hahaha it’s definitely not frens.

As Bitcoin continues to evolve beyond its initial use case as “digital gold,” and to ensure the blockchains full potential is explored, innovative protocols are emerging to expand it utility.

One such innovation is the BRC-20 standard token.

But what exactly is the BRC-20 standard, and how does it work within the Bitcoin ecosystem? This post will dive into the BRC-20 standard and explore its significance.

What Is a BRC-20 Token?

The BRC-20 token standard is a protocol introduced to enable the creation and transfer of fungible tokens on the Bitcoin blockchain.It was Inspired by Ethereum’s ERC-20 standard, the BRC-20 tokens are different in that they rely on Bitcoin’s own native blockchain and are stored within the Bitcoin Taproot structure.

BRC20 was originally created in March 2023 by a developer known as “Domo.” The term “BRC-20” stands for “Bitcoin Request for Comment 20” and is modeled after Ethereum’s popular ERC-20 token standard.

These tokens are classified as “ordinal tokens” (from the broader Bitcoin Ordinals ecosystem), meaning they use a unique system for token creation, storage, and transfer.

The concept of Ordinals and inscriptions opened up new possibilities for the Bitcoin network, transforming it into a platform for more than just transactions and allowing the inclusion of digital assets. BRC-20 further extends this innovation by adding the ability to create fungible tokens directly on Bitcoin.

How BRC-20 Standard Works?

The BRC-20 standard uses Bitcoin’s Taproot addresses and Ordinal inscriptions to manage token issuance and transfers. Here’s a basic breakdown of how it works:

1. Ordinal Inscriptions:

BRC-20 tokens are minted through Bitcoin Ordinal inscriptions, which allow metadata to be stored directly on Bitcoin’s network. This metadata can represent anything digital art, token information etc.

2. Taproot Integration:

BRC-20 leverages the Taproot upgrade, enhancing Bitcoin’s privacy and scalability, and allowing more efficient data storage and the execution of smart contracts.

3. Fungibility:

Like ERC-20 tokens, BRC-20 tokens are fungible, meaning each token is identical and can be swapped on a one-to-one basis. This allows for the creation of assets such as stablecoins, reward tokens, or other types of cryptocurrencies on Bitcoin’s chain.

4. Wallet Support:

Users who want to hold BRC-20 tokens need Taproot-enabled wallets that can handle Ordinals. These wallets allow users to store, send, and receive BRC-20 tokens with ease.

5. No Smart Contracts:

Unlike Ethereum’s ERC-20 tokens, which rely on smart contracts, BRC-20 does not natively support complex contracts. However, it does offer basic functionality for token creation and transfer, allowing developers to innovate new use cases.

Characteristics of BRC-20 Tokens

1. Built on Bitcoin’s Blockchain: The most notable feature of BRC-20 tokens is that they are built on the Bitcoin network, leveraging the security, decentralization, and immutability that Bitcoin offers. This contrasts with many other token standards, such as ERC-20, which rely on separate blockchain networks like Ethereum.
2. No Need for Layer-2 Solutions: Unlike other Bitcoin-based tokens that rely on layer-2 solutions, such as the Lightning Network or Rootstock, BRC-20 tokens operate directly on the Bitcoin blockchain itself. This eliminates the need for additional scaling or sidechain technologies to issue and transfer tokens.
3. Interoperability With Bitcoin’s Taproot Upgrade: The BRC-20 standard integrates smoothly with Bitcoin’s Taproot upgrade, which enhanced Bitcoin’s ability to support more complex transactions and smart contracts. This means BRC-20 tokens can take advantage of the improvements Taproot brings in terms of efficiency and privacy.
4. Community-Driven Standards:Like the ERC-20 standard, BRC-20 operates under open standards, which means developers can propose changes and improve the functionality of the tokens over time. This leads to more innovation and a broader set of use cases for Bitcoin.

Use Cases for BRC-20 Tokens

The BRC-20 standard has the potential to introduce several key applications within the Bitcoin ecosystem:

1. Stablecoins

One of the most anticipated uses for BRC-20 tokens is the creation of stablecoins directly on Bitcoin. This would enable users to enjoy the stability of fiat currencies while taking advantage of Bitcoin’s decentralization and security.

2. DeFi Applications

Decentralized finance (DeFi) is another area where BRC-20 tokens could be revolutionary. With the ability to create tokens on Bitcoin, we could see the development of DeFi protocols, such as decentralized exchanges (DEXs) or lending platforms, on Bitcoin’s blockchain.

3. Tokenized Assets

BRC-20 tokens could be used to tokenize assets, such as real estate, commodities, or even shares in companies. This would enable the creation of tradable, digital representations of real-world assets, all secured by Bitcoin’s blockchain.

4. Gaming and NFTs

While non-fungible tokens (NFTs) are more commonly associated with Ethereum, BRC-20 could allow for the development of gaming ecosystems on Bitcoin, where in-game currencies and assets are represented as fungible BRC-20 tokens.

Limitations of BRC-20

1. Lack of Smart Contract Functionality

Currently, BRC-20 tokens do not support complex smart contracts. This could limit the types of applications that can be built on Bitcoin compared to other blockchain platforms like Ethereum.

2. Scalability Issues

Because BRC-20 tokens operate directly on the Bitcoin blockchain, they are subject to Bitcoin’s scalability challenges, such as network congestion and higher transaction fees during periods of high demand.

3. Early Stage of Development

As a relatively new standard, BRC-20 tokens are still in the early stages of development. This means that adoption is limited, and the tools for creating and managing these tokens are not yet as robust as those for ERC-20 tokens.

Conclusion

The introduction of the BRC-20 token standard is a significant development in Bitcoin’s ongoing evolution. It enables Bitcoin to host fungible tokens, bringing new use cases such as stablecoins, DeFi, and tokenized assets to the Bitcoin blockchain. However, like any new technology, BRC-20 has its challenges, and it will take time to see how widely adopted it becomes.

As the ecosystem continues to grow and mature, the BRC-20 standard could represent a key milestone in Bitcoin’s transformation from a simple store of value to a fully-fledged programmable money network.

Bitcoin has been around since 2009, and while it’s primarily known as a decentralized digital currency, it’s constantly drifting towards Defi systems and Non-fungible tokens.

One of the latest innovations making waves in the Bitcoin world today is Bitcoin Ordinals.

But what exactly are they, and why should you care? Let me break it down in simple terms.

What Are Bitcoin Ordinals?

Bitcoin Ordinals, introduced by software developer Casey Rodarmor in 2023, represent a significant shift in how we think about Bitcoin.

Ordinals are essentially a way to inscribe data directly onto individual satoshis — the smallest divisible unit of Bitcoin (1 satoshi = 0.00000001 BTC). This process of “inscribing” data means that satoshis can now carry specific pieces of information, such as text, images, videos, or even smart contracts, allowing Bitcoin to function as more than just a medium of exchange.

Think of Ordinals as Bitcoin’s answer to NFTs (non-fungible tokens). While NFTs have traditionally been associated with blockchains like Ethereum, Bitcoin Ordinals allow users to mint unique digital assets directly on the Bitcoin blockchain, using satoshis as the underlying carrier.

How Do Bitcoin Ordinals Work?

Ordinals leverage Bitcoin’s existing structure by embedding data into the witness portion of a Bitcoin transaction. This witness data is part of Bitcoin’s SegWit (Segregated Witness) upgrade, which separates transaction signatures from the rest of the data, allowing for larger data payloads. The Ordinals protocol takes advantage of this, enabling the creation of digital artifacts without the need for sidechains or external databases.

When you inscribe a satoshi, you’re essentially attaching metadata to it that defines its unique characteristics. These inscriptions are stored on-chain, making them immutable and verifiable. Since Bitcoin’s supply is finite — only 21 million coins can ever exist — Ordinals provide a new layer of scarcity and uniqueness within an already limited ecosystem.

Bitcoin Ordinals vs. NFTs

While Bitcoin Ordinals and NFTs share similarities in that they both represent unique digital assets, there are key differences. NFTs on Ethereum or other blockchains often rely on external storage systems like IPFS (InterPlanetary File System) to store their associated media files. In contrast, Bitcoin Ordinals inscribe the entire data directly on-chain, ensuring that all information remains decentralized and secure as long as the Bitcoin blockchain exists.

Moreover, Bitcoin’s proven track record of security and immutability lends additional trust to Ordinals. Ethereum, while powerful, has had to undergo multiple hard forks and upgrades, sometimes creating splits in the community. Bitcoin’s more conservative approach to upgrades means that assets created through Ordinals are likely to benefit from the network’s long-term stability.

Why Are Bitcoin Ordinals Important?

1. Permanence and Security: Unlike NFTs on other blockchains, Bitcoin Ordinals store everything directly on Bitcoin’s blockchain. There’s no need for external links or storage systems, making them more secure and decentralized.

2. Expanding Bitcoin’s Use Case: Ordinals allow Bitcoin to be more than just a currency. Now, artists, creators, and developers can build unique assets — like artwork, collectibles, and even digital contracts — right on the blockchain.

3. Scarcity: Since there are only 21 million Bitcoin in existence, and each Bitcoin is divisible into 100 million satoshis, Ordinals introduce a new layer of scarcity. Each inscribed satoshi is unique, adding value to these digital artifacts.

Key Differences Between Bitcoin Ordinals and NFTs

Although Bitcoin Ordinals and NFTs may seem similar, there are some important differences:

• Storage: NFTs typically store media files on off-chain services like IPFS, while Bitcoin Ordinals keep all data on the Bitcoin blockchain itself.
• Security: Since Bitcoin is known for its robustness and security, Ordinals are considered to be more reliable in the long term compared to NFTs on other chains.
• Flexibility: NFTs on Ethereum and other blockchains can offer more complex functionalities, like smart contracts, but Bitcoin Ordinals keep things simple and focused on the asset itself.

Use Cases Around Ordinals

The potential use cases for Bitcoin Ordinals are vast and varied:

1. Digital Art: Artists can inscribe their work directly onto satoshis, creating permanent, verifiable art pieces on the Bitcoin blockchain. These could range from images to animated GIFs, all stored immutably.

2. Digital Collectibles: Much like NFTs, unique digital collectibles — such as virtual trading cards or limited-edition items — can be minted as Ordinals, providing a new marketplace for Bitcoin enthusiasts.

3. Historical Artifacts: Since Ordinals can be used to store any kind of data, they could be leveraged to preserve important historical documents or cultural artifacts, offering a decentralized archive on the world’s most secure blockchain.

4. Smart Contracts: Although Bitcoin is not as flexible as Ethereum when it comes to smart contracts, Ordinals could be used to inscribe contract details directly onto the blockchain, opening up possibilities for simple, Bitcoin-native smart contracts.

5. Gaming Assets: Ordinals could be used to create in-game assets that are tradable outside of centralized gaming platforms. These assets could include skins, weapons, or entire avatars that exist within a decentralized ecosystem.

Bitcoin Ordinals face challenges. The most significant criticism is the increased strain on Bitcoin’s block space. By inscribing large data payloads directly on the blockchain, Ordinals could lead to higher transaction fees and larger blocks, potentially impacting the network’s performance.

While recognizing the functionality Ordinals adds to bitcoin, they also introduce complexity. Bitcoin’s original vision was to be a simple, secure, and decentralized currency. Some purists may argue that the introduction of non-monetary uses like Ordinals causes mayhems to the blockchain network.

The Future of Bitcoin Ordinals

Despite the criticisms, Bitcoin Ordinals represent an exciting frontier for the blockchain. As more developers and artists begin to explore the possibilities, the ecosystem surrounding Ordinals could grow significantly. With Bitcoin’s unparalleled security and immutability, it could become the go-to platform for truly decentralized digital assets.

In the long run, Bitcoin Ordinals could help Bitcoin evolve from a purely financial asset into a more comprehensive digital platform, supporting art, culture, and contracts in ways we have only begun to imagine. Whether you’re an artist, collector, or technologist, Ordinals are worth watching as they redefine what’s possible on the world’s most established blockchain.

From the inception of Blockchain Technology in 2008, decentralization has been the foundation on which this technology stands. The core objective for the development of the first ever blockchain being the Bitcoin blockchain, is to keep it out of the control of government institutions, and also create a system where money flows freely, without the fear of inflation, and other economic vises. Decentralized finance is now a thing, in both the traditional and crypto market.

All thanks to Satoshi Nakamoto for developing the Bitcoin blockchain. However, the Bitcoin network wasn’t built to be smart-contracts compatible until the introduction of it’s Layer-2, and other sidechains, that has brought about smart-contracts operability, compatibility, and functionality into the Bitcoin blockchain. In recent times the likes of Babylon-chain have made it ultimately possible to stake Bitcoin, and earn rewards, without the need for a wrapped Bitcoin version pegged to its market price. What wasn’t previously possible on the Bitcoin network is very much possible now with the introduction of Layer-2/sidechains, integrating smart-contracts, that propel the smooth operation of decentralized finance applications on the Bitcoin blockchain.

The concept for BTCFi is straightforward: Bitcoin is a $1.2 trillion asset class with very little on-chain activity. As a result, protocols and layer-2s have immense potential to transform Bitcoin into a productive asset class, with more smart-contracts compatible protocols building on the Bitcoin network there are high tendencies that the network will be the biggest in terms of DeFi applications, high on-chain activities, huge trading volumes, and super fast dApps that will change the current Ethereum DeFi narrative for good.

THE CONCEPT OF BTCFi.

The basic concepts of BTCFi was to achieve a technological breakthrough in DeFi on the Bitcoin network, which brought about smart-contract, operability, and compatibility, while leveraging on both potentials of the Bitcoin ecosystem. Which are (PoW) security, and the huge untapped market capitalization of the Bitcoin liquidity.

This was basically achieved with the development of the first Bitcoin Layer-2 blockchain “The Lightning Network” (LN). Hence, other developers saw the possibilities, and success of (LN) in introducing scalability on Bitcoin. Then the likes of: (STACK, MAP PROTOCOL, MERLIN CHAIN, BABYLON CHAIN, LIQUID NETWORK, ETC.) Began developing their own independent ideas on how to scale Bitcoin that brought about BTCFi.

A key component of BTCFi are Bitcoin Layer-2 networks, which allow for less transaction costs and more smart-contract operative dApps for the Bitcoin network. An example is the Bitcoin Layer-2 network (Stacks). It is the first ever Bitcoin Layer-2 that allows for the development of smart-contracts to be created on Bitcoin. Bitcoin Layer-2 blockchain possesses more advantages over disadvantages as they aid in scaling the network by eradicating transaction limitations.

WHAT IS BTC-FI?

BTCFi is the whole based concept, by which DeFi stands for on the Ethereum network, and across all ethereum virtual machines compatible blockchains. This means that everything decentralized finance stands for on Ethereum, is the same as what BTCFi stands for on the Bitcoin network.

The only difference is that Layer-2 on Bitcoin are the propellers of BTCFi on Bitcoin by developing smart-contract compatible protocols/applications that scale seamlessly, without compromising the foundational model of the Bitcoin Proof of work consensus mechanism.

In a general model BTCFI consists of a number of projects that leverage smart-contracts, and scalable payment systems that process transactions that are compatible with Bitcoin. Some of these projects are built on top of the Bitcoin Layer-2 chain, below are the most popular decentralized applications on Bitcoin Layer-2 (STACKS): E.g VELAR, STXTOOLS, ROO/DMT NFTs, GAMMA, BITMAP, CHARISMA, BITCOIN PEPE NFTS, STXCITY, etc. Just to mention a few.

These applications are secured due to the security of the Bitcoin network, as they rely on Bitcoin security for secured operations. However, it is said that Ethereum has dominated the decentralized finance economy, and that Bitcoin won’t prosper in this area, as BTCFi introduction is altering the core principles of the Bitcoin network. Regardless, many say that with the huge market capitalization of Bitcoin that BTCFi will definitely witness tremendous growth amidst Ethereum Marxist criticisms.

BTCFi NFT USE CASES.

As decentralized finance applications continues to grow stronger amidst critics on the Bitcoin blockchain new use cases are in

mass adoption. A very good example is the introduction of DMT NFTs. DMT NFTs is a new NFTs concept that are encoded and live on-chain and at the same time in your crypto wallet. These NFTs are not like the traditional NFTs on the Ethereum or Solana blockchains.

The Bitcoin (Data Matter Theory NFTs) main use case is to save metadata on the Bitcoin blockchain while searching for patterns through algorithms that create a real time digital generative art.

These arts are not minted as regular NFTs ought to, their mints are solely dependent on the decision of each transaction-block on the Bitcoin blockchain. However, it is important to know that while this concept is still very much new to the NFT space, there are already existing DMT NFTs on STACKS, a Layer-2 blockchain on Bitcoin. A good example is the “Stack Invader, DMT NFT”.

CONCLUSION.

As an institutional globally accepted digital currency, Bitcoin blockchain poise as a potential home where decentralized applications can strive and succeed, especially in terms of liquidity, marketing, adoption, wider user base,etc. The narrative of BTCFi on Bitcoin is real, and will definitely usher us into a new era in the world of decentralized finance.

It’s no secret that Layer 2 solutions and sidechains leverage Bitcoin’s security, while simultaneously providing scalable systems for faster transactions and lower gas fees.

In today’s article, we will discuss the key factors surrounding these innovations on the Bitcoin network, their advantages, and how they can further strengthen the Bitcoin blockchain.

What Are Bitcoin Layer-2 Solutions?

Bitcoin Layer 2 refers to secondary protocols built on top of the Bitcoin network, designed to improve its functionality in areas like transaction speed, decentralized application programmability, and smart contract compatibility.

By addressing the limitations of the original Bitcoin framework, Layer 2 solutions play a crucial role in enhancing Bitcoin’s utility and adoption.

These protocols benefit from the security and decentralization of the main Bitcoin chain while adding features to handle increasing transaction volumes.

What Are Bitcoin Sidechains?

Over the years, sidechains have been considered a solution for scaling blockchain systems in ways similar to Layer 2 technologies. While sidechains do offer comparable benefits, they differ in operation.

Sidechains are separate networks that run independently, though they rely on the security features of their parent blockchain.

Each sidechain has its own consensus mechanism, ensuring that if a sidechain is compromised, the main blockchain remains secure, with sidechain transaction data safely stored on the Bitcoin network.

The Innovation on Bitcoin: How Bitcoin Layer-2 and Sidechains Are Pioneering This Movement

Layer 2 and sidechain technologies are driving a new wave of DeFi scalability on the Bitcoin network.

By addressing challenges such as scalability and transaction speed, these innovations are opening new avenues for growth within the Bitcoin ecosystem.

For example, Ethereum developers are now integrating with Bitcoin, providing solutions that go beyond traditional Bitcoin applications like Bitcoin Runes.

One notable development is the emergence of new NFT concepts, such as Digital Matter Theory (DMT) NFTs, which are common on the Stack blockchain (a Layer 2 scaling solution on Bitcoin). We are also seeing decentralized exchanges like Velar, DeFi tools like STXtools, gaming projects like Skull.BTC, and even memecoins like $ROO.

A few years ago, it seemed impossible for Bitcoin holders to stake their coins without third-party involvement.

Satoshi Nakamoto would likely be pleased with how his invention is enabling a more robust, decentralized financial system for the world.

It’s important to remember that Bitcoin is a tool for financial freedom and has positively transformed our financial institutions.

According to various sources, as Layer 2 and sidechain solutions continue to grow, Bitcoin is expected to see an increase in price, a resurgence of NFTs, rising staking APYs, and further improvements in DeFi applications once the bull market takes off.

Comparison Between Bitcoin Layer-2 and Bitcoin Sidechain

This section highlights the differences between Bitcoin Layer 2 solutions and Bitcoin sidechains, which is crucial as these technologies are common across various blockchain networks, not just Bitcoin.

Layer-2 Blockchains:

- Layer 2 blockchains operate on top of the main blockchain (in this case, Bitcoin) and rely on its security and gas fees.

- They do not have their own consensus mechanism but depend on the underlying protocol of the main chain.

- Layer 2 solutions reduce transaction load on the main blockchain, resulting in faster and cheaper transactions.

- They are seamlessly compatible with the main blockchain and introduce smart contract compatibility to the Bitcoin network, enhancing scalability.

Sidechains:

- Sidechains are distinct from Layer 2 solutions because they have their own consensus mechanisms, though they still leverage Bitcoin’s security. An example is RootStock.

- While they offer scalability, they operate as separate blockchains linked to the Bitcoin network.

- Sidechains enable interoperability, allowing data transfer between the main blockchain and sidechain.

- Sidechains often serve specific purposes, such as processing transactions off-chain to reduce congestion.

- The key difference between Layer 2 and sidechains is their independence; sidechains operate based on Ethereum’s EVM and connect to the main chain via a “PEG” bridge.

List of Bitcoin Layer-2 Solutions:

- Stack (STX): Market cap of $2.07 billion

- Lightning Network (LN): Market cap of $283.73 million

- Merlin Chain: No data available

- Dovi: No data available

- CKB Public Chain: Market cap of $15.35 million

List of Bitcoin Sidechain Solutions:

- Rootstock (RSK): Market cap of $149 million

- Elastos (ELA): Market cap of $36.17 million

- Coinweb (CWEB): Market cap of $16.18 million

- Satoshi-VM (SAVM): Market cap of $6.88 million

- Spectra Chain (SPCT): No data available

In conclusion

Bitcoin’s journey is just beginning. With ongoing improvements in scalability and security, Layer 2 solutions and sidechains are fostering growth in the Bitcoin ecosystem and paving the way for a more efficient financial system. Bitcoin has revolutionized the way we think about money, offering us complete control over our financial assets.

Bima as an innovative force leverages the secure power of the Bitcoin network, reinstating what has already been done at MarkerDAO and Prisma finance, but this time in a more unique decentralized technological method. Bima is introducing something entirely different from what we have seen in the blockchain industry with its own stablecoins assets $USBD on the Bitcoin network. BIMA stablecoins is backed by a massive amass of staked Bitcoin liquidity on Babylon chain, making it a very unique stablecoins asset. However, with such stablecoins colleterized by staked Bitcoin on Babylon chain, this begs the question” Is it truly stable”? Hence Bitcoin is a highly volatile crypto asset. Well in this article we shall find out!

THE TECHNOLOGY BEHIND BIMA STABLECOINS, AND ITS SYSTEM OF STABILITY.

Bima Labs the Developers of USBD, a Bitcoin-Backed Stablecoin with an Outstanding stablecoin providing real life use cases Utility. Bima Labs created a unique stablecoin, $USBD, which can be minted by providing Bitcoin liquid staking and restaking tokens as collateral. This stablecoin is backed by Bitcoin and can be used in various decentralized finance applications.

USBD minting is made possible by accepting collateral from multiple blockchain networks, including Bitcoin, Ethereum Virtual Machine (EVM) compatible networks, and Solana. Users can deposit their Bitcoin liquid staking tokens (LSTs) and liquid restaking tokens (LRTs) to mint USBD.

The minted USBD stablecoin can be utilized for lending, borrowing, swapping, and other purposes in DeFi applications, enabling users to earn additional rewards. Bima’s USBD stablecoin has the potential to power new credit, debt, and hybrid use cases especially in the traditional financial markets, making it a unique concept of DeFi operability in the Bitcoin ecosystem.

The Developers behind this project secured a whopping $2.25 million U.S dollars in investment during their seed funding phase. This was only possible with the availability of some major cryptocurrency venture capitals like: Portal Ventures spearheaded a funding round, accompanied by esteemed investors Draper Goren Blockchain, Sats Ventures, Luxor Technology, CoreDAO, and Halo Capital. Additionally, prominent angel investors Ryan Fang of Ankr, Brian Crain of Chorus One, Jeffrey Feng of Sei Labs, and Smokey of Berachain contributed to the round.

According from crunch base report the total numbers of crypto and traditional VCs invested into BIMA Labs summed up to fourteen. This is an impressive number, which shows that DeFi on Bitcoin will be the next meta for traders at large.

BIMA Labs was established in April 2024, The founder and CEO Siddarth Sridhar in an interview with The Block. Sridhar disclosed that the funding round was structured as a combination of equity and token warrants, but declined to disclose the company’s valuation over the interview. BIMA with its introduction of Bitcoin stablecoin assets, integrates a reliable, robust, and community-driven medium of exchange, a Bitcoin stablecoin has the power to enhance the traditional system of financial interactions, cultivating a more equitable, agile, and buoyant financial landscape worldwide.

By strategically incentivizing the use of its minted stablecoins on leading DeFi platforms like Curve and Convex Finance, BIMA LABS ensures seamless integration into the ecosystem. This forward-thinking approach amplifies the utility and liquidity of its stablecoins, fostering a more harmonious and interconnected DeFi landscape. As BIMA LABS’ stablecoins gain traction, they become the backbone of a more resilient and efficient financial network, empowering users with an equal flexibility and freedom while reserving the 2:1. to the value of a dollar. This mechanism is to preserve and ensure that the USBD stablecoin doesn’t experience volatility over the cause of Bitcoin volatile market nature.

NAVIGATING THROUGH BIMA PROTOCOL.

Hence BIMA leverage Babylon chain Bitcoin staked pool as a colleterized assets to its stablecoin:

1. Users delegate multiple party computational (MPC) vault, they receive a liquid staking token (LST) on their desired chain.

2. Users will have to deposit their LST token into the BIMA vault, been the over colleterized Bitcoin asset pool.

3. Hence that is the $USBD will be automatically minted from the 2:1 over colleterized Bitcoin assets vault.

4. The BIMA over collateralized Bitcoin asset vault disburses the minted $USBD with accordance to the amount of LST token delegated into the MPC vault.

5. With this been done successfully, users will be able to, borrow, lend, stake, and deposit $USBD into a stable pool to earn transactions fees.

Bima is on a mission to attract a massive amount of assets to its platform, which would be a testament to its thriving user community and abundant liquidity. By achieving a substantial Total Value Locked (TVL), Bima aims to demonstrate its credibility and appeal, making it an even more attractive destination for users seeking a secure and vibrant DeFi experience. Bima is focused on retaining a deal of minimum colleterized ratio in USBD assets volumes, by maintaining stability in price.

THE FUNDAMENTALS CONCEPTS OF BIMA USBD.

The fundamentals concept of BIMA USBD is to bridge the gap between traditional financial system unto a decentralized autonomous financial system that leverages on the security of the Bitcoin consensus mechanism (PoW). A Bitcoin stablecoin assets will definitely kick-start the DeFi model on Bitcoin network. BIMA is not only look at delivery a Bitcoin stablecoin assets, but also its own governance token ($BIMA).

CONCLUSION.

With its strong focus on security, efficiency, on its stablecoins assets on Bitcoin, BIMA is not just developing a stablecoin it’s building a movement. A movement that will transform the way we think about money, financial freedom, and the potential of Bitcoin backed stablecoin assets.

For starters we will be discussing Bitcoin and the underlying technology behind its creation. Bitcoin is a decentralized digital currency that doesn’t rely on any government or centralized system. It’s like cash for the internet. It is entirely built on cryptic codes known as (cryptography) so as to keep transactions on-chain safe and honest. This network of computers are technical nodes, these nodes of blocks ensure the immutability of the bitcoin network round the clock 24/7 as they work together to record these transactions in a public ledger called the blockchain technology. This brings us to what the blockchain is about. Simply put, the blockchain technology is a decentralized network of nodes that are linked together to achieve a common purpose for its programme which is immutability, security, and scalability of on-chain transaction data.

Bitcoin LAYER-2 And How It Is Scaling The Bitcoin Network.

The scalability of the Bitcoin blockchain has been a major topic for both users of the network, developers, and blockchain news hubs. From inception Bitcoin was not programmed by Satoshi Nakamoto to be scalable, rather its core principle is to preserve transactional data by ensuring an absolutely decentralized, secured, and safe chain network (nodes) from centralized control, authorities like the government.

This method supports a proof of work mechanisms (PoW). Which keeps the Bitcoin network secured from bad actors, in disguise as node operators who would likely try to manipulate/hack the system. In which no-one has been able to manipulate the Bitcoin network due to its consensus mechanism PoW offering an unhackable security.

Bitcoin Layer-2 first came into play to gain momentum around 2015, but it took a few more years for them to really take off. However, as of 2015, the lightning network, a leading Layer 2 solution, was first proposed in a research paper. Then in 2016 a comprehensive detailed blueprint for the Bitcoin lightning network was published, laying out some basic technical specifics, such as development mechanisms etc. Finally in 2018 the lightning network for the scalability of Bitcoin leveraging Layer 2 networks became a reality, marking a huge breakthrough for Bitcoin Layer 2 solutions.

While 2018 is often seen as the year Bitcoin Layer 2 solutions went mainstream, it is very essential to know that the groundwork had been laid in the years leading up to it. The idea and development had been steaming in the background, waiting to come to fruition.

With the breakthrough in Bitcoin Layer 2 blockchain the network has marked a significant increase in transaction or trading volumes. Introducing a new era of DeFi into the most secured blockchain ecosystem in the work. Majority of the Bitcoin Layer 2 blockchain leverage the Bitcoin proof of work (PoW) consensus mechanism for security on their own network’s.

A very good examples to this are the likes of; STACKS (STX) SYSCOIN-ROLLUX (A LAYER 2 CHAIN ON THE SYSCOIN BLOCKCHAIN UTILIZING THE PoW OF BITCOIN, WHILE PROVIDING SCALABILITY IN THE BITCOIN NETWORK TRANSACTION, SMART CONTRACT OPERABILITY, AND DApps FUNCTIONALITIES).

Bitcoin Layer 2 is gaining traction from major players in the traditional financial world, the likes of STACK gained investment from Grayscale capital which has plans for possible $STX coin ETFs in the coming years, Syscoin Rollux got the same investment from BitValue_Capital, etc. All these are quality signs that soon enough Layer 2 blockchain on the Bitcoin network will be used for DeFi activities such as, NFTs, memecoins, on-chain domain names (ENS), borrowing and lending protocols like Aave on Ethereum, etc. Bitcoin Layer 2 blockchain are more often seen as secondary solution chains on the Bitcoin network.

LISTS OF BITCOIN LAYER-2 CHAIN AND THEIR SOLUTIONS.

Bitcoin Layer 2 solutions are sprouting up due to the breakthrough of the Bitcoin lightning network, below are lists of other Bitcoin Layer 2 that will definitely exceed the expectations of users.

• Stacks: Stack is an L2 blockchain on Bitcoin that is providing the solution for Bitcoin smart contracts programmability, by introducing Defi use cases into the Bitcoin ecosystem where decentralized applications can strive with a TVL of $85.54 million dollars.
• Syscoin-Rollux: Rollux is a layer 2 chain on the syscoin network that leverages the security of Bitcoin’s security (PoW). In ensuring the security of its blockchain, while it provides room for decentralized applications to build and leverages the same security from the Bitcoin’s network, including speed in transactions, and smart contracts compatibility. With a total market valuation of $582,802,00. Dollars.
• RootStock: This is another Layer 2 on Bitcoin but it is often considered to be a side-chain on the Bitcoin network since the year 2018. Rootstock provides a solution on Bitcoin extended functionalities as it believes that the Bitcoin network will underpin the human economic system, and also propel off-chain payments. With a TVL of $162.57 million dollars.
• Dovi: Dovi is a pioneering force in the Bitcoin Layer 2 space, renowned for its seamless integration with the Ethereum Virtual Machine (EVM). This community-led initiative has emerged as a top contender, offering a cutting-edge platform for smart contracts that prioritizes scalability, efficiency, and security. With support for a diverse array of assets, including ARC20 and BRC20 tokens, Dovi’s capabilities extend far beyond. Notably, it enables the deployment of Ethereum-built smart contracts on the Bitcoin network, bridging the gap between two blockchain giants, as at this time of write no data on Defilama shows the TVL of this Layer 2.
• The Lightning Network (LN): Is a very popular Layer 2 blockchain on the Bitcoin network that 69% of traders on the Bitcoin network are familiar with. This Bitcoin Layer 2 solution was the first among many other to pioneer the scalability, and programmability of Dapps on the Bitcoin network with the aid of smart-contracts function system ( FA) while leveraging on the PoW of the largest blockchain by market capitalization ($BTC). It also aims to enhance the transactional speed on the Bitcoin network more fast and cheaper. The Lightning Network have a TVL of $303.22 million dollars according to Defilama.

CONCLUSION.

In conclusion to this article, the Bitcoin blockchain has witness rapid change as the years progress, but nothing can change the fact it remains the most secured and unhackable blockchain network in the history of the Internet. Admist it’s flaws of slow transactions speed, and expensive has feed, the integrity of this ecosystem still stands. As other Layer 2 solutions sprout with new innovations to make Bitcoin programmable it is vital not to forget the core value of the Bitcoin network is to keep and preserve a decentralized monetary system, far from the hands of centralized control.

TABLE OF CONTENT.

Introduction.

What are stablecoins.

Types of stablecoins.

Pros and Cons of stablecoins.

Conclusion.

WHAT ARE STABLECOINS?

Stablecoins are blockchain based cryptocurrencies that are generally pegged to real world financial assets, commodities, financial instruments, and any other form of collateralized monetary system. It is called a stablecoin due to its stability in price unlike other cryptocurrencies assets, such as: Bitcoin, Ethereum, and memecoins.

Stablecoins are essential to the cryptocurrencies industry, due to its nature of preserving liquidity without any form of market manipulations in price. Aside from Bitcoin being a store of value, stablecoins also serve as a store of value especially in the world of decentralized finance services (DeFiS).

Stablecoins are uniquely created, as its creation introduced a dynamic system of decentralized banking. Without the introduction of stablecoins the DeFi ecosystem would have been an ultimate disaster in terms of lending, borrowing, and staking protocols. That is currently in play and serves the purpose of financial institutions like banks.

Examples of stablecoins are: TETHER (USDT), DAI, PAX, TETHER GOLD (XUAT), HUSD, etc. Just to mention a few.

Majority of the stablecoins are known to be pegged to the United States of America legal tender (The Dollar). This is due to the consciousness in the growth of the U.S economy which on the other hand strengthens the dollar. Nevertheless it is vital to understand that not all stablecoins assets are truly stable.

The reason is that each one is backed by different types of collateral or sometimes, no collateral at all. Think of it like a safety net. Some stablecoins have a robust safety net such as being backed by a strong currency or asset e.g (Tether USDT, USDC), while others have a flimsier one. And then there are those with no safety net at all, relying on complex algorithms to keep them stable. This means that the stability of each stablecoin can vary significantly, depending on what’s backing it up.

TYPES OF STABLECOINS.

There are four major types of stablecoins, which are basically identified by their colleterized asset structures. These four types of stablecoins serve as a bridge between fiat’s currencies like the U.S dollar, EUR, pounds, and cryptocurrencies.

Traditional collateralized stablecoins:

Traditional collateralized stablecoins are often considered as off-chain assets and backed 1:1 with specific fiat legal tender. The traditional currency collateral is held in a treasury with a trusted centralized authority or financial organization, and its value must always match the amount of stablecoins in circulation at a given period of time. A good example is this: If a stablecoins issuer/ company has $100 million dollars, or euros. They can only be able to distribute the equal amount of $100 million in stablecoins assets and still retain the same ratio of 1:1 of the fiat currency. Stablecoins issuers like Tether, USDC etc. Practice this system.

Algorithms Stablecoins.

Algorithms stablecoins are not so popular and in use like the traditional stablecoins. This type of stablecoin assets isn’t pegged to fiat’s or cryptocurrencies backed assets. Rather they keep the price in check with the aid of on-chain algorithms. Think of it like a balance scale. If the stablecoin’s value dips too low, the on-chain smart contract system takes out some tokens to level it out. And if it tips too high, it adds more tokens to bring it back down. This way, the stablecoin stays steady and true to the fiat currency; its algorithm is tracking its price so as to retain a 1:1 price ratio.

Crypto Collateralized Stablecoins.

Cryptocurrency collateralized stablecoins as the name implies are simply backed by a different or groups of other cryptocurrency assets. These assets are majorly locked in a secured and hard to hack smart contracts code kept on-chain. A good example of a crypto collateralized stablecoin is $DAI & USBD It is often known as the lending and borrowing protocol smart-contracts system. Where users lock up an equivalent of their assets in a smart contract to the ratio of the stablecoin $DAI they wish to withdraw. This type of stablecoin assets are entirely decentralized from centralized control. $USBD been the Stablecoin backed by Babylonchain liquid staked token (sBTC)

Is revolutionizing Stablecoin assets, protecting against inflation on centralized assets such as USDT, USDC and the rest.

Financial Instruments/Commodity Backed Stablecoins.

These types of stablecoins assets are totally prone to price manipulations, this is due to the fact that they are backed by the likes of real world financial instruments like gold, real-Estate, Silver, bonds, and sometimes company shares. A good example is the newly launched Tether Gold stablecoins asset $XAUT, along side other OGs stablecoins assets that falls under this category like: Paxos ($PAXG). Regardless of its downsides these types of stablecoins serve a core purpose of RWA asset representation digitally. Take for example Tether gold stablecoin (XAUT) represents gold digitally, so if you hold or invest in Tether Gold XAUT you are automatically investing into the traditional gold markets size.

THE PROS OF STABLECOINS.

The importance of stablecoins assets cannot be overly emphasized, a major pros of stablecoins is its ability to maintain price without fluctuations.

1. A stablecoin is an entirely decentralized financial asset.
2. They are securely built on the blockchain.
3. Majority of stablecoins are pegged to the United States of America Dollar.
4. Prices cannot be manipulated due to it being built on the blockchain, and is backed by a huge list of real world asset reserves, like U.S treasury bonds, stocks, and the dollar.
5. Stablecoins can be used as a hedge against other cryptocurrencies when trading.

THE CONS OF STABLECOINS.

Every financial market in the history of trading has got its shares of risks, and the cryptocurrencies market is not an exception to these risks. Stablecoins as well has its own share of risks especially those stablecoins assets that are backed by digital algorithms, such as:

1. Stablecoins are mostly centralized due to their nature of being backed by real world financial assets reserves.
2. Stablecoins assets backed reserves are oftentimes manipulated an example is Tether USDT which have led the U.S government sanctions to the company so as for them to make their reserve holding public.
3. Stablecoins companies like Tether, and USDC, integrate interest rates on assets. This can be very risky if not properly managed.
4. Stablecoins offer risk of dependency on real world assets reserves, much dependency on reserves can lead to insufficiency before declarations of bankruptcy.
5. Finally, stablecoins poised the risk of government regulation on financial markets especially the cryptocurrency markets.

CONCLUSION.

In conclusion stablecoins offer more value to the cryptocurrency market. Stablecoins brought about mainstream adoptions from large-scale financial institutions.

Such as Grayscale, Microstrategy, Boomberge, including other private venture capitalists. In recent times we have seen the likes of Grayscale investing into cryptocurrency assets like SUI, STX, BCH, BTC and TAO just to mention but a few.

This wouldn’t be possible without the introduction of stablecoins, as proceeds from the investments are stored in stablecoins.