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🪙 How a Stablecoin is Minted: A Step-by-Step Guide

Welcome to the BlockchainAIForum where your technology questions are answered. Today we take explore the step-by-step process used to “mint” stablecoins. Minting is more than just pressing a button on a website—it involves a structured process combining real-world financial steps and blockchain technology. Stablecoins are blockchain-based tokens designed to maintain a steady value, typically pegged to a fiat currency like the US dollar. But what actually happens when someone “mints” a stablecoin? This article explains, in clear terms, how a fiat-backed stablecoin (like USDC or USDT) is minted, step by step.


📌 1️⃣ User Onboarding and Compliance

Step summary: The user proves their identity and gets authorized to use the stablecoin system.

  • What happens?
    A customer (say, Alice) wants to buy stablecoins. She registers with the issuing company (like Circle for USDC).
    She completes KYC (Know Your Customer) checks: uploading identification, proof of address, and sometimes even undergoing a video verification.
    Compliance teams review her information to prevent fraud, money laundering, or sanctions violations.
  • Tools used: Web forms and apps, compliance software, human compliance officers
  • Physical work: Reviewing documents, customer support for failed KYC

💰 2️⃣ Fiat Deposit

Step summary: The user sends actual money to the issuer.

  • What happens?
    Alice wires $10,000 from her bank account to the stablecoin issuer’s designated bank account. The issuer’s bank confirms receipt.
  • Tools used: SWIFT, ACH, SEPA, payment processors
  • Physical work: Bank staff may review or clear large transactions; finance teams reconcile wires

🔎 3️⃣ Treasury Verification and Approval

Step summary: The issuer confirms the deposit and authorizes minting.

  • What happens?
    The stablecoin company’s treasury team verifies the wire against Alice’s account. They check that the money actually settled (not just pending) and approve the minting amount.
  • Tools used: Banking portals, internal ledgers, compliance software
  • Physical work: Treasury analysts approve transactions; auditors may review records

🛠️ 4️⃣ Blockchain Transaction: Minting

Step summary: The issuer creates new tokens on-chain.

  • What happens?
    An authorized operator accesses the issuer’s blockchain wallet and uses a smart contract function called mint to create 10,000 new tokens. This transaction is submitted to the blockchain network.
  • Technical detail:
    The mint function increases the token supply by the specified amount. Validators confirm and record the transaction.
  • Tools used: Blockchain wallets (e.g., MetaMask, Gnosis Safe), command-line tools, smart contract interfaces
  • Physical/computer work: An employee signs the transaction using secure keys; blockchain nodes confirm it

🔗 5️⃣ Recording and Auditing

Step summary: The issuer updates internal records and ensures accountability.

  • What happens?
    The treasury updates its ledger: Alice’s $10,000 in the bank is matched by 10,000 newly minted tokens. Issuers often maintain 1:1 backing by keeping fiat reserves in segregated accounts.
  • Tools used: Accounting software, audit dashboards, blockchain explorers
  • Physical work: Accountants reconcile records; auditors verify the match between tokens and reserves

📲 6️⃣ Delivery to Customer

Step summary: Alice receives the stablecoins in her wallet.

  • What happens?
    The issuer sends the newly minted 10,000 tokens to Alice’s blockchain address. She sees them in her wallet and can now trade, lend, or hold them.
  • Tools used: Blockchain wallets, blockchain explorers, issuer’s platform for delivery
  • Physical/computer work: Staff initiates the transfer; Alice confirms receipt in her wallet

✅ Conclusion

Minting a stablecoin is not just a “crypto” step but a process that bridges real-world banking and blockchain technology. It involves:

  • Customer onboarding and compliance
  • Receiving and verifying fiat deposits
  • Authorized blockchain minting
  • Careful treasury management and audits
  • Delivering tokens to users

This process ensures that each stablecoin is genuinely backed by real assets, maintaining trust in the system.


📜 Final Note

Stablecoin issuers often publish attestation reports by independent auditors, proving that the total tokens in circulation match the fiat reserves held in bank accounts. This transparency is critical for user confidence in the stablecoin’s peg.

Time to go but first a proverb from Fiji, where they say: “children are like empty pots–they need careful fillling.

Until Next Time,

Yogi Nelson

AI Agents, AI Tools, Artificial Intelligence, Banking, Blockchains, cryptography, Decentralized, Digital Currency, international aid, International Finance, Productivity, Science, Uncategorized, Yogi Nelson

The Advantages of Stablecoins for Sending Remittances and International Payments

🌍💸

By Yogi Nelson

Welcome to the BlockchainAIForum where your technology questions are answered. Today we answer the following question: What are the advantages of stablecoins to transmit remittances and international payments?

Sending money across borders has long been expensive, slow, and sometimes unreliable. Millions of families around the world rely on remittances—money sent home by people working abroad. Traditional methods often take days to arrive and cost a big chunk of the amount sent in fees.

Enter stablecoins: a type of cryptocurrency designed to hold a steady value, usually pegged to a traditional currency like the U.S. dollar. While “crypto” might sound complicated or risky, stablecoins have clear advantages for cross-border payments—especially for everyday people who just want to get money to loved ones quickly and cheaply. Below, let’s explore what makes stablecoins such a game-changer for international payments.

🕰️ 1️⃣ Faster Transfers

Traditional money transfers often rely on banks and money transfer operators. These institutions use old payment networks that involve multiple middlemen. It can take 2–5 business days for the money to arrive. I can speak from personal experience–too slow in today’s world.

With stablecoins:

  • Transfers are nearly instant or settle in minutes.
  • Blockchain networks operate 24/7, including weekends and holidays.

Example: Sending USDC (a popular U.S. dollar-pegged stablecoin) from the U.S. to someone in Panama can take under 10 minutes, compared to days via bank wires.

💰 2️⃣ Lower Fees

Sending money internationally is notoriously expensive. According to the World Bank, the average remittance fee is around 6% globally—and even higher in some regions. Banco Popular charged me $100 to send $5,000 to Panama. Way too expensive!

Stablecoins reduce fees because:

  • No need for multiple banks to process the payment.
  • No foreign exchange markup if both sender and receiver use the same stablecoin (e.g., USDC, USDT).

Example:

  • $100 sent via Western Union might cost $6–10 in fees.
  • $100 sent as a stablecoin can cost under $1 in network fees, depending on the blockchain used.

🌐 3️⃣ Global Accessibility

Many people in developing countries do not have bank accounts. But they often have smartphones. Stablecoins can be sent, received, and stored on mobile wallets, without the need for a traditional bank.

Key benefits:

  • Financial inclusion for the unbanked or underbanked.
  • Access to USD-equivalent value without needing a dollar bank account.

Example: A worker in the U.S. can send USDC to a family member in El Salvador who holds it in a smartphone wallet, without needing local bank infrastructure.

💵 4️⃣ Protection Against Local Currency Volatility

In some countries, local currencies lose value quickly due to inflation. Receiving money in local currency may mean losing purchasing power almost immediately.

Stablecoins help by:

  • Being pegged to stable currencies like USD.
  • Preserving value across borders and over time.

Example: A family in Argentina might prefer to receive USDC instead of pesos, protecting their remittance from inflation.

🔐 5️⃣ Transparency and Security

Stablecoin transactions are recorded on blockchains, which are public, auditable ledgers. This adds an extra layer of security and transparency.

Advantages:

  • Sender and receiver can track the transfer in real-time.
  • Less risk of funds being lost in transit.
  • Resistant to censorship and freezes compared to some traditional systems.

⚡️ How Does It Work in Practice?

Here’s a simplified step-by-step:

  1. Sender buys stablecoins on an exchange or app.
  2. Sender transfers stablecoins to the recipient’s wallet address.
  3. Recipient receives them instantly or in minutes.
  4. Recipient can hold them, spend them where accepted, or convert to local currency.

This simple flow cuts out middlemen and delays.

🌟 Conclusion: A Better Way to Send Money

Stablecoins are not just a trend. They offer real, practical benefits for millions who rely on international payments:

  • ✅ Faster delivery times.
  • ✅ Lower costs.
  • ✅ Greater accessibility.
  • ✅ Protection from inflation.
  • ✅ Transparent and secure transactions.

Of course, challenges remain, like educating users, ensuring good regulation, and making stablecoins easy to cash out locally. But as adoption grows, these hurdles are being addressed.

For many families, stablecoins are already changing the way money crosses borders, making remittances fairer and more efficient.

💬 My closing thought comes from Ethiopia where they say: “a fool is thirsty in the midst of water.” If you have thoughts or questions about stablecoins and remittances, drop them in the comments below!

Until Next time,

Yogi Nelson

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AI Tools versus AI Agents: What’s the Difference.

🤖

Welcome to the BlockchainAIForum where your technology questions are answered. Artificial Intelligence is everywhere, but the terms we use to describe it can be confusing. Two terms that often get mixed up are AI tools and AI agents. Though they sound similar, they reflect fundamentally different ideas. Therefore, today we explore the following question: AI Agents vs AI Tools: What’s the Difference?, and we do so in my usual way–friendly and jargon free.


🛠️ What Is an AI Tool?

An AI tool is like any other software tool—it’s designed to help you perform a task better or faster. Think of AI tools as advanced assistants that you control directly. They don’t make big independent decisions; they simply do what you tell them.

Examples of AI tools:

  • ChatGPT in its “normal” form (you give it a prompt; it gives you an answer)
  • MidJourney or DALL-E (you enter a description; it generates an image)
  • AI summarizers or translators

Key traits of AI tools:

  • User-directed: You have to tell them what to do, step by step.
  • Single-task focus: They do one thing at a time.
  • Predictable responses (usually): You know what you’re going to get most of the time.

Blockchain analogy: Think of an AI tool like a blockchain wallet. It doesn’t move your funds on its own. You sign the transaction; the wallet just executes it for you.


🧭 What Is an AI Agent?

Now let’s talk about AI agents. These are AI systems designed to act autonomously to accomplish goals. Instead of just responding to your commands, they can figure out how to achieve a result, choosing from multiple steps or strategies.

Examples of AI agents:

  • A travel-booking agent that can compare flights, hotels, and book the best options automatically
  • Customer-support bots that handle entire conversations end-to-end
  • Research assistants that plan and execute multi-step tasks (e.g., searching sources, summarizing, writing a draft)

Key traits of AI agents:

  • Goal-directed: You tell them what you want, not how to do it.
  • Autonomous: They plan and carry out steps on their own.
  • Adaptive: They may change approach if they hit an obstacle.

Blockchain analogy: If an AI tool is a wallet, an AI agent is like a smart contract that can execute a whole set of instructions once triggered, without constant human intervention.


📊 Side-by-Side Comparison

FeatureAI ToolAI Agent
User ControlFully manual, step-by-stepHigh-level goals given
AutonomyNone or minimalSignificant, plans its own steps
ComplexitySingle-step tasksMulti-step workflows
AdaptabilityLowHigh

🤝 Why Does This Difference Matter?

This isn’t just academic hair-splitting. The distinction shapes how we use, trust, and regulate AI.

Ease of Use vs. Risk

  • Tools are easier to understand and audit because they’re direct extensions of your command.
  • Agents can save time but may act unpredictably or in unintended ways.

Integration with Blockchain

  • AI tools can be combined with blockchain for straightforward tasks, like verifying data or signing transactions.
  • AI agents could manage entire decentralized processes—think DAO treasury management, contract negotiations, or supply-chain orchestration. That introduces both opportunity and risk, requiring new kinds of governance.

💡 How to Choose Between Them

When you’re thinking about adopting AI in your workflow or project:

✅ Use an AI tool if:

  • You want tight control.
  • Your task is simple or single-step.
  • You want easy auditing.

✅ Use an AI agent if:

  • The task requires multiple steps.
  • You’re okay with some autonomy.
  • You want to delegate strategy, not just execution.

🌐 The Future: Agents Built on Tools

The lines between tools and agents are also blurring. Many AI agents are built out of multiple tools working together. For example, an AI agent that researches for you might use:

  • A search API (tool)
  • A summarizer (tool)
  • A planner (the agent itself)

The most exciting future AI systems will combine these elements seamlessly, much like smart contracts combine blockchain primitives.


🤖 Final Thoughts

As blockchain and AI continue to merge, understanding this distinction will be essential. Whether you’re building decentralized science tools, blockchain marketplaces, or AI-driven DeFi agents, you’ll need to decide:

Are you building a tool that helps people do things better?
Or an agent that can do things for them?

That decision will shape not just your technology—but your responsibilities to your users and your community.

I end with a proverb from where they say: “A single bracelet does not jingle”. Share your thoughts below or on BlockchainAIForum.com.

Until Next Time,

Yogi Nelson

Uncategorized

Crypto’s Legal Makeover: GENIUS and the Rise of Regulated Stablecoins

What Is the GENIUS Act?

Blockchain & AI Forum — June 2025
By Yogi Nelson


Welcome to the Blockchain & AI Forum, where your questions are answered!
As a bonus, every post includes a proverb from around the world.

Today’s question comes from Latasha, who asks: What is the GENIUS Act?


🔍 Overview

The GENIUS Act has been approved by the U.S. Senate! It was introduced by Senator Bill Hagerty of Tennessee, your home state. As expected, GENIUS is an acronym:
“Guiding and Establishing National Innovation for U.S. Stablecoins, 2025.”

Let’s walk through what this bill says—section by section—and what it could mean for stablecoin issuers, regulators, and the future of U.S. digital finance.


📘 Key Definitions

GENIUS defines 23 terms, but none more important than this one:

Payment Stablecoin: A digital asset designed for payments or settlement. The issuer must maintain a fixed redemption value (e.g., 1:1 with the U.S. dollar) and is required to redeem, repurchase, or convert the token on demand. It is not a national currency or a security.


🏛️ Who Can Issue Stablecoins?

If GENIUS becomes law, (waiting for the House of Representatives and the President to act) only permitted stablecoin issuers may issue payment stablecoins. That means:

No freelancers. No startups cutting corners.
If you’re unauthorized—you’re out. Or worse, facing federal prison time. 🫢


🧾 Requirements for Issuing Stablecoins

Issuers must:

  1. Maintain 1:1 Liquid Reserves
    Reserves must include:
    • U.S. dollars
    • Bank demand deposits
    • Treasury bills, notes, or bonds (≤ 93 days)
    • Short-term repurchase agreements (≤ 7 days)
    • Money market funds
    • Federal Reserve deposits
  2. Ensure Transparency
    • Disclose redemption policies
    • Publish monthly reserve composition
    • Establish clear redemption procedures
  3. Certify Compliance Monthly
    • Signed certifications by both CEO and CFO

What Stablecoin Issuers Can Do

Issuers are restricted to these activities:

  • Issue and redeem stablecoins
  • Manage reserves
  • Provide custodial or safekeeping services
  • Engage in directly related activities

No off-brand ventures allowed.


🏢 Who Will Regulate?

Good news: no new federal agency will be created. Oversight will remain with existing regulators:

  • National Banks: Supervised by the OCC (Office of the Comptroller of the Currency)
  • FDIC-Insured Banks: Supervised by the FDIC
  • State-Chartered Banks: Must follow GENISIS via state regulators
  • Qualified Nonbanks: Regulated by the OCC

This streamlined approach avoids regulatory overlap and confusion.


📄 Application & Approval Process

Once an application is deemed complete, regulators have 120 days to approve or deny.

The Catch:
The 120-day clock doesn’t start until the regulator says the application is complete. A hostile regulator could delay indefinitely by asking for more documents.

If the application is rejected, the regulator must:

“Explain all findings related to material shortcomings and offer actionable recommendations for improvement.”

My Take:
This is unusual—and potentially risky. It effectively requires regulators to teach applicants how to qualify. That raises a key question:

If an applicant can’t complete a solid application, can they really run a stablecoin program? 🤔
And if the program later fails, will they blame the regulator for “bad tutoring”?


⚖️ Rulemaking Timeline

GENIUS includes a standard Rulemaking section.

Congress gives agencies 180 days from enactment to issue final regulations.

🏁 In other words: regulators, start your engines.


🌍 Proverb of the Day

Before I head out, here’s your bonus proverb:

🐻 “A hungry bear does not dance.”
– Turkish Proverb

Until next time,
– Yogi Nelson
Blockchain & AI Forum

Artificial Intelligence, Blockchains, cryptography, Decentralized, Patents, Science, Uncategorized, Yogi Nelson

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