What is paid for and where the payment goes
A price on its own explains nothing. These analyses show what stands behind each sum and how a payment turns into paid-for storage.
What two dollars buy
Every model on its own is available free. So what is the $1.99 and $2.99 for? For the coherence of a pipeline where one model's output feeds the next. Plus: why a greeting card ends up in permanent storage.
Twenty dollars for forever
Where the claim comes from that one payment covers permanent storage: 10 GB of memory a year, $2 per gigabyte, disk prices falling 30 % annually. Plus epistemic drift and the node vote at the fifty-one per cent rule.
The four boundaries of $GALATIN
The upper one is a hard supply of ten billion on Solana. The lower one is nine decimal places, without which micropayments for memory are impossible. The inner one is the 5/5/15-7-3/65 router, where empty ambassador levels go to burn and push it up to 30%. The outer one is zero exchange fees and open-market buy-backs when rewards are paid in the token. Plus four forces of scarcity and four named risks.
An empty tier burns
The Solana router in CODE is built so that a missing ambassador does not leave money with the platform but destroys it: from five per cent with a full chain to thirty with none. We take apart the formula, the tier-alignment rule, three transactions counted to the last token, and separate what runs today from what is still a roadmap.
The arithmetic of replacement
An analysis of the payback calculation: $420,000 a year against $7,200, thirty cents per dialogue and a 98.2 % share closed without a human. Plus three assumptions, any one of which inverts the arithmetic if it fails.
The analyses are published on codeofdigitaleternity.ink. All analyses