Orca launches permissioned pools for regulated RWA trading on Solana
In brief
- Orca launched permissioned pools enabling regulated asset issuers to control tokenized securities trading onchain.
- Streamex's GLDY token, a gold-backed yield-bearing security, is the first asset using the pools under Rule 506(c).
- Infrastructure syncs KYC and accreditation status in real time via Solana's Default Account State extension.
How the system works
Orca launched permissioned pools designed to let regulated asset issuers control who can trade tokenized securities onchain. The infrastructure uses Solana's Default Account State extension to initialize token accounts in a frozen state. Wallet holders must complete the issuer's verification process before they can hold or transact the regulated asset.
An onchain access control layer then syncs KYC and accreditation status from the issuer's platform in real time. This approach allows Orca to offer 24/7 liquidity for regulated assets while maintaining issuer-enforced compliance controls. The system bridges the gap between traditional regulated issuance and decentralized market infrastructure.
GLDY as first use case
Streamex's GLDY token is a gold-backed, yield-bearing tokenized security that will trade through the GLDY Pool on Orca. GLDY is offered under Rule 506(c) of Regulation D and is available only to verified accredited investors.
The launch positions Orca's Solana-based liquidity stack as a bridge between regulated asset issuance and decentralized market infrastructure. Orca's AMM infrastructure has processed more than $500 billion in cumulative trading volume since launching on Solana five years ago, with no reported smart contract exploits.
Broader implications
The infrastructure could extend beyond GLDY to other tokenized securities, including stocks, bonds, commodities, real estate, and royalties. If adoption accelerates, permissioned pools may become a standard venue for regulated asset issuers seeking onchain liquidity while maintaining compliance controls. Orca's approach suggests a path forward for bringing institutional-grade RWA infrastructure to decentralized networks.
