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May 23 16 tweets 8 min read Twitter logo Read on Twitter
***BRC-20 Token Standard***

"What #ETH tries that succeeds will eventually move to #BTC"
- Bitcoiners

BRC-20 tokens' marketcap skyrocketed 600%+ in just a week, overtaking standard #Bitcoin transactions!

-Wtf is BRC20 & How it started
-How it works
-Importance & Criticisms
🧵
2/ Firstly, it would be good to understand what ordinals are, and if it's your first time hearing that, don't sweat it.

Check out this thread first to come up to speed on Ordinals.
3/ BRC-20 tokens are all the rage right now.

At the time of writing, there are 12k+ tokens minted with the BRC-20 standard, most of which are memecoins like $PEPE & $MEME.

But how did this all start? Image
4/ BRC-20 is an experimental token standard inspired by ERC-20, but it works very differently.

It was created in March by @domodata, an on-chain analyst who enables the creation & transfer of fungible tokens on the Bitcoin blockchain using the Ordinals protocol.
5/ 🎯 How does it work?

At their core BRC-20 tokens are essentially specially marked sats (satoshis, the smallest divisible unit of Bitcoin).

Each BRC-20 token is a sat that has been inscribed to belong to a specific BRC-20 "collection" (i.e. the ticker/type of BRC-20).
6/ Inscriptions are a newly invented way of storing data in the $BTC blockchain, that relies on each satoshi of the 2.1 quadrillion maximum sats of Bitcoin having a unique identifier.

Before BRC-20, they've been used to create "NFTs" on Bitcoin by inscribing images onto sats.
7/ BRC-20 tokens are essentially ordinal inscriptions with text embedded, providing a set of specs for minting and managing tokens.

Developers use ordinal inscriptions of JSON data to deploy token contracts, mint tokens (by inscribing existing Bitcoin), and transfer them.
8/ Thus, think of BRC-20 tokens as specially marked sats.

Because they're *literally* native Bitcoins, they do not, and can not, use fully expressive smart contracts at the L1 layer of Bitcoin.

Using them in expressive smart contracts requires an L2, but more on that later.
9/ Additionally, BRC-20 tokens require a Bitcoin wallet like @unisat_wallet (or soon @xverseApp) to mint and send.

The BRC-20 frenzy has caused the number of token transactions on the Bitcoin blockchain to surpass regular BTC transactions by over 50%! Image
10/ 🎯 Importance and Criticisms of BRC20

The rise of BRC-20 tokens demonstrates the versatility of the Bitcoin blockchain, reshaping what we (devs/investors) believed to be possible.

It also shows how evolving & adaptive this space can be to new trends.
11/ BRC-20 tokens are an exciting idea, but currently have a lot of meme coin and speculation - not unlike ERC-20 tokens, legit use cases will come with time.

Even @domodata (their creator) thinks BRC-20s will be "worthless". For now, though, the total market cap is above $170M. Image
12/ BRC-20s on their own don't bring smart contract-capable tokens to Bitcoin, whereas ERC-20 tokens on Ethereum do

Due to the limitations of Bitcoin, use cases beyond relatively simple transfers need a Bitcoin L2 like @Stacks or a protocol on top of Bitcoin like @TrustlessOnBTC
13/ For better or worse, BRC-20s are increasing competition for limited block space, boxing out low-fee transactions like securing cold storage funds or creating lightning channels.

This is likely to continue as builders push the limits of Taproot transactions.
14/ BRC-20 tokens might be just mostly hype, meme coins, and speculation for now, but more innovation is sure to follow.

Already, @unisat_wallet has built some early features to support BRC-20 tokens including a simplistic listing marketplace for trading BRC-20s.
15/ And @ALEXLabBTC very quickly built and released a fully featured DEX and bridge for trading BRC-20s after bridging them from Bitcoin L1 to Bitcoin L2 @Stacks.

And announced the world's first BRC-20 IDO launchpad.
16/16 It remains to be seen if tokens on Bitcoin L1 make more sense than tokens on smart contract-capable protocols on top of Bitcoin (like L2s), but they're a great example of the renaissance of Bitcoin innovation.

Want to learn even more?

Here's a mega thread from @JamesonMah

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More from @mattyTokenomics

May 25
Have you heard of Autonomous Worlds or on-chain gaming?

Gaming's future is brighter than ever, but there's a problem.

The current models limit creativity & community involvement.

AWs will fix this; it's on-chain, it's intense.

Let's dive in 🧵
2/ Gaming has always been at the forefront of technological innovation.

Each new computing paradigm has unlocked new possibilities

-Transistors
-Microprocessors
-PCs
-Mobile tech, etc., have all revolutionized the gaming landscape.
3/ These innovations mostly don't come from industry veterans.

But from fresh thinkers who leveraged the new technologies to create unprecedented gaming experiences.

Fast forward to 2023, and we're seeing the same trend with the advent of web3 games and on-chain gaming.
Read 21 tweets
Mar 29
1/18 The whitepaper for @eigenlayer recently dropped.

But what is EigenLayer?

In short, EigenLayer enables $ETH restaking, which gives staked $ETH utility in being used to secure additional networks.

How is this possible? Let's dig in.
🧵👇
2/ Ethereum staking involves validators locking 32 $ETH to enhance network security.

But staked $ETH can't be used for anything once staked.

@LidoFinance stETH, a liquid staking derivative that issues wrapped assets representing the staked $ETH, addressed this inefficiency.
3/ Despite this development, Layer-2 networks, oracle networks, and other validators still face the challenge of re-using staked capital to secure other networks.

However, @eigenlayer recently released its whitepaper, offering a potential solution;
v1.eigenlayer.xyz/whitepaper.pdf
Read 18 tweets
Dec 14, 2022
1/ The long awaited $sBTC whitepaper just dropped.

Nothing can beat a firsthand read of the paper yourself, but having read through the whole thing, here are a few key takeaways and topics to focus on:
2/ Trustlessly using native #Bitcoin for smart contract applications (dApps, DeFi, etc) has remained an elusive "holy grail".

The fundamental challenge is Bitcoin itself is not programmable. Some may say this is a flaw in Bitcoin, while others believe this is a core strength.
3/ The ethos in the @Stacks ecosystem is to extend #Bitcoin functionality, and leverage its security as the most secure base settlement layer, without modifying or altering Bitcoin itself.
Read 33 tweets
Jul 8, 2022
State of $STX Mining - July 2022

I have compiled a detailed report on the last 12 months of @Stacks mining.

The report examines miner profitability, decentralization, strategy, and insights for how to improve PoX.

Here are some key findings... 🧵

docs.google.com/document/d/e/2…
Stacks blocks occur one every 11.6 minutes on average.

5.17 blocks per hour
124 blocks per day
17 days per 2,100 stacking cycle
There are typically 7.3 miners on a given day.

It typically requires 3.7 miners on a given day to combine in order to stage a "51% attack".
Read 9 tweets
May 10, 2022
Stable coins like $UST are hard to keep stable.

In fact, any tokenized asset is difficult to keep pegged to its underlying value. (Stable coins are really just a subset of tokenized assets - tokenized fiat USD)

Here's why tokenizing assets (of any kind) is a challenge...

🧵
Let's start with tokenized fiat USD, ie stable coins.

The most *direct* way to tokenize USD is to have a bank account of actual USD, and issue a stable coin like $USDC that is 1:1 matched to USD held in a centralized, traditional bank account.

Obviously this has issues...
Which is why so many DeFi protocols have attempted fully on chain, decentralized, algorithmic stable coins.

This shifts the problem - if not backed 1:1 by literal USD sitting in a vault, what are the stable coins backed by?

Which introduces another element, collateral...
Read 30 tweets
Feb 10, 2022
Noticing healthy skepticism about @Stacks and its claim to be "smart contracts for #Bitcoin."

Bottom line: Stacks enables fully expressive smart contracts secured by #BTC.

How does $STX do it?
Most people have heard that $STX chain state is secured on $BTC in each block, so that the BTC chain is the ultimate source of truth for Stacks.

To which a natural response is often:
"So what? Any chain could write its state to BTC!"
And that's true, any chain *could* write its state to $BTC.

For example, you could write each $ETH block's hash to each BTC block. But would that make ETH smart contracts for Bitcoin?

Of course not. So what makes $STX any different?
Read 25 tweets

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