Supply 2 ETH to the reservoir.
Done. A receipt now tracks your slice as the reservoir grows.
Supply capital
Send assets in and hold a receipt that follows your share of the reservoir, fees included, from that block forward.
Connecting
Shared depth, tailored to this network
One deep pool.
Every venue draws from it.
SuperPool gathers idle capital into a single reservoir that trading venues can tap on demand, so market depth stops being carved into thin slices.
Park capital once and let every venue borrow its depth.
Latest block
Total value locked
Aggregated by DefiLlama
Chain health
Connecting
Awaiting an initial response
Pairs tracked
Tagged for this network
Deposit once. Depth everywhere.
Three moves keep capital productive without anyone babysitting a position.
VenueDraw
Approved
Same transaction
Settle
Venues draw depth
Approved venues borrow from the reservoir for just one trade, then hand the amount back before the transaction closes.
ETH / USDG
Earning
- Source
- Trade fees
- Lane
- Shared
- Exit
- On demand
Leave whenever
Return the receipt and the matching slice, plus whatever it earned, flows straight back to whoever sent it.
Depth is a utility.
Treat it like one.
These are the jobs a common reservoir does best, and the reasons builders reach for it first.
Thicker books for new markets
A fresh listing opens with deep quotes rather than an empty room, because the reservoir backs it from its first block.
venue.borrow(pair, size) → swap() → repay()
Idle funds earn
Capital waiting between trades collects fees rather than lounging idle.
Calmer large orders
One deep source absorbs size that would rattle a thin pool.
Tokenised equity routes
Pair tokenised equities against ETH or stablecoins and let one reservoir stand behind every path.
Limits by design
Per-venue ceilings and a master brake limit the reach of any single integration.
Live markets, as they move.
Pairs carrying the network tag, read straight from a public aggregator and refreshed without a reload.
Custody stays with the depositor.
SuperPool is built so that no operator holds the keys to anyone’s funds, and no integration can reach further than its ceiling allows.
- Receipts, not IOUs
- Every deposit maps to a receipt kept by the depositor directly. Whoever holds the receipt controls the claim.
- Open to inspection
- The design is written out in simple terms, and the deployed logic is meant to be read by anyone before they commit capital.
- Ceilings per venue
- Every integration gets a hard limit on what it can borrow at once, and a master brake can freeze new draws.
- Plain about risk
- New software meeting real markets. Treat it as unreviewed until a published report says otherwise, and size positions accordingly.
Deployment
Where it lives.
Nothing has been stated yet. Until a value is pinned here, treat any deployment posing as SuperPool as unofficial.
Listed address
Not stated yet
Once stated, the whole string shows up in this panel and in the top bar.
Chain
Robinhood Chain
id 4663 ยท 0x1237
Contract
Not stated yet
awaiting
RPC
rpc.mainnet.chain.robinhood.com
JSON-RPC over HTTPS
SuperPool is experimental software and offers no investment guidance. Match whatever address you are handed against the one displayed above prior to using it.
Questions
What exactly is SuperPool?
A shared liquidity layer. Depositors fund one reservoir, and approved trading venues borrow from it mid-trade, so none of them hoards a thin stockpile alone.
Which network does it run on?
SuperPool targets Robinhood Chain, chain id 4663 (0x1237), and reads it through the public RPC listed in the info tiles.
Will there be a coin?
None has been announced. The sole contract this site will endorse is the one pinned in the bar at the top, once it appears. Any other contract carrying the name is unrelated to us.
Who holds my funds?
The depositor does, through a receipt held personally. The protocol is designed so that no administrator can spend deposited assets or redirect them.
Has an outside party reviewed it?
No report has been published. Until one is, assume the logic is unreviewed and size any exposure so a mistake would not hurt.
Where do the live figures come from?
Block height is read from the network’s public RPC, locked value from DefiLlama, while the board of pairs is fed by DexScreener. When a source stalls, the affected figure shows a dash rather than a guess.