Top Decentralized Perpetual Exchanges (Perp DEXs)
Compare the leading decentralized perpetual exchanges ranked by 24-hour trading volume, open interest, fees, and protocol revenue. Our independent analysis tracks live metrics across Hyperliquid, Jupiter Perps, GMX, dYdX, and emerging platforms to help traders identify where liquidity, execution quality, and capital efficiency are strongest.
Last updated: Data independently aggregated from on-chain sources and exchange APIs Reviewed by Dreamstack research team
Total 24H Volume
$17.04B
+8.2%
Total 30D Volume
$511.05B
+12.4%
All Time Perp DEX Volume
$12.27T
Total Open Interest
$14.36B
+3.1%
DEX vs CEX Volume Dominance
8.76%
+0.4%
| # | Exchange | 24h Volume | 30d Volume | Open Interest | 24h Fees |
|---|---|---|---|---|---|
| 1 |  Hyperliquid | $4.2B | $128.5B | $3.8B | $1.2M |
| 2 |  Jupiter Perps | $2.8B | $89.2B | $2.1B | $980K |
| 3 |  GMX V2 | $1.9B | $62.4B | $1.5B | $750K |
| 4 |  dYdX | $1.4B | $45.1B | $1.2B | $560K |
| 5 |  ApeX | $720M | $24.2B | $610M | $290K |
| 6 |  Aster | $510M | $17.8B | $430M | $210K |
| 7 |  Lighter | $380M | $12.5B | $310M | $150K |
| 8 |  GRVT | $290M | $9.4B | $240M | $115K |
| 9 |  edgeX | $220M | $7.1B | $180M | $88K |
| 10 |  Exolane | $150M | $4.8B | $120M | $60K |
Showing 1-10 of 10 exchanges
Perpetual DEXs: Trading Volume
Includes all Perpetual DEXs below and integrated with our data.
Cumulative Perpetual DEX Trading Volume
All-time aggregated volume across tracked perp DEXs.
DEX-to-CEX Spot Volume Ratio
The percentage of DEX spot volume compared to various CEXs.
What is a Perpetual DEX (Perp DEX)?
A perpetual DEX is an on-chain derivatives venue that lets you trade perpetual futures directly from a self-custody wallet. Unlike traditional futures, perpetuals do not have an expiration date. You post collateral, choose a direction (long or short), apply leverage if you want, and the position remains open until you close it or the protocol liquidates it.
Because perpetuals never expire, the market relies on funding rate payments to keep the perpetual price anchored to the underlying spot price. When the perp trades above spot, longs pay shorts. When it trades below, shorts pay longs. This mechanism is entirely enforced by smart contracts, meaning margin requirements, liquidations, and collateral movements are rules-based, transparent, and auditable on-chain.
The underlying blockchain significantly affects your trading experience. Hyperliquid runs on its own purpose-built Layer 1 optimized for orderbook matching. GMX V2 operates on Arbitrum and Avalanche, using a pool-based AMM model. Jupiter Perps leverages Solana's high throughput for low-latency execution. Lighter and edgeX are built on Ethereum L2 infrastructure designed for low-cost, high-speed trading. Understanding these architectural differences matters when choosing where to trade.
How Trading Fees Work on Decentralized Perps
Trading on perp DEXs involves four primary cost layers. Some fees flow to the protocol (maker/taker fees, liquidation penalties). Others represent value transfers between traders (funding rates). Your true cost of execution is the sum of all layers, not just the advertised maker fee. Below is a breakdown of each cost component with real-world examples from the exchanges in our rankings.
Trading fees (maker and taker)
Maker fees apply when your order adds liquidity. Taker fees apply when your order removes liquidity. Fees are usually charged on notional size when you open and close. Not every venue follows pure maker/taker pricing. For example, Jupiter Perps charges a flat base fee on trade size for opening and closing, including limit orders.
Funding rates
Funding is a periodic payment between longs and shorts that keeps the perp price close to spot. Positive funding means longs pay shorts. Negative funding means shorts pay longs. It is not a protocol fee in most designs, it is a transfer between traders.
Liquidation fees and penalties
Liquidation happens when collateral drops below maintenance requirements. The close is forced, and the fill includes a penalty or fee set by the market, which is why liquidation is usually worse than just closing manually.
Network fees
Some perp DEXs require chain gas for actions like deposits, approvals, and trading. Others abstract gas away and charge only trading fees. On GMX, trading settles on Arbitrum, so you generally pay Arbitrum gas for on-chain actions. In normal conditions, Arbitrum transactions are often around the ten-cent range, but it varies with congestion and action type. Hyperliquid does not charge gas for placing or canceling orders, but it does have a one-time activation fee mechanic for new accounts.
Risks When Using DeFi Perpetual Exchanges
DeFi perpetual exchanges can be fast and capital efficient, but the risk profile differs significantly from centralized venues. The biggest risks stem from smart contract code, liquidation mechanics, liquidity depth, oracle integrity, and governance structures. Unlike CEXs, there is typically no customer support, no deposit insurance, and limited recourse if something goes wrong.
Smart contract vulnerabilities
A single bug can drain collateral or break accounting. GMX V1 was hit for roughly $42 million in July 2025 through a reentrancy path in the vault and order flow logic, with funds later returned after a bounty arrangement.
Liquidation risk
Perps are leveraged by design, so small spot moves can wipe margin. Liquidations are forced closes, often during volatility, and the fill can be worse than a manual exit when order books thin out or blocks get congested.
Liquidity and slippage risk
On-chain liquidity can disappear quickly, especially in smaller markets. Large orders move price when there is not enough depth, leading to slippage and poor entry or exit pricing.
Oracle and price manipulation
Perps are only as safe as their price feed. Flash loans and TWAP manipulation can skew oracle prices, leading to inaccurate liquidations and incorrect collateral valuation.
MEV, front-running, and sandwiching
Front-running and sandwiching can materially worsen execution. Ethereum has been reported to see over 10,000 unfair trades per day, with user losses exceeding $14 billion per month, according to EigenPhi.
Governance and upgrade key risk
Many perp DEXs can still be changed by privileged roles. Admin keys, multisigs, and upgrade paths can introduce real trust assumptions, especially if there is no timelock or clear emergency process.
Cross-chain and bridge risk
Multi-chain perps add bridge and messaging risk on top of trading risk. Aster operating across Arbitrum and BNB Chain is an example where bridging complexity increases the attack surface.
Recovery and insurance limitations
Post-hack recovery is uncommon and rarely guaranteed. Even when partial returns occur, as in GMX's recovery, the cost can be borne by liquidity providers or the protocol treasury rather than being made whole by insurance.
Perp DEX risk is primarily about market structure and code quality, not just token price direction. Even a correct directional trade can result in losses due to thin liquidity, oracle manipulation, chain congestion delaying liquidations, or poorly designed funding mechanics. Always size positions according to the specific risks of the venue you are using.
Ranking Methodology
Our rankings are compiled through independent aggregation of on-chain data, exchange APIs, and direct protocol telemetry. We standardize every metric to ensure fair comparisons across venues with different architectures. Volume figures represent total notional trading activity. Open interest reflects the total value of outstanding positions. Fees and revenue are derived from protocol documentation and on-chain fee accumulation where verifiable.
Data sources: CoinGecko API for token and protocol metadata; direct exchange APIs for volume and open interest; on-chain explorers for fee and revenue verification. Rankings are reviewed weekly and updated immediately when material changes occur.
Liquidity & Market Depth
Order book depth, open interest, 24-hour volume, and average slippage measured directly from live exchange data.
Fees & Funding
Maker/taker fees, funding rate consistency, and rebate structures verified through API endpoints.
Execution & Stability
Latency, uptime, and liquidation system performance derived from real-time platform data.
Security & Compliance
Licensing, proof-of-reserves transparency, and historical security record where available.
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