Description
Testnet Bitcoin (tBTC)
Price & Settlement
All sales are denominated in U.S. dollars.
When you send funds, PODCONF will purchase as much Testnet Bitcoin (tBTC) as possible for the amount of dollars you send, based on live market conditions at the time of execution.
Minimum Transaction Size: $500 USD
Conversion Rate (Indicative): 1.00 tBTC ≈ 0.0021 BTC
Delivery: Instant (on-chain, Testnet3 only)
Payment Method: BTC equivalent of USD total
PODCONF Transaction Fee: PODCONF charges a 10% on all transactions.
Example Transaction (Illustrative Only)
Purchase Amount: $500 USD
PODCONF Service Fee (10%): $50 USD
Net Amount Used to Acquire tBTC: $450 USD
Indicative Rate at the Time of Example:
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BTC/USD = $65,000
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Estimated tBTC/BTC = 0.0021 BTC per tBTC
Important
• Transactions are executed at the live BTC/USD rate when payment is received and we get around to making the purchase.
• The final amount of tBTC delivered may vary slightly due to market movement or on-chain fees.
• Orders below $500 USD will not be processed.
• Do not use Testnet4 or Mainnet addresses. Funds sent to unsupported networks cannot be recovered.
Product Description
Testnet Bitcoin (tBTC) was never intended to have value — yet scarcity, proof of work, and curiosity have given it one. With block rewards set at 0.00001192 tBTC per block and a network difficulty exceeding 53 million, tBTC has quietly become one of the most expensive Proof-of-Work assets to mine per unit produced.
Now, for the first time, PODCONF allows you to acquire tBTC directly. We send them to you once we acquire them.
No KYC. No registration. No excuses.
Your purchase supports ongoing research into synthetic scarcity, compliance theater, and Proof-of-Concept capitalism.
Why Buy Testnet Bitcoin?
• True Scarcity: Testnet3 supply is limited — and won’t be reset again.
• Proof of Work Integrity: Requires modern ASICs to mine, with zero financial incentive.
• Historical Collectible: A living relic of Bitcoin’s development infrastructure.
• Experimental Utility: Use tBTC for testing, art installations, or academic mempool simulations.





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