veltora.ai

VeltoraGRID

The first optimization engine that sets prices, fees, and capital allocation endogenously — no oracle, no fixed curve, no passive LP exposure.

See it live → How it works

Multi-Asset AMM · System-Agnostic · Proof-of-Execution · Cross-chain

+2×
LP Return
vs historical benchmark
2.18
Sharpe Ratio
vs −0.03 on Uniswap
0.015%
Endogenous Fee
vs 0.30% fixed on Uniswap
−18%
Verify Cost
via Listrack settlement

The Problem

Liquidity provision is broken.

Today's AMMs were designed for a simpler world. They left LPs exposed, traders overpaying, and capital permanently fragmented.

Isolated Execution
Each pool is an island. No coordination across pairs, no global optimization. Capital sits idle in thousands of disconnected pools, unable to serve demand where it actually exists.
Fixed Prices & Fees
Static curves (x·y=k) and fixed fee tiers cannot adapt. Fees disconnect from actual LP risk. When conditions shift, the protocol has no mechanism to respond — it just executes the formula.
LP as Passive Victim
Impermanent loss, LVR, and MEV extraction are structural — not edge cases. Being an LP on Uniswap has a Sharpe Ratio of −0.03. The mechanism was never designed to protect capital.
Custodial Interoperability
Bridges and oracles depend on trusted intermediaries. Every cross-chain transfer introduces counterparty risk and settlement overhead that the protocol itself cannot verify or eliminate.
The result: fragmented capital, profit captured by MEV bots, and degraded execution for every participant.

The Solution

From invariants to coordination.

A multi-coin optimization engine that jointly resolves user execution and LP participation in a single feasibility framework — without any external price feed.

Multi-Coin & Endogenous

Clearing prices, fee tiers, and capital allocation are decision variables — not parameters. The venue computes its own prices from first principles. No oracle. No external dependency.

Proof-of-Optimization

Every batch execution is cryptographically bound to system state via ZK proof. Regulators and counterparties can independently verify that execution was the best possible given constraints.

Verifiable Settlement

Listrack + Merkle proofs anchored to forged hash. Trustless mint, burn, and wrap across chains, L2s, and legacy banking systems — 18% reduction in verification cost, no custodial intermediary.

Uniswap is a collection of isolated pools. VeltoraGrid is a capital coordination mesh whose optimization aims at joint-satisfaction.

Architecture

Three layers, one coherent system.

Intent aggregation feeds the optimizer. The optimizer produces a verifiable proof. The proof settles across any chain — no trusted party at any layer.

Layer 1
Intent & Capital Mesh
User Intents
Max slippage and volume bounds. Aggregates demand from CEXs, DEXs, DeFi, and FX markets into a single unified batch per period.
LP Capital
Min return and risk constraints. Flexible unidirectional injection — no bilateral obligation. LPs set floor and auto-exit threshold.
Layer 2
Optimization & Proof
Bargain Theory
Max(Volume + LP Surplus) via Joint Execution–Capital Optimization. Endogenous prices and fees. Global multi-coin coordination each bin.
PoO Engine
ZK proof bound to forged hash. Cryptographic attestation of best-possible execution — verifiable by regulators and counterparties.
Layer 3
Settlement & Interoperability
Listrack / PTAH
Merkle proofs without external oracles. 18% reduction in on-chain verification cost.
Cross-System
Trustless mint, burn, and wrap. Ethereum, L2s, bridges, and legacy banking — no custodial intermediary at any step.

Watch the protocol run.

30-day FX simulation. Live LP entries and exits, endogenous fees, single clearing price per bin.

Open Live Demo →