Coming Soon

vSOL — Unlimited Flash Loans

A fundamentally new approach to flash loans that eliminates congestion, removes dependence on third-party protocols, and enables unlimited borrowing capacity through a synthetic mint/burn mechanism.

⚠️ Warning

vSOL V2 is in R&D and will launch after V2 mainnet is validated. This page describes the architecture and vision. The V2 Zero-CPI standard (120+ direct, any SPL synthetic via 3-protocol aggregation) is live on devnet today.

Vision

VAEA Flash V1 aggregates liquidity from 3 lending protocols (Marginfi, Kamino, Jupiter Lend) to offer flash loans. V2 creates its own liquidity via vSOL — a liquid staking token (LST) that enables unlimited flash loans without any pool to drain.

This innovation will make VAEA the foundational flash loan infrastructure on Solana — not just an aggregator, but the source of liquidity itself.

The Problem Today

During a market crash (SOL -30% in 5 minutes), thousands of liquidations need to happen simultaneously. With pool-based flash loans:

text

Market crash → thousands of liquidations needed simultaneously

With pool-based flash loans (current):
  Pool: 500,000 SOL

  Block N:
    Bot 1:  flash 50K → pool = 450K  ✅
    Bot 2:  flash 50K → pool = 400K  ✅
    ...
    Bot 10: flash 50K → pool = 0     ✅
    Bot 11: flash 50K → FAIL ❌ pool empty
    Bot 12-200 → ALL FAIL ❌

  Result:
    → Positions not liquidated = bad debt
    → Liquidators lose gas + Jito tips
    → Systemic risk for all Solana DeFi

How vSOL Works

vSOL operates on two independent layers:

Layer 1 — Real vSOL (LST)

SOL deposited by holders → staked via validators
vSOL = SPL token, yield-bearing (~7% APY + flash fees)
Listed on Jupiter, composable with all DeFi
Usable as collateral (Marginfi, Kamino)
Never affected by synthetic mints

Layer 2 — Synthetic vSOL (Flash)

Minted during flash loan, burned at end of TX
Exists for ~400ms max (1 Solana slot)
Cannot leave the program — confined to the TX
Net supply change = 0 → zero dilution
Cap: $100M per TX (anti-manipulation)
Each TX independent → zero congestion

Zero Congestion

This is the killer feature. With mint/burn, every transaction creates its own tokens — no shared pool to drain:

text

With vSOL mint/burn — same crash scenario:

  Block N:
    Bot 1:   mint 50K vSOL → logic → burn → ✅
    Bot 2:   mint 50K vSOL → logic → burn → ✅
    Bot 3:   mint 50K vSOL → logic → burn → ✅
    ...
    Bot 200: mint 50K vSOL → logic → burn → ✅

  200 bots × 50K = 10M vSOL of flash loans in ONE BLOCK
  Zero contention. No pool to drain.
  Each TX mints its own tokens → completely independent.

  Result:
    → ALL liquidations succeed ✅
    → Zero bad debt ✅
    → Network stays stable ✅

Security Model

Protection	Mechanism	Purpose
Introspection check	`burn_flash` must exist in same TX	Guarantees repayment
Same-slot enforcement	`Clock::slot` verified at burn	Tokens cannot survive beyond 1 block
Per-TX cap	$100M maximum per transaction	Anti-manipulation
Supply isolation	Synthetic mints don’t affect real vSOL	No dilution for holders
Program confinement	Tokens cannot be transferred outside VAEA	Cannot be sold on DEX

Roadmap

Phase 1

V2 Zero-CPI (Now)

Smart Router across 3 protocols — 120+ direct, any SPL synthetic, 3 SDKs, Zero-CPI standard, live on devnet

Phase 2

vSOL LST Creation

Create vSOL via Sanctum, pool on Orca/Meteora, Jupiter listing

Phase 3

Unlimited Flash Loans

mint_for_flash / burn_flash program, SDK integration, migration V1 → V2

ℹ️ Note

vSOL V2 will be backwards compatible. The SDK API will stay the same — executeLocal() will automatically use the vSOL mint/burn path when available. No code changes needed for existing integrations.