Gains Network - gTrade Decentralized Perpetuals

What is gTrade?

gTrade is Gains Network's decentralized perpetuals exchange. It runs on Polygon and Arbitrum, and lets traders go long or short with leverage on crypto, forex, and commodities - everything from BTC/USD to EUR/GBP to XAU/USD (gold). The platform's defining architectural choice is the vAMM (virtual Automated Market Maker): there are no real liquidity providers, no order book, and no slippage on execution. Prices are quoted directly from Chainlink oracle feeds, and the GDAO vault acts as the counterparty to every trade.

This design trades price discovery for execution quality. Because gTrade doesn't need to match makers and takers in a book, it can offer leverage up to 1000 on some pairs, something that is only possible because of the partial collateral model - you only need to post a fraction of the position's notional value as margin, not the full amount. The tradeoff is that traders are exposed to oracle quality and the protocol's keeper network rather than market-driven price discovery.

Fees on gTrade are different from GMX. Instead of a 0.1% open and 0.1% close fee plus hourly borrow, gTrade charges a single "pair fee" that scales with trade size and open interest imbalance. Overnight funding is also charged on positions held past a market's daily close time. All fees flow to the GDAO vault, where 50% is distributed to GNS stakers and the remainder goes to the protocol treasury.

vAMM vs Order Book: Why It Matters

Traditional exchanges - both centralized and DEX order-book perps like dYdX or Elastic - match limit orders from makers with market orders from takers. This creates natural price discovery: the spread between the best bid and best ask reflects supply and demand in real time. It also introduces slippage: large orders move the market against the trader.

A vAMM sidesteps this by using on-chain storage to simulate a trading curve without any actual LP capital behind it. The vAMM accepts trader collateral, quotes prices from oracles, settles PnL from a separate vault, and charges a dynamic fee. Because there are no real reserves, there is no impermanent loss, no LP risk, and no need for capital to be locked in a pool before trading can begin. The cost is that the vAMM cannot widen its spread dynamically to absorb shocks - it relies on the oracle feed and the keeper network to manage risk.

Gains Network's vAMM implementation adds a "pair fee" layer on top of the oracle mid price. This fee scales with trade size and the current open interest imbalance, similar to GMX V2's impact fees. The pair fee is the primary mechanism for protecting the GDAO vault from adverse selection - if a large trade moves the market directionally against the vault, the fee partially compensates.

Leverage Up to 1000

One of gTrade's most distinctive features is maximum leverage of 1000 on certain forex and commodity pairs. This is possible because of the partial collateral model: instead of requiring full position value as collateral, gTrade only requires a "margin" that is a fraction of the notional. At 1000 leverage, a $100,000 position only requires $100 of collateral. A 0.1% adverse move in the underlying asset wipes out the entire collateral.

Leverage varies by asset class and market conditions. Crypto pairs (BTC, ETH) typically max out at 50-200 due to higher volatility. Forex pairs can reach 500 or more because major currencies have lower day-to-day volatility. Commodities like gold and silver sit in between. The exact max leverage per pair is adjusted by GDAO governance based on market conditions.

Because higher leverage means closer liquidation prices, gTrade's keeper network monitors all open positions continuously. The liquidation trigger accounts not just for the current oracle price relative to entry, but also for accrued fees, overnight funding, and a safety buffer. This multi-factor approach reduces false triggers from short-term oracle volatility while still protecting the vault from cascading liquidations.

$GNS Token

$GNS is the utility and governance token for Gains Network. It is used to stake into the GDAO vault for fee revenue, to create and collateralize new trading pairs on gTrade, to vote on protocol parameters, and to purchase fee-discount NFTs. The token has four utility layers:

Staking (GDAO): Staking GNS into the GDAO vault earns 50% of all trading fees distributed in DAI, plus GNS emission rewards. APR has historically ranged from 20-80% depending on trading volume and GNS price. Stakers also absorb socialized losses pro-rata, though this risk is generally low under normal market conditions.

Governance: GNS holders vote on protocol upgrades, fee schedule changes, new market listings, leverage adjustments, and GDAO parameter changes. Voting is on-chain and weighted by stake size.

Fee Discounts: Holding a GNS Diamond NFT (purchased with GNS) reduces trading fees by up to 50%. The NFT is a one-time purchase that burns GNS, making it a deflationary mechanism on top of regular staking emissions.

Market Creation: Creating a new trading pair on gTrade requires locking GNS as collateral. This creates organic demand for GNS and aligns incentives between token holders and protocol growth.

How gTrade works in 90 seconds

Gains Network's gTrade is a decentralized perpetuals exchange running on Polygon and Arbitrum. Unlike traditional exchanges, it uses a virtual AMM (vAMM) - there are no real liquidity providers, no order book, and no impermanent loss. Prices come directly from Chainlink oracle feeds, and the GDAO vault acts as the counterparty to every trade. This design trades market-driven price discovery for execution quality and capital efficiency: because there are no LPs to protect, gTrade can offer leverage up to 1000 on certain pairs by using a partial collateral model where traders only post margin, not the full position value.

All trading fees flow to the GDAO vault, where they are split 50/50: half goes to GNS stakers in real DAI yield, and half goes to the protocol treasury for operations and development. The GDAO vault also absorbs socialized losses from positions liquidated below their bankruptcy price, meaning GNS stakers bear the counterparty risk of the entire trading book. The vAMM adds a "pair fee" on top of the oracle mid price that scales with trade size and open interest imbalance - this protects the vault from adverse selection and is the primary revenue mechanism powering GNS staking APR.

gTrade supports three asset classes - crypto (BTC, ETH, SOL, and more), forex (EUR/USD, GBP/USD, USD/JPY, and 10+ pairs), and commodities (XAU/USD gold, XAG/USD silver) - making it one of the few perp DEXs with non-crypto market coverage. The platform competes with GMX, dYdX, and Vertex by offering higher leverage and a different risk model where stakers, not LPs, absorb counterparty losses.

Key concepts

Virtual AMM (vAMM)

A synthetic market mechanism that maintains a virtual reserve curve on-chain without actual LP capital. Prices are quoted from Chainlink oracles, and the vAMM charges a dynamic pair fee that scales with trade size and open interest imbalance. Because there are no real reserves, there is no impermanent loss and no LP risk - traders trade against the GDAO vault directly. The tradeoff is that the vault must manage adverse selection risk entirely through the pair fee and its own capital buffer.

Partial collateral model

Traders only need to post margin - a fraction of the position's notional value - rather than the full position value as collateral. At 1000 leverage, a $100,000 position requires only $100 in margin. This is what enables extreme leverage on gTrade, but it also means liquidations are more frequent and the GDAO vault bears more counterparty risk relative to collateral than GMX-style full-collateral models.

Pair fee

The structured fee gTrade charges on every trade, replacing both GMX's open/close fee and its hourly borrow fee with a single scaling mechanism. The pair fee is higher when a trade is large relative to open interest or when the trade direction is opposite to the current OI imbalance - this protects the vault from being adversely selected by large directional traders. The pair fee is the primary funding source for GDAO stakers.

GDAO vault

The counterparty contract for every gTrade position. When a trader wins, the vault pays them; when a trader loses, the vault receives their collateral net of fees and funding. The vault collects all trading fees, distributes 50% to GNS stakers in DAI, and absorbs socialized losses from bankrupt positions. If the vault goes negative, losses are distributed pro-rata across all GNS stakers.

Overnight funding

A fee charged on positions held past the market's daily close time. Funding rates are determined by the open interest imbalance in each market - if more traders are long than short, longs pay shorts, and vice versa. Funding is another cost traders must account for when holding positions overnight, and it flows into the GDAO vault alongside the pair fee.

Partial liquidation

gTrade uses a partial collateral liquidation model where only enough margin is taken to restore the position's health rather than closing the entire position. This allows traders to survive small adverse moves without losing their entire margin - a design that reduces the frequency of full liquidations and better aligns incentives between traders and the GDAO vault.

Why gTrade matters

gTrade is one of the few perp DEXs that competes on asset class breadth rather than just leverage or fee competitiveness. Its support for forex and commodities alongside crypto gives it exposure to 24/7 liquidity that crypto markets do not have, and it is one of the few on-chain venues where traders can take leveraged positions on gold, silver, and major currency pairs without going through a centralized exchange. The vAMM model also means that gTrade never experiences the LP impermanent loss that plagues liquidity providers on GMX-style exchanges - the protocol's risk is concentrated in the GDAO vault rather than distributed across LP token holders.

As of April 2026, gTrade operates on both Arbitrum and Polygon with cumulative volume in the billions, 50+ trading pairs, and GNS staking APR historically ranging from 20-80%. The platform's partial collateral model enables leverage up to 1000 that most competitors cannot match, and the GDAO vault's 50/50 DAI fee distribution gives GNS stakers a real yield stream in a stable asset rather than purely inflation. The combination of high leverage, non-crypto markets, and real-fee staking makes gTrade one of the more distinctive perp DEX architectures in production.

Frequently asked questions

What is Gains Network (gTrade) and how does it differ from GMX?

Gains Network runs a decentralized perpetuals exchange called gTrade on Polygon and Arbitrum. Like GMX, it uses an oracle-based pricing model with no order book. The key differences are: gTrade supports up to 1000 leverage (vs GMX's 100), offers forex and commodities alongside crypto, uses a partial collateral model rather than full-position collateral, and routes fees through the GDAO vault rather than a single LP token. The vAMM design also differs: Gains Network's vAMM charges a structured 'pair fee' that scales with trade size, replacing both the open/close fee and borrow fee GMX uses.

What assets can you trade on gTrade?

gTrade supports three asset classes: Crypto (BTC, ETH, SOL, and other major tokens), Forex (EUR/USD, GBP/USD, USD/JPY, AUD/USD, USD/CAD, and 10+ pairs), and Commodities (XAU/USD gold pairs and XAG/USD silver). This broader market coverage is one of Gains Network's key differentiators from GMX, which focused primarily on crypto perpetuals. Forex and commodity markets run 24/7 with deep liquidity from oracle feeds.

What is the vAMM model and why does it matter?

The virtual AMM (vAMM) is a synthetic market mechanism that allows price discovery and slippage modeling without actual liquidity providers. Unlike a real AMM where LPs provide capital into a liquidity pool, a vAMM uses on-chain storage to maintain a virtual reserve curve. In Gains Network's implementation, the vAMM accepts trader collateral, quotes prices based on Chainlink oracles, settles PnL from a separate vault (GDAO), and charges a dynamic pair fee. Because there are no real LPs, there is no impermanent loss and no LP risk - traders trade against the protocol directly.

How does Gains Network handle up to 1000 leverage?

Gains Network supports leverage from 1 to 1000 on certain asset classes. The partial collateral model is what makes this possible: instead of requiring full position value as collateral (which would make 100 extremely capital-inefficient), gTrade only requires a fraction of the position value as margin. At 1000, a $100,000 position only requires $100 in collateral. The protocol manages liquidation risk through continuous monitoring against the Chainlink oracle and a dynamic liquidation buffer that accounts for adverse price moves, trading fees, and overnight funding before triggering a keeper.

What is GDAO and how does it fit into the ecosystem?

GDAO (Gains DAO) is the decentralized autonomous organization governing the Gains Network protocol. GNS token holders stake into the GDAO vault to earn a share of protocol fees - 50% of all trading fees (open, close, and overnight funding) are distributed to GDAO stakers. GDAO also handles socialized losses: when a position is liquidated below the bankruptcy price, the GDAO vault absorbs the shortfall rather than passing it to other traders. Stakers earn both in GNS tokens (from emissions) and in DAI from real fee revenue.

What are the main risks for traders on gTrade?

Three main risk vectors: Liquidation risk scales with leverage - at 1000, a 0.1% adverse move triggers liquidation, and every open position pays overnight funding that compounds over time. Counterparty risk is minimal since GDAO socializes losses, but if the vault is exhausted the system has a socialized loss mechanism that distributes the shortfall across GDAO stakers. Oracle risk exists because gTrade relies on Chainlink feeds for all pricing - oracle manipulation or delays could cause unexpected liquidations or missed stops.

What is the $GNS token used for?

$GNS is the governance and utility token for Gains Network. It has four main use cases: (1) Governance - GNS holders vote on protocol parameters, fee structures, and new market listings. (2) Staking - Staking GNS in the GDAO vault earns 50% of protocol trading fees paid in DAI, plus GNS emission rewards. (3) Fee discounts - Holding fee-burning NFTs (GNS Diamond NFT) reduces trading fees by up to 50%. (4) Market creation - GNS is required to create and collateralize new trading pairs on gTrade.

What are the current key stats for Gains Network?

As of April 2026, Gains Network (gTrade) operates on both Arbitrum One and Polygon with over $100M in cumulative volume processed. The protocol supports 50+ trading pairs across crypto, forex, and commodities. GDAO vault holds significant DAI reserves from trading fees, and GNS staking APY has historically ranged from 20-80% depending on trading volume. Max open interest across all markets can reach several hundred million dollars at peak leverage.

Related reading

• vAMM mechanics - how the virtual AMM replaces traditional LP risk and enables oracle-based price discovery without real liquidity providers.
• Trading on gTrade - position types, margin calculation, trigger orders, leverage mechanics up to 1000, and the overnight funding fee structure.
• Liquidation system - partial collateral model, GDAO vault insolvency mechanics, and socialized loss distribution across GNS stakers.
• $GNS tokenomics - emission schedule, GDAO staking rewards, fee distribution, Diamond NFT discounts, and market creation collateral.
• GMX overview - compare the oracle-priced perp model with GLP/GM pool design, and see how GDAO vault risk differs from GMX LP risk.
• Perpetual DEX primitives - zoom out to how oracle pricing, funding, mark-vs-index, and liquidation work across every perp venue.