Best-price routing
Every connected DEX, bridge, and exchange is scanned for the best output, then executed in one flow.
Swap AAPLB on Robinhood Chain via the non-custodial DEX. Best-price routing in one signed transaction; the output settles to your wallet.
Apple swaps on the U.CASH non-custodial DEX. The routing engine scans every pool for the best price and bridges across networks, all in one signed transaction. Your wallet signs every swap and the output settles on-chain to an address you control.
Every connected DEX, bridge, and exchange is scanned for the best output, then executed in one flow.
Approve once and swap. ERC-20 trades can be a single signed transaction, no repeated approvals.
Move AAPLB between networks via cross-chain bridges, routed alongside the swap.
A flat fee on the output. No spreads, no hidden routing cuts.
Swaps settle on-chain to addresses you control. Your keys, your AAPLB.
AAPLB against thousands of assets, from majors to long-tail tokens.
The flow opens wallet-side: connect the one holding your spend asset or your existing AAPLB.
Select the asset in and Apple out; the network choice rides along with the pair.
Best route found, price shown all-in, and a single signed transaction executes it.
The AAPLB you receive settles to your own address with no platform in the path, and the transaction record on the explorer is your receipt.
Microsoft (MSFT) as a tokenized asset on Robinhood Chain.
NVIDIA (NVDA) as a tokenized asset on Robinhood Chain.
Apple (AAPL) as a tokenized asset on Robinhood Chain.
Amazon (AMZN) as a tokenized asset on Robinhood Chain.
Meta Platforms (META) as a tokenized asset on Robinhood Chain.
Getting started takes a wallet and an address. The wallet needs to hold Apple and a little ETH for gas on its chain; the address is where the output lands, raw hex or a resolvable web3 name both work. From there the flow is preview-first: what leaves, what arrives, the fee, and the network cost all sit on one screen before a signature happens. Keys never leave your side at any point, and the only thing the wallet ever signs is the exact transaction you read.
Count the costs on one hand. On the platform side a flat 0.50% covers the swap, all-in, stated in the quote with no spread or routing cut behind the number. On the network side, gas in ETH, settling with about 250 ms blocks on Arbitrum Orbit L2, shown per leg before signature. Settlement runs on-chain to your chosen address at this asset's policy, 3 confirmations (fast L2 finality), and from confirmation onward the balance answers to your keys alone, spendable, sendable, and settled with no platform anywhere in the path.
Execution runs through the aggregated DEX route, which means the number you approved is the number that happens or the transaction reverts: swaps are atomic, with no half-settled state to unwind and no exposure window between legs. If a route cannot fill at your approved bounds it fails cleanly and you re-quote, which is the failure mode you want, cheap and loud rather than silent and expensive.
Tokenized assets price from their issuer's own feed rather than a crypto market, so the quote tracks the underlying's session, and transfer eligibility follows the issuer's on-chain rules: the contract enforces them at settlement, which is why the checkout asks buyers to confirm eligibility once. These assets are not card-buyable; acquisition runs through the swap rail, and the fee structure above applies unchanged. What the wrapper adds is exposure with wallet speed, not brokerage machinery: no deposit account, no settlement lag between deciding and holding. Holders keep the same options as any token: send it, spend it where it is accepted, or swap back out the way they came in, and every movement carries the chain's own finality with it.
One signature, every venue compared, output to the wallet you choose.