Credit risk,made to split
Programmable
risk.
Three risk tranches per vault. A pull-pattern yield waterfall. A reverse-priority loss cascade. All composable, all on-chain.
Tranche Vaults
Deposit USDC into Prime, Core, or Alpha tranches. Each tranche has its own risk profile, target yield, and place in the loss waterfall.
Deposit.Waterfall.Reprice.

On-chain by
default.
Two Anchor programs on Solana. Vault logic in prism_core. Market layer in prism_amm. No backend, no off-chain trust.
Credit risk engine and market layer separated for blast-radius isolation. AMM bug ≠ vault failure.
Real-time
risk metrics.
Connect
the credit stack.
Oracle triggers, analytics surfaces, privacy layers, and market makers can plug into PRISM without changing the vault accounting core.
Trustless,
not opaque.
PRISM keeps credit accounting explicit: authority boundaries, checked math, reserve reconciliation, and auditable credit events.
PDA authorities
Vaults, reserves, mints, and pools are controlled by program-derived authorities.
Reserve invariant
USDC reserves reconcile against tranche NAV and loss accounting.
Observable events
Deposits, yield accruals, swaps, and credit events are visible on-chain.
Controlled triggers
Defaults are admin-or-oracle gated for the demo and never silently applied.
Built on trusted
infrastructure.
Powered by Solana and partner protocols that secure collateral, privacy, analytics, payments, and verified credit events.
Solana settlement
Fast finality for tranche minting, NAV updates, AMM swaps, and withdrawals.
Cross-chain collateral
Ika extends the borrower model toward BTC, RWAs, and MPC-secured assets.
Private flows
Encrypt and Cloak add confidential scoring, strategy data, and shielded exits.
Verified events
Switchboard and Dune SIM make credit events observable, indexable, and demo-ready.








