Ripple widens RLUSD reach: OKX listing with 280 pairs and Bullish options support for institutional collateral
Ripple's RLUSD stablecoin has been listed on OKX with support for more than 280 spot trading pairs, and users can deposit and withdraw RLUSD via the XRP Ledger. OKX also allows RLUSD to be used as margin collateral for supported perpetual futures, expanding trading and collateral options for traders [1] [2].
Ripple Prime will connect institutional clients directly to Bullish's regulated Bitcoin options, enabling Ripple Prime customers to route into Bullish’s BTC options and manage positions using RLUSD as collateral on the Bullish platform [3] [4] [1].
Together, the OKX listing and the Bullish integration widen RLUSD's availability in compliant markets and extend Ripple's institutional derivatives push into spot, margin and options trading [1] [3].
The integrations position RLUSD for broader institutional use across spot trading, margin collateral and regulated Bitcoin options markets [1] [3].
Anonymous signal used only for weekly cluster rankings. No public counters.
Share
Broadcast this coverage
Copy-ready links for the networks your audience checks first.
Support independent reporting
If this summary helped, a small tip helps keep ClusterWire running.
Privacy note: we log tip UI events (page + action, and article slug when applicable) to improve the feature. We don’t store IP address, user-agent, or wallet addresses in analytics. Tips are on-chain, so the sending address is public in the transaction.
Citations
Follow the primary reporting behind this analysis. Click a citation to open the referenced source in a new tab.
- 1Ripple Expands RLUSD Access Through OKX and BullishBlockonomi• Apr 29, 2026
- 2Ripple Brings RLUSD to OKX With 280 Trading PairsETHNews• Apr 29, 2026
- 3Ripple Prime to plug into Bullish Bitcoin options as OKX backs RLUSDcrypto.news• Apr 29, 2026
- 4Bullish Expands Ripple Prime Access With Regulated Bitcoin OptionsMoneyCheck• Apr 29, 2026
Themes
Themes driving this story
Curated from the cluster of sources powering this article.