Technical Overview

A summary of the protocol's technical capabilities across smart contract, integrations, infrastructure, and tooling.

Smart Contract

Built with Anchor 1.0.0 on Solana
Core accounts: Protocol, Vault, Allocation, DepositorPosition, Depositor, DcaSchedule, GlobalAssetReserve, VaultReservePosition
Global reserve architecture: shared protocol reserves per asset and market, per-vault reserve share positions, multi-market per mint (e.g. USDC on Kamino and USDC on Jupiter Lend as separate reserves)
Idle treasury buffer with configurable thresholds (min_idle_bps, target_idle_bps) gating keeper sweep behavior
Cadence-gated rebalancing with annualized fee tiers: weekly (90 bps), monthly (75 bps), quarterly (50 bps)
Timelocked allocation updates — queued changes activate on the next rebalance after the timelock expires
Allocation orphan guard — removed allocations require zero reserve position shares before deletion
Pro-rata multi-reserve withdrawal using BigFraction fixed-point math
Vault shares stored as u128 with BigFraction math in all conversion paths; individual mint/burn amounts stay u64
On-chain performance accounting (IRR/APY baseline fields, realized/unrealized PnL tracking)
First-depositor share-price manipulation protection

Swap routers: Jupiter and Titan, via generic invoke_signed CPI pattern
Oracle valuation: Pyth PriceUpdateV2 (pull oracle) with strict owner/discriminator validation, optional Switchboard fallback
Yield adapters: reserve-level CPI hooks for deposit, withdraw, and balance refresh — with adapters for Jupiter Lend and Kamino
Cross-mint rebalance: two-phase swap (begin/end) with keeper-orchestrated router execution between reserves

Multi-mint deposits through global reserves with oracle-priced NAV share pricing
Swap-assisted deposits for non-USDC tokens via router CPI
Pro-rata multi-reserve withdrawal — depositors receive proportional assets from each reserve the vault holds
DCA schedules with configurable interval, amount per period, and max executions — keeper-executed against the same global reserve flow
Time-weighted loyalty points: protocol-level config, depositor + curator accrual, permissionless trigger instruction, cross-vault aggregation via global Depositor account

Keeper loops: deposit processing, rebalance, DCA execution, fee collection
Swap provider interface with Jupiter and Titan clients and best-quote routing
Route provider with file, HTTP, and hybrid modes including refresh cadence and fallback cache
Transaction pipeline: simulation-based compute unit sizing, priority fee estimation, configurable retry/backoff
Telemetry sink: webhook, Postgres, or both — with failure rate alerting and cooldown
RPC pool with random endpoint selection, retry rotation, and per-endpoint health tracking
Indexer: WebSocket log ingestion, Helius webhook ingestion, Postgres persistence

Wallet adapter integration with live on-chain account reads via WebSocket subscriptions and polling fallback
Vault detail actions: deposit, withdraw, create/update/cancel DCA
Indexed events panel with bounded pagination
Events API with api_key and hmac auth modes and per-client rate limiting (in-memory or Postgres backend)

Typed instruction builders with PDA auto-resolution for all protocol operations
Performance helpers: share price, position value, all-time return, annualized return, realized/unrealized PnL
Auto route-plan withdraw orchestration for multi-reserve vaults
Simulation-first transaction sending with automatic compute unit sizing and priority fees

Rust unit tests and property-based fuzz tests
Anchor integration suite covering behavior and security matrix
Trident fuzz tests: single-reserve share conservation and multi-reserve swap + fee collection invariants
Security skills matrix: best-practice checks and sealevel attack vector checks
Stress tooling: keeper/indexer burst scripts, frontend realtime stress, retry-storm scenarios