Libra (LIBRA)

What is Libra (LIBRA)?

Libra, initially envisioned as a stablecoin backed by a basket of fiat currencies and government bonds, was a proposed cryptocurrency project spearheaded by Meta (formerly Facebook). The project aimed to create a global payment system that could be easily accessible to billions of people worldwide, particularly those underserved by traditional financial institutions. Libra sought to provide a more efficient and cost-effective means of transferring money across borders and facilitating online transactions. While the original concept faced significant regulatory hurdles and ultimately underwent substantial modifications, the underlying vision of a digitally-native global currency highlights the ongoing innovation and evolving landscape of the cryptocurrency industry.

The initial whitepaper for Libra articulated a commitment to building a permissioned blockchain network, with plans to transition to a permissionless system in the future. This meant that, at first, membership and participation in the network would be restricted to a select group of validators known as the Libra Association. The selection of these validators was intended to include a diverse set of organizations, including payment processors, technology companies, and non-profit entities, to ensure a robust and decentralized governance structure. Each validator would operate a node on the network, responsible for verifying transactions and maintaining the integrity of the blockchain. The Libra Association was intended to be a non-profit organization based in Geneva, Switzerland, responsible for governing the Libra network and managing the reserve of assets that backed the stablecoin.

How Does Libra (LIBRA) work?

The original Libra concept relied on a system of smart contracts and a modified version of the Byzantine Fault Tolerance (BFT) consensus mechanism called LibraBFT. This consensus mechanism was designed to ensure that the network could reach agreement on the validity of transactions, even in the presence of malicious actors or faulty nodes. LibraBFT aimed to provide high throughput and low latency, making it suitable for handling a large volume of transactions quickly and efficiently. Transactions on the Libra network were to be processed by validators, who would verify the authenticity of each transaction and add it to the blockchain.

The Libra network utilized a new programming language called Move, designed specifically for writing smart contracts on the blockchain. Move was intended to be a safer and more secure language than existing smart contract languages, such as Solidity, by providing built-in features for preventing common vulnerabilities like reentrancy attacks. The goal was to create a more reliable and trustworthy platform for building decentralized applications and financial services on top of the Libra network. Move was designed with resource scarcity in mind, ensuring that assets are properly managed and controlled within smart contracts.

The proposed backing of Libra by a reserve of fiat currencies and government bonds was a crucial aspect of its design. This reserve was intended to provide stability to the value of the stablecoin, ensuring that it could be redeemed for an equivalent amount of the underlying assets. The Libra Association would manage the reserve, with the goal of maintaining its value and ensuring that it could always meet redemption requests. The composition of the reserve was intended to be diversified across multiple currencies and assets, reducing the risk of any single currency or asset significantly impacting the value of Libra.

Libra (LIBRA) Key Features and Technology

One of the key features of the original Libra proposal was its focus on accessibility and ease of use. The project aimed to create a payment system that could be easily integrated into existing online platforms and services, making it simple for users to send and receive money. Libra was also designed to be compatible with a wide range of devices, including smartphones, tablets, and computers, ensuring that it could be used by people around the world, regardless of their access to technology. The Libra Association planned to develop a suite of applications and tools that would make it easy for users to manage their Libra balances and make transactions.

Another important feature of Libra was its emphasis on security and privacy. The Libra blockchain was designed to be highly resistant to attacks and fraud, with built-in security measures to protect users’ funds and data. The Libra Association also planned to implement strong privacy protections, such as anonymizing transaction data and allowing users to control the visibility of their transactions. However, these privacy measures were balanced against the need to comply with regulatory requirements, such as anti-money laundering (AML) and know-your-customer (KYC) regulations.

• Global Accessibility: Designed for worldwide use, targeting the unbanked and underserved populations.
• Stable Value: Initially proposed to be backed by a reserve of fiat currencies and government bonds to minimize price volatility.
• Scalability: Aimed for high transaction throughput and low latency to handle a large volume of payments.
• Secure and Private: Designed with built-in security measures and privacy protections.
• Move Programming Language: Utilized a custom programming language for smart contract development, focusing on security and resource management.

What is Libra (LIBRA) used for?

The initial vision for Libra was to serve as a global payment system, facilitating everyday transactions, international remittances, and online commerce. Its accessibility was intended to empower individuals who lack access to traditional banking services, enabling them to participate in the digital economy. The low transaction fees associated with Libra were expected to make it an attractive alternative to traditional payment methods, particularly for cross-border payments, where fees can be prohibitively high.

Libra aimed to be seamlessly integrated into various platforms and applications, including social media platforms and e-commerce websites. This integration would enable users to make purchases, send money to friends and family, and pay for services directly within these platforms, without the need for intermediaries. The Libra Association also planned to develop a suite of financial services, such as lending and borrowing platforms, built on top of the Libra network, further expanding its utility and functionality.

Beyond individual transactions, Libra was also envisioned as a tool for businesses to streamline their payment processes and reduce costs. By accepting Libra as payment, businesses could avoid the high fees associated with credit card processing and international wire transfers. Libra could also enable businesses to reach new customers in emerging markets, where access to traditional payment methods is limited.

How Do You Buy Libra (LIBRA)?

The original Libra project faced significant regulatory challenges and underwent substantial modifications. The initial concept of a stablecoin backed by a basket of fiat currencies was ultimately abandoned. The project evolved into Diem, and subsequently sold its assets. Therefore, you cannot directly purchase “Libra” or “Diem” as originally conceived. However, it’s important to understand the context and how it might have been acquired if it had launched in its original form.

If Libra had launched as originally planned, it is likely that several methods for acquiring it would have been available. Cryptocurrency exchanges would likely have been the primary platform for buying and selling Libra. These exchanges would have listed Libra against other cryptocurrencies, such as Bitcoin and Ethereum, as well as against fiat currencies, such as the US dollar and the Euro. Users would have been able to deposit funds into their exchange accounts and use those funds to purchase Libra.

Because of the regulatory issues, the company was forced to sell its assets, and there are no ways to buy it at this time.

How Do You Store Libra (LIBRA)?

Since Libra, as originally envisioned, never launched, there are no official wallets available for storing it. However, based on the project’s initial design and goals, we can speculate on the types of wallets that would have been available and how they would have functioned. The original Libra project planned to develop a dedicated digital wallet called Calibra (later renamed Novi) for storing and managing Libra. This wallet would have been designed to be user-friendly and accessible to a wide range of users, including those with limited experience in using cryptocurrencies.

If Libra had launched and if the specifications for wallets had been implemented, these would likely have been the ways Libra could have been stored:

• Hosted Wallets: These wallets, also known as custodial wallets, would be offered by exchanges and other third-party providers. Users would store their Libra on the provider’s servers, trusting them to keep their funds safe. Hosted wallets are convenient and easy to use, but they also carry the risk of the provider being hacked or going out of business.
• Software Wallets: These wallets are installed on a user’s computer or smartphone. They give users more control over their funds, but they also require more responsibility for security. Users are responsible for backing up their wallets and keeping their private keys safe.
• Hardware Wallets: These wallets are physical devices that store a user’s private keys offline. They are considered to be the most secure type of wallet, as they are not vulnerable to online attacks. However, hardware wallets are also more expensive and less convenient to use than software wallets.

Hardware wallets would have been a key option and brands such as Ledger and Trezor would likely have made Libra compatible to store Libra in a cold storage option. Mobile wallets would likely have existed and could have been accessed via Android and iOS. Desktop wallets could also have been an option for Windows, Mac, and Linux operating systems.

Future Outlook and Analysis for Libra (LIBRA)

While the original Libra project ultimately did not come to fruition, its legacy continues to shape the discourse surrounding digital currencies and the future of finance. The regulatory challenges and public scrutiny that Libra faced highlighted the complexities of launching a global stablecoin and the need for careful consideration of issues such as financial stability, data privacy, and consumer protection. The project forced regulators around the world to grapple with the implications of digital currencies and to develop appropriate regulatory frameworks.

Despite the demise of Libra, the underlying vision of a digitally-native global payment system remains relevant. The demand for faster, cheaper, and more accessible payment solutions continues to grow, particularly in emerging markets. Central bank digital currencies (CBDCs) are gaining traction, with many countries exploring the possibility of issuing their own digital currencies. The lessons learned from Libra’s experience are likely to inform the development of these CBDCs and other digital currency initiatives.

Even though the project was ultimately shelved, the technology and the team from Meta are working on new AI models, and perhaps at some point in the future will revisit the project again, as the Metaverse expands and they look for ways to integrate technology. The Libra project has influenced current cryptocurrency, as well as CBDC projects. The lessons learned from Libra’s ambitious, albeit ultimately unsuccessful, attempt at creating a global digital currency will undoubtedly continue to shape the future of finance.

References

• CoinGecko: https://www.coingecko.com
• CoinDesk: https://www.coindesk.com