What is Cardano ADA? ADA Cardano Explained - YouTube

Channel: Exodus

[0]
Hey everybody, I’m Kris with Exodus.
[2]
We’re going to take a few minutes to explore Cardano Ada - a project that began in 2015
[10]
and grabbed a lot of attention not just because of its ambitious plans to create an internet
[16]
of blockchains, but because of its jump from around 2 cents in late 2017 to nearly
[22]
a dollar and 30 cents at the beginning of 2018.
[27]
This parabolic price increase was, of course, not sustainable, and Ada’s price has since
[33]
declined to around 3 cents as of April 2020.
[36]
If you’re a Cardano Ada holder, at which price did you buy?
[42]
And What is your Cardano price prediction?
[45]
Let us know your answer in the comments.
[49]
So, what exactly is Cardano?
[53]
And what is Ada?
[55]
There isn’t one simple answer to the question of ā€œWhat is Cardano?ā€
[60]
First of all, Cardano and Ada are two different things.
[65]
Cardano is a blockchain, while Ada is a cryptocurrency that lives on the Cardano blockchain.
[71]
In other words, Cardano is home to the Ada cryptocurrency.
[76]
And while the Cardano blockchain can be used to send and receive ADA, it will also host
[81]
smart contracts and applications.
[84]
Now, this may remind some of us of Ethereum since it does the same thing.
[90]
And in fact, Cardano shares many of its roots with Ethereum.
[94]
But although it is similar to Ethereum, Cardano’s smart contract platform operates much differently.
[99]
Let’s jump right in.
[101]
It’s not enough to simply say Ada lives on the cardano blockchain.
[107]
Ada is a proof-of-stake coin that fuels Cardano.
[111]
Its purpose is to provide a quick and secure transfer of value and to allow users to operate
[117]
smart contracts and applications.
[119]
The maximum supply of Ada coins that will ever be created is capped at 45 billion.
[126]
The current circulating supply is 31 billion Ada coins.
[130]
New coins enter the ecosystem and nodes validate transactions through a consensus algorithm
[136]
called Ouroboros Proof-of-Stake.
[141]
I’m going throw out some technical lingo here, but stick with me, it’s not as complicated
[145]
as it may sound.
[147]
In this protocol, nodes who earn a position as slot leaders generate new blocks in the
[152]
blockchain and verify the transactions.
[155]
In this case, Cardano slot leaders perform functions much like Bitcoin miners do.
[162]
Anyone holding ADA can be a stakeholder and become a slot leader.
[167]
You become a slot leader and publish new blocks to the network when Cardano’s consensus
[172]
algorithm selects a coin that you hold.
[176]
A node is selected to generate or mint a new block with a probability proportional to the
[182]
amount of coins the node has.
[185]
If a node has any amount of Ada staked, it is called a ā€œstakeholderā€.
[190]
If a node eventually becomes chosen to mint a new block, it is called a ā€œslot leaderā€.
[196]
What this simply means is the more Cardano you hold, the greater the opportunity is to
[202]
become a slot leader and receive rewards.
[205]
Now that we know a little something about Ada and its purpose, let’s dive a little
[210]
further into the Cardano blockchain.
[213]
Cardano is being developed in two layers.
[216]
This layered architecture is one of the key features that makes Cardano unique.
[222]
First is the Cardano Settlement Layer which acts as the balance ledger and runs the transfer
[227]
of ADA tokens.
[229]
The other separate layer is The Cardano Computation Layer which contains the information on why
[234]
transactions occur.
[235]
It’s this layer that runs Cardano smart contracts.
[240]
The two layers separate the ledger of account values from the reason why values are moved
[245]
from one account to the other.
[248]
In other words, Ada can be transferred from one account to another without the information
[253]
from smart contracts going along for the ride.
[257]
Why, because This separation enables more flexibility for Cardano smart contracts.
[262]
Since the computation layer is detached from the settlement layer, users of the computation
[268]
layer can create rules to filter transactions based on the parameters they set.
[273]
Such as a permissioned ledger that excludes transactions that don’t include identification
[279]
data – something that will become more important as blockchain regulation continues to increase.
[286]
Another key feature of Cardano will be the interoperability of blockchains.
[291]
Think of this as the ā€œinternet of blockchainsā€
[294]
- an ecosystem where Bitcoin can flow into Ethereum
[298]
and Ripple can seamlessly flow into Litecoin.
[302]
One way that Cardano wants to do this is by implementing sidechains.
[307]
Sidechains would enable cross-chain transfers without any middlemen.
[314]
Cardano supports sidechains based on a new protocol called the KMZ sidechain.
[320]
The KMZ sidechain protocol allows funds to move securely from the Computation Layer to
[326]
any blockchain that also uses the same protocol.
[330]
With this protocol, ledgers with certain regulatory compliances are able to interact with the
[336]
settlement layer without having to share the data that needs to remain private.
[340]
There’s a lot more to go over, but our goal here was to provide a general overview of
[345]
what makes Cardano different from other blockchains and cryptocurrencies.
[350]
If you’re a Cardano fan, let us know why in the comments section.
[355]
And be sure to hit the like and subscribe buttons for a bullish year.