Stablecoin Development

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Shipra September 4, 2024
How to Create A Stablecoin? A Complete Guide
solulab.com/how-to-create-a-stablecoin
Do you want to know how digital currencies can maintain a stable value in the highly
volatile crypto market? Unlike Bitcoin or Ethereum, which experience wild price
fluctuations, stablecoins are designed to offer the best of both worlds– cryptocurrency’s
unmatchable efficiency with the stability of fiat money.
By pegging their value to assets like the U.S. dollar, gold, or other reserves, stablecoins
have become essential for remittances, DeFi applications, and global transactions. As
businesses, financial institutions, and blockchain developers recognize their potential,
many are exploring how to create their stablecoin to facilitate secure and flawless digital
payments.
Whether you’re a startup looking to launch a stable digital currency or a developer
interested in tokenization, this guide will provide you with a clear roadmap to creating and
deploying your stablecoin. Let’s get started!

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What is Stablecoin?
Now let us understand in-depth what stablecoins are. A stablecoin is a type of
cryptocurrency where its value is either fixed or linked to another form of currency,
financial instrument, or commodity. Stablecoins are intended to provide a replacement to
the extreme volatility of most cryptocurrencies, including Bitcoin, which makes crypto
investments less suitable for everyday transactions.
Simply put, Stablecoin is a type of digital money that seeks to mimic traditional and stable
currencies. A stablecoin is a cryptocurrency backed by the value of an underlying asset.
Many stablecoins are pegged to certain fiat currencies, including the Euro or the US
dollar, and may be exchanged on exchanges. Stablecoins may additionally be connected
to other assets, such as gold or other cryptocurrencies.
Stablecoins, unlike other cryptocurrencies, are spared from excessive volatility. They
make use of the characteristics of cryptocurrencies, such as immutability, transparency,
security, quick transactions, digital wallets, privacy, and cheap costs, while maintaining
the confidence and stability of fiat currency.
Let’s look at the different types of stablecoins.
What are Two Types of Stablecoins?
Stablecoins are primarily categorized into the following types:
1. Collateralized Stablecoins
Collateralized stablecoins are digital currencies whose values are supported by specific
collateral. These can be further classified into:

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Fiat-backed stablecoins are pegged to the value of fiat currencies. Tether (USDT), the
first of its type, popularized the idea of a cryptocurrency backed by reserves equal to the
whole market capitalization and correlated with the US dollar. The stablecoin list also
includes USD Coin and PAXOS Standard as further examples.
Asset-backed stablecoins are backed by assets other than cryptocurrency or fiat. The
value of actual things such as gold, silver, diamonds, oil, real estate, and many more are
linked to these tokens.
Stablecoins backed by cryptocurrencies employ methods to maintain their value in the
face of changes in the underlying cryptocurrency. An example is the DAI token, a
stablecoin crypto backed by Ether and pegged to the US dollar. It maintains its price
through the Maker Smart Contract, which creates and destroys MKR tokens in response
to changes in ETH’s price.
These stablecoin types represent diverse approaches to ensuring stablecoin prices
remain consistent, making them suitable for various stablecoin usage scenarios.
2. Non-collateralized Stablecoins
Also referred to as Seigniorage shares or algorithmic stablecoins, non-collateralized
stablecoins embody the core principle of cryptocurrencies: decentralization. Many crypto
enthusiasts believe that stablecoins should not be tied to an asset but instead derive their
value through algorithms. This belief has led to the rise of non-collateralized stablecoins.
The financial strength of non-collateralized stablecoins does not depend on a central
authority but rather on a formula based on demand and supply. One example of these AI
cryptocurrency coins is Basis, an algorithmic stablecoin that gained significant attention
after raising $133 million from Bain Capital Ventures, Polychain Capital, and GV.
3. Algorithmic Stablecoins
Algorithmic stablecoins may hold reserve assets, but their key strategy for maintaining
stablecoins prices is by controlling supply through an algorithm. This algorithm is
essentially a computer program that follows a preset formula. This approach is somewhat
similar to the way central banks operate, where the currency’s value is maintained without
depending on a reserve asset. For instance, the U.S. Federal Reserve sets its monetary
policy publicly, based on well-established parameters. The credibility of this policy is
reinforced by the fact that the central bank is the issuer and holder of legal tender.
Now that we have covered the basics of stablecoins, including some of the best
stablecoin options, we will move on to the next section: why are stablecoins essential?

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Why are Stablecoins Essential?
Stablecoins are essential in the crypto ecosystem because they provide a stable store of
value and a reliable medium of exchange. By mitigating the volatility of other
cryptocurrencies, they enable seamless transactions, making them particularly valuable in
decentralized finance (DeFi) and cross-border payments. Their integration with fiat
currencies enhances accessibility, making them a crucial component of the digital
financial space.
Stablecoins play a vital role in financial transactions within the crypto-verse for several
reasons:
1. Best for Managing Market Volatility
Stablecoins are widely used on crypto exchanges as a low-volatility option for traders.
They allow investors to move in and out of trades without relying on fiat, making them
essential for risk management.
2. Simplifies Fiat-to-Crypto Conversion
Before trading on crypto exchanges, investors often convert fiat into stablecoins like
USDT or USDC. These digital assets maintain a stable value, making them the preferred
choice for seamless blockchain transactions.
Related: Stablecoin in DeFi
3. Preferred for Blockchain Transactions
Stablecoins, such as Tether (USDT), are the most traded assets on the blockchain. They
facilitate cross-border payments and are commonly used in DeFi protocols to enable
efficient transactions.
4. Essential for the DeFi Ecosystem
The DeFi ecosystem heavily relies on stablecoins for liquidity pools and lending services.
DeFi lending protocols like Aave and Compound issue stablecoin-based loans, ensuring
borrowers and lenders avoid the risks associated with volatile assets like Bitcoin.
What are Some Uses of the Stablecoins?

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Stablecoins offer numerous benefits and versatile use cases, making them a valuable
asset in the cryptocurrency space. Whether you’re looking to minimize risks or take
advantage of specific financial opportunities, stablecoins provide practical solutions. Here
are some key ways you can utilize stablecoins:
The value of cryptocurrencies like Bitcoin and Ether can fluctuate dramatically, sometimes
even within minutes. Stablecoins offer a more reliable alternative for buyers and sellers,
ensuring that the value of their tokens remains stable and does not suddenly crash or
surge in the future.
Stablecoins can be stored without needing a bank account and are easy to transfer. They
can be easily sent across the globe, including to regions where accessing the U.S. Dollar
or dealing with an unstable currency is challenging.
Investing in stablecoins can yield interest, often at rates higher than those offered by
traditional banks. This makes them an attractive option for those looking to grow their
wealth with relatively low risk.
Stablecoins allow you to transfer any amount of money with minimal transfer fees, making
them a cost-effective option for both small and large transactions.
Stablecoins like USDC are an excellent choice for international money transfers due to
their fast processing times and low transaction fees, making global financial transactions
more accessible and affordable.
Stablecoins are a powerful tool for various financial activities, and their stable value
opens up new possibilities for users in the digital economy. Combined with technologies
like Retrieval Augmented Generation (RAG), they could further enhance how we interact
with and utilize digital assets.

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How are Stablecoins Created?
To create a stablecoin, you need to follow these essential steps:
1. Determine the Type of Stablecoin to Develop
As previously mentioned, stablecoins fall into two major categories: collateralized and
non-collateralized. Deciding which type to create can be challenging, as no single kind of
stablecoin is inherently superior to the others. If your objective is long-term stability, you
may want to consider algorithmic stablecoins. On the other hand, if you’re aiming for
short-term stability with a reliable underlying asset, collateralized stablecoins could be the
better choice. To identify the type of stablecoin you need, ask yourself the following
questions:
How much liquidity do I need from my stablecoins?
What level of decentralization or independence do I desire?
How many audits can I afford to enhance trust and mitigate risks in my stablecoins?
How simple or complex should the overall architecture be?
Once you have answers to these questions, you’ll be better equipped to decide which
type of stablecoin to build.
2. Select the Blockchain Platform and Technologies for Development
After determining the type of stablecoin you wish to develop, the next step is to choose
the appropriate platform to build your stablecoin. Initially, Ethereum was the primary
platform for stablecoin development, but this has changed.

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Before 2018, the majority of stablecoins operated on Ethereum, but new blockchain
platforms have since emerged. Platforms like Tron and EOS are now being utilized for
building stablecoins. In 2019, several EOS-based stablecoin projects, such as Carbon
(CUSD), Tether, EUSD, and EOSDT, were launched. Many developers opted for EOS
over Ethereum due to its benefits:
Greater interoperability
High scalability and transaction bandwidth
By weighing the pros and cons of each available platform, you can make an informed
decision about which one to use. Once you’ve selected the platform and technologies for
your stablecoin development, the next step involves maintaining liquidity.
3. Consider Liquidity Maintenance
Without adequate liquidity, the entire stablecoin project could fail. To ensure good liquidity,
consider the following steps:
Evaluating Inflation and Value: Integrate an automated monitoring system to
provide daily currency rates and index rates from the Consumer Price Index and
Personal Consumption Expenditures.
Transaction Fees: Split transaction fee revenues, with a portion going to the
stablecoin partner and the remainder into a liquidity reserve to enhance liquidity.
Protection from High Supply: Users should be able to redeem or sell their
stablecoins at the current face value minus transaction fees. This prevents sellers
from offering their stablecoins at discounted rates in secondary markets.
Related: RWA-Backed Stablecoins
4. Develop a Smart Contract
Creating a smart contract is a crucial step in stablecoin development and a key factor in
the success of any crypto business. Smart contracts provide security through digital
agreements. To ensure the reliability and authenticity of your stablecoin on a
decentralized platform, you must choose the right protocols for smart contract
development. Developers will create, test, and launch these smart contracts on the test
network using virtual wallets.
5. Design the System’s Visual and Technical Aspects
At this stage, it’s time to design the necessary token. Designing a stablecoin involves
understanding how transactions will flow and how the entire system will function. You may
also need to design a system that enables users to interact with your token, which could
involve creating a website or mobile app. This step requires the design of web or mobile
app screens. Our stablecoin experts can also provide technical designs that represent the
entire workflow of a stablecoin.

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6. Develop, Integrate with a Blockchain Platform, and Launch on the
Mainnet
Once the designs are complete, the next step is system development. During this phase,
you’ll write the smart contracts required to interact with the stablecoin and launch nodes
on the selected blockchain platform. After developing the stablecoin’s features and
connecting them to the blockchain backend, you can launch it on the test net. If you’re
using Ethereum, there are various test nets available. Have different groups test your
product on the test net and provide feedback for improvement. Address any issues
identified during testing, and once resolved, you can launch your stablecoin on the
mainnet.
To better understand the process of creating a stablecoin, let’s explore an example in
detail, considering factors such as Asset-Backed Securities (ABS) vs. Mortgage-Backed
Securities (MBS) in the context of collateralized stablecoins.
Example of Creating a Stablecoin
Imagine you need to develop a gold-backed stablecoin on the Ethereum platform,
supported by verified physical gold holdings. The gold-backed token would represent the
value equivalent to 1 gram of gold. Each token should provide the benefits of physical
gold—being liquid, tradable, transferable, and fully backed by verifiable gold assets.
To create such a stablecoin, the owner must possess the underlying assets. For a gold-
backed stablecoin, this means you must have physical gold, which can be stored with a
custodian. After submitting the gold to the custodian, you must record timestamped
details such as the gold’s serial number, custody events, purchase receipt, and the
custodian’s digital signatures on a distributed ledger. This process creates proof of
ownership for the gold asset.
Gold-backed tokens can only be minted once the gold is submitted to the custodian. As
soon as the timestamped custody events are recorded on the blockchain, smart contracts
are triggered to mint tokens. These minted tokens are then added to your organization’s
holdings and can be issued to users.
To ensure your token is compliant, you can integrate third-party AML/KYC APIs to
onboard reliable and authentic users.
Developing the entire stablecoin infrastructure requires both front-end and back-end
components. The front end could be native iOS/Android apps or web apps, while the back
end would be built on a blockchain platform. One platform used for tokenizing, minting,
and burning tokens is the Alphapoint Blockchain Network.
Here are some third-party integrations that can be incorporated into the system:
Coinbase Wallet:You can use Coinbase Wallet or another third-party wallet to store
and transfer stablecoins.

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Stock Exchange API:A specific stock exchange API can fetch real-time gold
values from an exchange where your physical gold assets are stored. This allows
users to access the current value of their assets.
Bank Merchant Account APIs:Bank merchant account APIs can be integrated to
enable various payment methods for purchasing gold-backed tokens.
It’s crucial to highlight that our team has the expertise required to build a fully compliant
and tradable stablecoin. This process showcases how you can create a stablecoin,
specifically a gold-backed one, within the list of stablecoins available today.
Understanding the ICO working and the stablecoin price dynamics is also essential when
planning such a project.
The Bottom Line
In conclusion, creating a stablecoin involves a series of strategic steps, from choosing the
right type of stablecoin and blockchain platform to developing smart contracts and
ensuring liquidity. Whether you are aiming to create a gold-backed stablecoin or another
asset-backed cryptocurrency, the process requires careful planning and execution to
ensure stability, security, and compliance. This guide has outlined the essential aspects
you need to consider to successfully develop a stablecoin that can meet market demands
and offer value to users.
However, building a stablecoin comes with challenges such as maintaining liquidity,
ensuring compliance with regulatory standards, and integrating secure third-party
services like wallets and payment gateways. SoluLab, as a leading Stablecoin
development company, has the expertise to navigate these complexities. We offer end-to-
end solutions tailored to your stablecoin development needs, from conceptualization to
deployment on the blockchain Technology. To discuss how we can help you bring your
stablecoin project to life, contact us today.
FAQs
1. How are stablecoins different from bitcoins?
The supply and demand in the market influence the value of bitcoin, which causes
significant volatility. Stablecoins, on the other hand, are designed to minimize price
fluctuation by maintaining a constant value, usually linked to a fiat currency and various
assets that are stable.
2. Which currency is backed by gold?
With the advantages of the blockchain, investors can acquire investment-grade real gold
at a reasonable price with PXAG. One solid ounce of gold is backing for each Pax Gold
(PAXG) token, and it is kept in London’s LBMA vaults.
3. What is the price of creating a stablecoin?

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The sort of stablecoin that is built has a significant impact on the cost of manufacturing. In
general, creating asset-backed collateralized stablecoins is easier and less costly, the
approximate cost ranges from $10,000 to $12,000 USD.
4. Why should I buy a stablecoin?
They happen to provide security as well as worth that other cryptocurrencies do not,
stablecoins are essential to the cryptocurrency ecosystem. Stablecoins use a variety of
techniques, including decentralized governance, collateralization, and algorithms to
maintain a constant value.
5. How does SoluLab provide solutions for the challenges associated with
stablecoin development?
Developing stablecoins has several difficulties, including integrating safe third-party
services, keeping liquidity, and guaranteeing regulatory compliance. As a crypto
development company, SoluLab is providing all-inclusive solutions to tackle these issues,
from creating safe smart contracts to complying with all legal regulations.