Institutional RWA bottleneck intelligence.
Invara monitors hidden short-borrow fee discrepancies, off-market gap risks, and liquidation cascades across synthetic equities, then lets you mint them in a keyless, non-custodial vault on Robinhood Chain.
Real-Time Synthetic Bottleneck Engine
| Asset Symbol | TradFi Short Rate | Vault Fee | Spread Delta | Daily Volume | Risk Index |
|---|---|---|---|---|---|
| — | 0.0% | — | — | — | |
| — | 0.0% | — | — | — | |
| — | 0.0% | — | — | — | |
| — | 0.0% | — | — | — | |
| — | 0.0% | — | — | — |
Zero-Custody Cryptographic Architecture
Invara's analytics are read-only and never touch your wallet. The Invara vault is immutable with no admin or pause keys; minting asks only for an exact-amount approval of your collateral.
On-Chain RPC Node
Direct EVM telemetry querying vault state parameters, collateral ratios, and stability fee schedules in real time.
TradFi Short Borrow Tape
Sub-second data feeds aggregating hard-to-borrow stock short rates directly from institutional TradFi desks.
Exact-Allowance Validator
Analytics need no signing. Minting approves exactly the collateral you deposit, never unlimited allowances, limiting drain risk.
Systemic Stress Simulator
Test vault resilience under off-market shock scenarios
Developer & Quant Gateway
Integrate Invara's real-time rate discrepancies directly into your automated trading algorithms, vault managers, or quantitative risk dashboards.
import { createPublicClient, http, parseAbi } from 'viem';
import { robinhood } from 'viem/chains';
const client = createPublicClient({
chain: robinhood,
transport: http('https://rpc.mainnet.chain.robinhood.com')
});
// Read the Pyth MSTR/USD feed on Robinhood Chain
// (reverts PriceFeedNotFound until an MSTR update has been pushed on-chain)
const p = await client.readContract({
address: '0x8250f4aF4B972684F7b336503E2D6dFeDeB1487a',
abi: parseAbi(['function getPriceUnsafe(bytes32) view returns ((int64 price, uint64 conf, int32 expo, uint256 publishTime))']),
functionName: 'getPriceUnsafe',
args: ['0xe1e80251e5f5184f2195008382538e847fafc36f751896889dd3d1b1f6111f09']
});
console.log(`sMSTR Oracle Price: $${Number(p.price) * 10 ** p.expo}`);Launch the Quant Terminal
Access full live data streams, run custom stress tests, and calculate synthetic yield discrepancies in seconds.
Questions, answered with live data
Every answer carries live proof from the same feeds that power the terminal. No marketing numbers.
The foundation of the INVARA product family: a non-custodial vault on Robinhood Chain where you lock USDG and mint synthetic equities that track real stock prices, starting with iAAPL. Around it sits a live analytics suite: Quant Terminal, Borrow Screener, Liquidation Monitor and Oracle Status.
No one. The vault has no admin, upgrade or pause keys. The deployer's only power is registering new synthetic markets (once per price feed, and only tokens bound to this vault). It cannot move collateral, change parameters or stop withdrawals.
Shorting a hard-to-borrow stock in TradFi means paying a borrow fee, sometimes hundreds of percent a year. Minting the synthetic in INVARA Core carries no vault fee, only gas. The Borrow Screener ranks ~19,000 US stocks to find where that gap is widest.
Your collateral must cover at least 130% of what you mint: collateral ≥ debt × price × 1.3. The live figure below is the maximum you could mint with 1,000 USDG at today's AAPL price.
When its collateral ratio drops below 130%. Because iAAPL is debt, a rising AAPL price is the trigger. Anyone can liquidate: they burn iAAPL and receive 105% of its value in USDG. Partial liquidations are allowed.
No stability, mint or borrow fee. You pay network gas in ETH, and a Pyth update fee when a fresh price has to be pushed (currently 0). Approvals are exact-amount only, never unlimited.
Borrow fees and share availability from the Interactive Brokers short-stock file; prices and volume from Yahoo Finance; on-chain prices from Pyth; blocks and vault state straight from the chain's RPC. Nothing on the site is simulated.
Fifteen seconds. Prices older than that, or with a confidence interval wider than 0.5%, are rejected. Pyth is a pull oracle, so the app pushes a signed update right before a mint or liquidation when needed.