Sp8de - New Blockchain Based Generation Game For All Contemporary Casino Ecosystem Participants.
Sp8de is a protocol for blockchain based platforms with some features that are important to the growing blockchain gambling industry and its less solid implementation in existing projects currently in this space.
Spade is a new generation of blockchain-based gaming platform aimed at all contemporary casino ecosystem participants. We call this "new generation" because Spade meets all the above mentioned requirements of the 'right' blockchain casino. We built Spade on a blockchain called Cardano. The Cardano project itself is a monumental piece of work that embraces the best practices and the furthest innovation to the point of crypto and puts it into one state of the art system. It is being developed and maintained by a large team consisting of PhD in the field of programming and cryptography, and experienced engineers.
Here we illustrate how Spade provides an environment for designing gambling applications that is characterized by:
The almost non-existent transaction costs and Proof-of-Stake-powered scalability that are beyond the reach of other on-chain casino protocols that exist today;
Mechanisms for decentralized decentralization at random at arbitrary time ranges;
Provides rich Smart Smart functionality that enables creativity in game designs that are completely constrained by developer fantasy (and demand for the resulting product of course);
Spade makes use of Cardano to design his ecosystem and thus solves problems typically associated with on-chain casinos:
Transaction costs and scalability The
size of transaction costs is usually a function of the degree to which the scale of a particular distributed system. Scalability can be defined as the relationship between the system resources and the number of nodes. Scalable systems gain efficiency when new nodes join the network: BitTorrent and IOTA protocols are two important examples. The evidence-based blockchain system does not fit the construction: indeed, maintaining a general ledger implies every node that has a full copy of this ledger. Without this condition, security - the most important property of such a system - is compromised. Therefore, there is no advantage in efficiency when a new node joins the network. Ouroboros is the Proof-of-Stake protocol, which means that at any given time, trusted node nodes maintain system integrity.
Ouroboros, the POS protocol underlying Cardano blockchain in its work is entirely dependent on generating an unbiased entropy (ie, evenly distributed). The beauty of the idea is that the blockchain itself acts as a broadcast channel: uniform randomness is generated on-chip! For us, this is an important point, so let's explain it further. The POS system relies heavily on the ability to produce good quality randomness "to inject pure entropy into the system". Without it, the integrity of the protocol can be disrupted. This starts from the fact that if there is a way to manipulate the selection process of the selected agent to validate the next block, the enemy can be biased in the selection process. This is the root of the notorious "Nothing-at-Stake" problem and denies the whole concept of a POS-based distributed consensus protocol.
Regardless of the number of random numbers that can be proven, another prerequisite for a reasonable POS protocol is that these numbers are actually sent to everyone who participates in the protocol. In other words, the delivery of uniform randomness should be guaranteed at the protocol level. Therefore being a valid concept, especially from a formal academic point of view, Ouroboros must have mechanisms for generating and broadcasting "good" randomness. Furthermore, to be scalable, the generation and verification processes must be inexpensive computationally. Therefore being a valid concept, especially from a formal academic point of view, Ouroboros must have mechanisms for generating and broadcasting "good" randomness.
Furthermore, to be scalable, the generation and verification processes must be inexpensive computationally. Therefore being a valid concept, especially from a formal academic point of view, Ouroboros must have mechanisms for generating and broadcasting "good" randomness. Furthermore, to be scalable, the generation and verification processes must be inexpensive computationally.
Ouroboros solves this problem by embracing two well-known protocols of distributed consensus: the adoption of a verifiable commer- cial module of commitment and division of secrets.
Produce a proven random number;
Guarantee everyone will get it. Do not change
Flexible and financial applications tailored to the scripting language.
To create a truly universal platform where those
with brilliant ideas can compete for
their part in a whole cake, a simpler language is required,
simplicity will not sacrifice the scope of the application. Plutus
is a general-purpose Smart Contract language developed by IOHK and implemented in Cardano.
The core idea is that all types of financial transactions can be decomposed to be simpler. Therefore, all diverse complex financial instruments consist of a much smaller set of basic elements that create the whole of transnational logic. Cardano is designed by code issues and is set to follow best practices; its scripting language is tailored for financial applications: security and execution can be "very well understood".
With a certain level of abstraction, one can observe a strong alignment between financial derivatives and most gambling applications: in essence this is only a contract between one or more parties where the results are conditioned, in part, on the realization of random variables. This leads us to conclude that Plutus is the best of the kind suitable for writing casino applications.
Cardano is measurable, safe, and complex yet elegant. The main takeaway is designing successful POS protocols requiring the same problem solving that inhibits the creation of profitable chain casinos. With Cardano as the backbone, Spade is set to be the best of its kind.
Distribution and sale of SPX tokens
Token SPX is a utility-token, compatible with ERC20. This will do the following functions:
provide access to the application platform
will allow you to bet in the Sp8de ecosystem;
will be used as a reward for developers at the protocol level.
A total of 8,888,888,888 SPX proofs were made, which received the following distribution:
Team - 20% (1 777 777 778 SPX);
Sale - 41% (3 655 555 558 SPX);
Jackpot - 39% (3,455,555,552 SPX).
SPX token sales will take place in 9 stages: pre-sales, four major tokens sales, each of which will be followed by a "jackpot" round. Jackpot assumes the distribution of a small number of many SPX token owners at random. Early participation in the main sales stages gives the right to participate in more jackpot rounds. For example, participation in Pre-Sale and Sale I gives access to all four jackpots, but participation in Sales III will provide access only to jackpots III and IV.
Initial sales of SPX tokens begin on December 8, 2017 and will last 14 days. Each basic sales stage will last 7 days, after which there will be a jackpot, which is shared entirely in one day.
The cost of 1 SPX token will grow with each sale round.
The amount of SPX distributed during each sale increases steadily after the Pre-Sale. The Jackpot amounts also increase in similar fashion but at much greater rate.
As payment is received ET, BTC and ADA. The minimum purchase size is $ 20. The minimum target is $ 4 million, and the maximum target is 49,033 ETH.
Roadmap
TEAM & ADVISORS
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