What is eBTC? Complete Guide to Tokenized Bitcoin on Ethereum

Bitcoin is the world’s initial widely adopted cryptocurrency, and its prominence is increasing day by day. In the crypto market, Bitcoin is capturing the attention of major financial firms and institutional investors. Likewise, it is familiar for its decentralized currency features, often linked to ‘digital gold’ for its significant store of value. 

The blockchain technology is emerging in distinct segments, and the DeFi movements aim to offer financial applications to the blockchain.  As a part of generating income, BTC holders participate in the Ethereum-based DeFi ecosystem and deposit it into a DeFi lending protocol.

Bitcoin is currently represented on another Blockchain, mainly called Ethereum, with the help of developing digital tokens. Let’s know more about Bitcoin’s digital version and its influence on different platforms like Decentralized Finance Applications. 

This article provides a detailed explanation of eBTC, tokenized Bitcoin, why it’s linked to Ethereum, and its working process, along with examples.   

What is eBTC?

eBTC is defined as the new synthetic asset of BTC  on Ethereum, and it is introduced by LIDO and BadgerDAO. eBTC assists in encouraging the users of the Decentralized Finance platform to borrow bitcoin tokens on ETC  at virtually no cost.

This synthetic bitcoin enhances the BTC/ETH ratio to provide a substitute for off-chain strategies and trading, which are implemented by centralized protocols. The composability of eBTC helps developers to develop innovative solutions and boost their functionality. It is built on the Ethereum staking layer and mainly aims to highlight the demerits of opaque and centralized financial infrastructure. Moreover, eBTC develops as a financial substitute to choices within the CeFi (Centralized Finance) and DeFi sectors.

What is tokenized Bitcoin? 

Tokenized Bitcoin is one of the simplest ways to utilize BTC on other blockchains. It can be described as the process of developing digital coins on a blockchain such as Ethereum, which are backed by the real BTC held in reserve. Tokenized Bitcoin can also be named as Wrapped Bitcoin, and it acts as a proxy for BTC, helping users to use the value and liquidity of Bitcoin within a distinct blockchain landscape, especially for DeFi applications. 

The main purpose of the tokenized bitcoins is to have the capability to connect with dApps utilising bitcoin-derived cryptocurrency. One of its main benefits is its accessibility; any user can purchase tokenized bitcoin, having distinct decentralized and centralized exchanges offering liquidity. It also assists users in manually converting their bitcoin into the BTC corresponding digital coin of the network.

Why Tokenize Bitcoin on Ethereum? 

Tokenized Bitcoin explains BTC as the “ERC-20 “ token, and it aids traders to participate in Ethereum-based DeFi without liquidating BTC holdings. This cross-chain protocol helps users to obtain both the advantages of the liquidity of Bitcoin and the programmability of Ethereum into one token. Likewise, this aids developers to enhance their inherent operationality by obtaining the element of programmability. 

Tokenizing Bitcoin on Ethereum assimilates the Bitcoin value with the utility of ETH, expanding opportunities for tokenization in the application of cryptocurrency. Moreover, through this cross-chain protocol, the functionalities of Bitcoin are empowered by facilitating the extension of BTC’s properties into the Ethereum blockchain. Tokenizing bitcoin on other blockchains helps to enhance the overall utility of the network. 

How does tokenizing Bitcoin work?

Tokenizing Bitcoin is described as making digital representations of BTC or its parts on another blockchain, which is different from the major Bitcoin blockchain. For a tokenized token, each coin implies a certain count of native bitcoin.

Many Bitcoin synthetic assets are available, and each of them has distinct degrees of decentralization and various assumptions regarding difficulties and trust. The trader requires to analyse and comprehend a synthetic assets peg mechanism before exchanging native BTC.

The two relevant mechanisms utilised in the working process of tokenizing Bitcoin are the custodial and non-custodial mechanisms.

In a custodial mechanism, the tokens may be minted by that party and hold the funds of bitcoin in a vault, and develop the tokenized version in return. This mechanism needs belief in the organization to appropriately handle the Bitcoin and tokenized Bitcoin. While in the non-custodial mechanism, trusted firms are not required, and the whole burning and minting procedures are done by the automated on-chain process. The funds of Bitcoin are secured, and tokenized BTC is minted via VM (Virtual Machine) or smart contracts in a completely suspicious manner. It involves various networks, such as Stacks, working to construct innovative peg-out or peg-in functions that are entirely decentralized.

Some of the popular examples for the list of BTC for Ethereum DeFi are  Wrapped Bitcoin (WBTC), Huobi Bitcoin (hBTC), Ren Bitcoin (renBTC), Keep Network Bitcoin (tBTC), and Synthetic BTC (sBTC). Likewise, examples for BTC for Bitcoin DeFi are Wrapped Bitcoin on Stacks (xBTC), Smart Bitcoin (rBTC), Stacks Bitcoin-pegged Asset (sBTC), and Liquid Bitcoin (L-BTC).

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Conclusion

Tokenization is radically changing the way we communicate with assets of value. Tokenized Bitcoin helps users to experience a new level of network utility.  The tokenization of real-world assets and the future of DeFi is efficient with ongoing innovations and developments constantly expanding the landscape.

Tokenized Bitcoin on Ethereum helps users to experience the benefits of Ethereum’s programmability as well as Bitcoin’s liquidity into one token. Tokenizing bitcoin on other blockchains always helps users capture many advantages, especially in the DeFi ecosystem and smart contract functionality. The major mechanisms used for Tokenizing Bitcoin are custodial and non-custodial; each one has its peculiarities. There are also other mechanisms for constructing tokenized BTC; traders have various options that yield distinct levels of risk, decentralization, utility, and other significant elements for investors.