LORD GAUDY (GROUP) Name and picture from twetch — not on-chain. The signature is; the profile is not.

BSV is not competing to be a smaller Bitcoin. It is competing to be the ledger the internet can actually write to.

Twenty-one million coins. That number is not a slogan. It is a hard cap, same schedule as the original protocol, with about 20.09 million already issued. At today’s price near $22, the whole network is valued around $430 million.

That is the starting point, not the argument.

The argument is capacity.
Bitcoin Core settled the block-size fight by keeping the chain small. That made BTC a scarce bearer asset and a terrible database. Visa peaks near 65,000 transactions per second. BTC does about 7. BSV’s public mainnet has already sustained more than 13,600 TPS with 4 GB blocks and fees measured in fractions of a cent. That is not a white paper. It is on-chain.

Then comes Teranode. The BSV Association rebuilt the node as horizontally scaled microservices and held one million TPS across globally distributed AWS regions for two weeks, with zero transaction loss in that test. A later 100-instance pipeline study put a lab ceiling at 79 billion TPS. Treat the last figure as what it is: a controlled ceiling, not current public demand. Treat the first figure as what it is: the architecture no longer dies at seven transactions a second.

That is why data and AI belong in the valuation, not as decoration.

AI does not need another memecoin. It needs three cheap primitives: a place to timestamp training data and model outputs so they cannot be silently rewritten; a rail that can settle a million tiny payments without a card network’s floor; and a log that auditors can re-check years later. Global data creation is now measured in hundreds of zettabytes. Enterprises already say AI is forcing them to keep more data, longer, and pull cold archives back online for retrieval. Most chains cannot price a write that small or store an object that large. BSV can put arbitrary data in the transaction itself and charge less than a cent to do it. There is already a live inference rail settling agent calls around a tenth of a cent in BSV.

Do the fee math without the fairy tale. One million TPS is 86 billion transactions a day. At $0.0001 average fee, miners earn about $3.2 billion a year. At $0.001, about $32 billion. That revenue, if real and persistent, can support tens or hundreds of billions of network value before anyone mentions “digital gold.”

Divide a $50 billion data-and-audit ledger by 21 million coins and the price is $2,381. A $500 billion agent-and-micropayment network is $23,810. A $5 trillion commodity-plus-throughput network is $238,095. Those are not forecasts.

They are the prices implied if the chain is used for the job it was scaled to do.

The $1 trillion and $1 quadrillion slides are arithmetic, not evidence. $1 trillion ÷ 21,000,000 is exactly $47,619.05. Circulating supply makes it about $49,777. Useful as a calculator. Useless as a substitute for demand. A quadrillion-dollar BSV requires the coin to absorb a monetary premium the size of the global financial system.

Data fees alone will not take it there.

What data fees can do is close the only gap that matters: utility versus ticker. BTC optimized for not changing. BSV optimized for not filling up. In a world where models, agents, invoices, sensor logs, and identity attestations all need a public timestamp and a two-way payment, the chain that can accept the write wins the write. The coin that collects those writes inherits the monetary bid later, if it earns it.

That is the case for BSV. Not that it is already worth $47,600. That it is one of the few public ledgers built so that price, whenever it comes, would be the residue of use rather than the substitute for it.

LORD GAUDY (GROUP)

Direct Instant Payments vs Traditional Payment Apps

Question: What prevents someone from having a duplicate wallet on two offline devices and sending payments to two different recipients? Double spending was prevented until both recipients tried broadcasting while back online, with the first valid broadcaster.

Answer: Two people who received transactions spending the same UTXO are stopping them. They have evidence of the fraud (the perpetrator’s signature) and identifying information (identity key and face-to-face interaction). This prevents fake cash fraud. You don’t accept cash from unknown individuals or those you can’t contact for complaints. If caught, you make a criminal complaint. You don’t make high-value transactions offline. This is a convenience that requires trust between counterparties, but no third-party trust.

Imagine a Bitcoin where sub-cent fees are the norm, even at moonshot prices. Not hype. Math. On BSV, a simple 250-byte tx at just 0.1 sat/byte delivers insane micropayment power for the machine economy.

Here’s what your on-chain fee looks like:
• At $5,000/BSV → $0.00125 (0.125 cents)
• At $10,000 → $0.0025 (0.25 cents)
• At $25,000 → $0.00625 (0.625 cents)
• At $50,000 → $0.0125 (1.25 cents)
Still basically sub-cent territory.
• At $100,000/BSV → $0.025 (2.5 cents)
• At $1,000,000/BSV → $0.25 (25 cents)

Even at $1M per coin, you’re looking at pennies or fractions, before batching, tokens, or payment channels make it near-zero per micro-payment. This is why Bitcoin SV was built for global scale. Unbounded blocks + true fee market discovery = micropayments that actually work at machine speed. No congestion games. No “pay more to play.”

The Core Idea
A micropayment = sending a tiny amount of money (often less than 1 cent) quickly and cheaply.

On BSV:
• You can send as little as 1 satoshi (0.00000001 BSV) in a transaction.
• The fee to send that tiny payment is only 25 satoshis (for a basic 250-byte transaction at 0.1 sat/byte).

So the total cost is basically the fee + the amount you want to send.

Real-World Examples at Different BSV Prices
• $5,000 → 0.125 cents
• Pay 0.5 cents for a song listen, news article, or API call
• Machine pays another machine 1 cent every 10 seconds for data
• Feels like “free” is cheaper than a thought
• $10,000 → 0.25 cents
• Buy a 1-cent video view or game item
• IoT device pays 2 cents per minute for electricity or bandwidth
• Still basically free at human scale
• $25,000 → 0.625 cents
• Pay 1–2 cents for premium content, micro-gaming rewards, or sensor data
• Perfect for machine-to-machine economy
• $50,000 → 1.25 cents
• Send 5 cents and the fee is only 25% of it
• Still excellent for frequent tiny payments
• $100,000 → 2.5 cents
• Send 10 cents → fee is 25% of the payment
• Still usable for many use cases
• $1,000,000 → 25 cents
• Send $1 → fee is only 25 cents (very reasonable)
• Send 10 cents many times using batching or channels to keep effective fee tiny
How It Gets Even Cheaper in Practice
• Batching: Put 100 micropayments into one transaction → fee per payment drops to ~0.25 cents even at $1M/BSV.
• Payment Channels (like Lightning but on-chain scalable): Open once, then send thousands of tiny payments with almost zero extra fees, then close when done.
• Tokens / Smart Contracts: Many payments happen off the main chain or in layered systems, making the real cost near zero per click.

Simplified
At $5k–$50k BSV, sending 1 cent feels almost free.
At $100k, sending 5–10 cents is still very cheap.
At $1M, sending $1+ is cheap, and tiny payments stay practical with batching/channels.

This is why BSV was designed the way it is: unlimited block size + low fees = machines can pay each other constantly for data, compute, content, energy, ads, etc., without anyone noticing the cost.

It turns the internet (Metanet) into a true pay-per-use economy at machine speed. No credit cards. No middlemen taking 2–3%. Just instant, tiny, automatic transfers.​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​
Real utility. Real economy.

LORD GAUDY (GROUP)

Imagine a Bitcoin where sub-cent fees are the norm, even at moonshot prices. Not hype. Math. On BSV, a simple 250-byte tx at just 0.1 sat/byte delivers insane micropayment power for the machine economy.
Here’s what your on-chain fee looks like:
• At $5,000/BSV → $0.00125 (0.125 cents)
• At $10,000 → $0.0025 (0.25 cents)
• At $25,000 → $0.00625 (0.625 cents)
• At $50,000 → $0.0125 (1.25 cents)
Still basically sub-cent territory.
• At $100,000/BSV → $0.025 (2.5 cents)
• At $1,000,000/BSV → $0.25 (25 cents)
Even at $1M per coin, you’re looking at pennies or fractions, before batching, tokens, or payment channels make it near-zero per micro-payment. This is why Bitcoin SV was built for global scale. Unbounded blocks + true fee market discovery = micropayments that actually work at machine speed. No congestion games. No “pay more to play.”
The Core Idea
A micropayment = sending a tiny amount of money (often less than 1 cent) quickly and cheaply.
On BSV:
• You can send as little as 1 satoshi (0.00000001 BSV) in a transaction.
• The fee to send that tiny payment is only 25 satoshis (for a basic 250-byte transaction at 0.1 sat/byte).
So the total cost is basically the fee + the amount you want to send.
Real-World Examples at Different BSV Prices
• $5,000 → 0.125 cents
• Pay 0.5 cents for a song listen, news article, or API call
• Machine pays another machine 1 cent every 10 seconds for data
• Feels like “free” is cheaper than a thought
• $10,000 → 0.25 cents
• Buy a 1-cent video view or game item
• IoT device pays 2 cents per minute for electricity or bandwidth
• Still basically free at human scale
• $25,000 → 0.625 cents
• Pay 1–2 cents for premium content, micro-gaming rewards, or sensor data
• Perfect for machine-to-machine economy
• $50,000 → 1.25 cents
• Send 5 cents and the fee is only 25% of it
• Still excellent for frequent tiny payments
• $100,000 → 2.5 cents
• Send 10 cents → fee is 25% of the payment
• Still usable for many use cases
• $1,000,000 → 25 cents
• Send $1 → fee is only 25 cents (very reasonable)
• Send 10 cents many times using batching or channels to keep effective fee tiny
How It Gets Even Cheaper in Practice
• Batching: Put 100 micropayments into one transaction → fee per payment drops to ~0.25 cents even at $1M/BSV.
• Payment Channels (like Lightning but on-chain scalable): Open once, then send thousands of tiny payments with almost zero extra fees, then close when done.
• Tokens / Smart Contracts: Many payments happen off the main chain or in layered systems, making the real cost near zero per click.
Simplified
At $5k–$50k BSV, sending 1 cent feels almost free.
At $100k, sending 5–10 cents is still very cheap.
At $1M, sending $1+ is cheap, and tiny payments stay practical with batching/channels.
This is why BSV was designed the way it is: unlimited block size + low fees = machines can pay each other constantly for data, compute, content, energy, ads, etc., without anyone noticing the cost.
It turns the internet (Metanet) into a true pay-per-use economy at machine speed. No credit cards. No middlemen taking 2–3%. Just instant, tiny, automatic transfers.​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​​
Real utility. Real economy.

LORD GAUDY (GROUP)