so far, making the valuations purely speculative as they do not reflect in the same way the strength of the underlying economies as those of fiat currencies do. When a different approach is adopted, building a community of users to launch the currency and the payment network, this process of initiating real economic activity is likely to gain pace sooner, making it possible to assess the value of real economic activity using the currency.
When there is a mechanism to adjust the outstanding money supply better to the underlying economic activity and to the demand emanating from it, the stability of the currency regime can be better ensured. This is the objective of the monetary policy to be applied. Support for economic growth is even more important: stability does not create wealth, but only growth does, while stability gives predictability that is important for any financial planning. Another objective is also to maximize the de-centralized nature and resistance to any censorship of the currency by restricting any intervention to measures that cannot damage it in any manner.
Having a digital currency on a DLT platform enables wholly different monetary measures from those applied to fiat currencies, including real-time availability of data. The management of the currency's monetary policy will be an optimal mix of advanced technology and human touch.
It is indeed a key objective of the monetary policy to have the money supply match the underlying economic activity so that the purchasing power of the currency remains stable.
It can be argued that since no limit to economic activity can or should be imposed, no cap to the money supply should be imposed either. While it is claimed by many that the money supply should be fixed so that the money cannot be debased, the opposite risk is the excessive increase in the value of the currency upon economic growth, which also represents the other end of instability.
For these reasons it is seen that the money supply should reflect the demand to hold the currency. The money supply cannot be expanded for objectives that cause inflation and even hyperinflation as is the case in many fiat currencies, where money supply is excessively increased to print money to repay public debts or e.g. there are administrative devaluations of the currency vis-à-vis other currencies - and there would not be any reason either, as this is not a currency managed by a central government of any kind. The monetary policy instruments to control the supply would be there only to promote currency stability and adoption.
For the new currency to fulfil its function as effective means of payment, its value should be stable and predictable, to enable prices and transactions nominated in the currency not to be disturbed because of any sudden fluctiations.
To achieve this, the new digital currency stock will not be released in one go but gradually, with each member having their new digital currency liberated for use in controlled steps that match the growth of the economic activity within the network. Maintaining such controlled release will help to create a path for the value of the currency to converge towards dollar parity.
Monetary policy, intended to stabilize and optimize the currency as to maximize its popularity and use, will be automated to the extent possible. While a fully automated monetary policy will be the ultimate goal that can only be achieved after a process that has gathered sufficient historical data, built the algorithms and other models, and verified the functionality of the models used in practice in delivering the desired results. Therefore, monetary policy management cannot be fully automated in the early stages, but a human touch (experience, expertise, analysis, forecasting, psychology) is required to support policy execution and refinement in order to calibrate it towards its eventual objectives.
There are always concerns for sufficient level of decentralization and resistance to censorship by central authorities, in order to maintain the full independence of the currency. This can be achieved by leveraging the structural design of the underlying blockchain network. As explained in the Architecture of Money, there are 12 network supernodes conceived, the 'heads of Hydra'. For each of those that have been voted by the network users using a rule-based mechanism, a representative will be appointed, and the supernodes will respectively send their representative to the central monetary council. The monetary council will have a rulebook and limits within which to operate in order to maintain, stabilize and grow the value of the currency. Measures causing debasing of the currency will not be allowed. Policy execution can be largely defined by functions and their paramaters (setting parameters will be eventually automated, which is the initial duty of the council). Breaches or attempted breaches of rules will lead to disqualification of such representatives. Subjecting the representatives to user voting will ensure independence and democratic decision making within the system. The council will be called 'Camelot' given its 12 members and collegial decision-making in the protection of the currency and its value.
The council will be supported by real-time data from the network, enabling very focused actions and decision making in choosing and applying the monetary instruments available. When the volume of data stored grows and and the models and algorithms are developed and their performance tested in practice, whether they fulfil the objectives of the policy, leading to a better and more exact calibration of such models, the role of the council will gradually diminish. Eventually, the management of the monetary policy will be fully automated, being decentralized and censorship resistant. Such gradual course is seen as more realistic than the hard-coded option right from the launch, because the algorithms cannot be trusted to be able to take all dimensions into account, when there is no operating history at all at that point forming sufficient pools of data, nor can the models at least at that stage account for the other factors such as psychological ones either. However, with the council members being elected via the supernodes will enable the fully democratic and de-centralized governance of the currency right from the start.
It can also be noted that this approach is in between the fixed supply of bitcoin that may cause excessive swings in value due to limitations in supply that may be too large or too small, and the model used e.g. by Ethereum, where there is no limit to the supply but it is growing all the time, in theory indefinitely. The managed approach opted only increases or decreases the available supply in function of the underlying economic activity and targets inflation rate that is close to zero.
Some of the key monetary instruments used by the council in the stability management of the currency could be:
Restricted release of stock
Initially, the reserved currency will be released gradually for use. Members, who joined the community, could reserve this currency for free in amounts depending on how early they joined and whether they invited further people. This reserved currency will be made available in line with the growth of the economic activity within the network, thus growing the money supply accordingly.
Open market operations
The amount in circulation can be managed by buying or selling the currency against other fiat or crypto currencies on the spot, or selling amounts of the currency for future delivery at attractive rates, to better reflect the levels of underlying economic activity. Purchase of other currencies would require reserves held from prior sales transactions or similar.
Incentives for network use
E.g. reduced conversion rates from other currencies can be offered to incentivize the use of the new currency, enhancing the levels of economic activity. More economic activity will require more units of the currency within the system, and when there is more activity, less incentives will be required, making the popularity, ease, convenience, speed and low cost of the currency to attract use on its own merits.
Argentas' HydraNet payment network is based on the advanced 'Architecture of Money' to enable global scale and speed, but its focus is on unsurpassed ease and convenience of use.
We felt there was a hardly more suitable term to describe our designs for the blockchain-based financial platform architecture than the 'Architecture of Money' (AoM). In brief, it is the new way to see the world of money, payments and other businesses. AoM will profoundly disrupt, deconstruct and recreate the world of money, payments and banking as we know them now. The end result in the end of the day will be dramatically different from the financial architecture of today - for the better.
The Architecture of Money as an end-to-end solution will have three key dimensions forming a global DLT-based platform for payments and other financial services: the proprietary blockchain network with its native digital currency, the network bridge entities and interfces, and eventually the decentralized applications.
The HydraNet blockchain will have 12 original hyper nodes, the ‘heads of Hydra’ to generate the genesis block and kick off the blockchain, which will then organically grow into n nodes of eventual full decentralization, just like two heads of Hydra replacing any head cut off. The node IP addresses will be obfuscated for further security so that they cannot be attacked. A Byzantine Fault Tolerant Hydra Consensus Protocol lays out the rules for the network operation, incl. eventual smart sharding for max scale.
While the Hydra Ecosystem operates in a self-contained manner with its native digital asset or cryptocurrency through its native entities such as the native wallets and integrated decentralized digital asset exchange, the “bridge entities” connect the ecosystem with the traditional economy, and hold balances in non-native assets being digitized / tokenized for the blockchain operating as a global value transfer network, enabling transfer of any item of value.
The HydraNet dapps leverage the potential of the HydraNet blockchain to provide decentralized products and services through applications that replace what banks, payment firms and networks, payment card schemes and other financial services providers do today in a centralized manner – the HydraNet dapp ecosystem will focus on financial applications to become the platform for global finance, while other types of dapps will be built on the enterprise platform.
At the core of the HydraNet, there is the native digital currency tentatively called X. This next generation digital currency will embody the latest technologigal advances to become a true world currency, and digital cash for the 21st century that again respects the privacy and freedom of the individual.
A mechanism has been conceived to promote the stability of the value of the currency so that it can really become the world's preferred payment currency, serving the requirements for the functional requirements for the store of value, unit of account and medium of exchange, the fulfilment of which can only create a world currency.
![[Image of X]](https://argentas.io/images/x.png)
For the first time ever, truly global payments are possible. Before, the world was dependent on international financial messaging networks like Swift, old-fashioned correspondent banking across currencies and countries, slow clearing and settlement mechanisms, outdated payment card schemes and the like to effect payments across borders and currencies, all making payments slow and costly, but no more. Advanced next generation distributed ledger technologies underpinning blockchain platforms enable payments that are global and virtually real-time and free, settled and cleared simultaneously. Before, geographical and currency borders indeed existed for payments, but no more.
The solution to global payment is not the creation of another 'paypal' on top of the existing financial architecture that is technically outdated and obsolete. A truly global payment platform can only be achieved via development and implementation of next generation blockchain technologies. This is not a game that the incumbent players or existing platforms can win: it is a totally new ballgame.
While bitcoin introduced blockchain technology to the world, the first generation of blockchain and cryptocurrencies was more of a proof of concept with little real life use. Advanced next generation distributed ledger technologies (DLT) will enable applications that bring such technologies to everyday use. Argentas' HydraNet is based on them.
The next generation platform is designed to enable global volume that will eventually be million transactions per second or more (vs. e.g. Visa processing ca. 60,000 transactions per second) and a global speed, with a sub-second transaction confirmation time that is essential for instant payments. A key enabler for speed is the supernode structure, with the 12 supernodes or 'heads of Hydra' enabling fast confirmation times that with another structure of thousands of equal nodes would not be achievable.
With the next generation DLTs it is possible to create platforms that are much more powerful than those of the first generation like bitcoin, and achieve that with much less energy consumption. Where bitcoin globally consumes massive amounts of energy, the new 'non-mining' DLTs consume only a small fraction thereof. The new technologies not only enable much faster transactions with greater throughput volumes, but do that all in ways that are much greener, much friendlier to the environment.
More environmentally friendly means also cheaper: less power consumption enables cheaper transaction confirmations. This will make transactions on HydraNet virtually free.
The HydraNet blockchain will be encrypted and protected by its "Cryptex" security mechanism that will be eventually quantum attack resistant - a risk that may not be yet relevant today, but will be so in the future. As of today, various cryptographic techniques and concepts exist that should already enable quantum resistance, which is a matter under constant international research and development.
Equally, privacy and confidentiality of financial transactions is paramount and also a basic human right that has been breached by many governments and not only totalitarian ones. There will be an appropriate balance to protect the privacy and confidentiality, for which a number of strong tools exist already and more will emerge, and ensure that the transactions will be compliant with requirements, when they pass the bridge entities interfacing between digital and traditional assets and economies.
Everything is designed to meet the human needs, and prioritize the ease, convenience, speed and security of the use of the HydraNet network interfaces i.e. wallets and other applications. Wallet apps will integrate with the smartphones' built-in features such as RFID proximity chips and barcode readers enabling pin, fingerprint or face-based payment transaction confirmations, so the power of the advanced blockchain platform will really be at the fingertips of the user.
The project will put a particular focus on the design of the user interfaces and the overall user experience, to complete the proposition of having high quality inside out, a real 'apple of blockchain'. Simple, streamlined and elegant design will create a superior end-user experience and value added.
