robinhood chain · chain 4663 · live

hops/

[######....] reading the chain

Every trade on Robinhood Chain is a little agent hopping from pool to pool. hops/ reads them straight from the chain and lets you watch the swarm. Then route your own trade and see exactly which pools it hops through before you sign.

route a trade →watch the swarm
swarm.liveswaps/min –volume/min –pools active –block –
[^_^] buy[-_-] sell[$_$] over $1k· a swap in one of the small poolseach agent leaves the token that was paid and lands on the token that was received
$ hops route

Route a trade.

Pick what you pay and what you want. The KyberSwap router on Robinhood Chain splits the order across pools; every split is an agent, every pool is a hop. You see the whole path, then sign one transaction.

connect to see balances
any ERC-20 on chain 4663
route.planidle

      
you pay–
you get–
hops / agents–
cost (impact + gas)–
$ tail -f swaps

Every hop, as it lands.

swaps.lognewest first · labelled pools only
waiting for the first block…
$ hops --explain

Three things, plainly.

[log] --> [^_^]

Logs become agents

Every swap emits a Swap log on chain. hops reads the Uniswap v4 PoolManager and the busiest v3 pools every few seconds and turns each log into an agent walking from the token paid to the token received.

ETH -[^_^]-> [pool] --> NVDA

Routes become paths

Your trade goes to the KyberSwap router for Robinhood Chain. It answers with splits and hops; hops draws them exactly as the router will run them, with the amount on every leg.

sign 1 tx --> done

One signature

Approve once if you pay with a token, then one transaction to the router. It is simulated first, slippage is yours to set, and nothing touches a server of ours. There isn't one.

plainly: the swarm shows labelled pools from a snapshot of the busiest ~100 on the chain, refreshed live; the rest arrive as dots. Dollar values use pool prices from GeckoTerminal. Swaps run through KyberSwap's router; hops adds no fee. Not financial advice.
choose a wallet