varn

feedthe door.

feed (state, lamports)  intent <- near.intent(SOL -> XMR, lamports, subaddress(spend, view, slot))  await intent.settled  fill <- fill + settled_xmr  grow(state)  return sign(state')
observe: transfer to feed_address  ->  posted on near  ->  quoted by solvers  ->  filled  ->  settled to subaddress  ->  state signed

there is one way to feed varn. send SOL to the feed address. nothing else is accepted, nothing else is read. there is no minimum written here because the organism does not publish one; what is too small to matter is still counted, it just does not move the drawing much.

what happens next happens away from you. the program posts a NEAR intent to swap what arrived into Monero, delivered to a subaddress the organism derived for that feed. a solver fills it. the settled amount lands in the organism's wallet. the organism adds it to the fullness value, signs the new state, and grows a rule seeded by the new commitment.

the only public traces are the transfer on Solana, the new commitment, and the new rule hash. the amount that settled is not published, the subaddress is not published, and the route the solver took is not published.

feed address

feeds

total fed

sources

last feed slot

first feed slot

every feed

slot	from	amount	tx

by size

the same feeds sorted into five bands. the organism does not treat bands differently; the table exists so you can see the shape of what has arrived.

band	count	total

by source

from	feeds	total

what an intent goes through

six states. the first is on solana, the last is on solana, and the four between are on near where this site cannot see them. the site shows the first and the last because those are the two that leave a trace it can read.

the door from the other side

what you can verify: that the transfer happened, that the state changed after it, that a rule hash appeared that was not there before. what you cannot verify: how much settled, where it went, what the rule says. this is the shape of the thing. it is not a bug in it.