Aster is a next-generation decentralized perpetual exchange (Perp DEX). By building a proprietary Layer 1 blockchain, Aster achieves throughput and latency comparable to centralized exchanges, while aggregating cross-chain liquidity through intelligent routing to deliver a smoother user experience.
In terms of positioning, Aster directly targets leading Perp DEX projects such as Hyperliquid. It adopts a hybrid architecture of off-chain matching and on-chain settlement, leveraging the momentum of the BNB Chain ecosystem alongside differentiated technical and product strategies to rapidly expand its market presence.
This article from Gate examines the problems Aster aims to solve, its operating mechanisms, and its core platform features. It also introduces Aster Chain, the dedicated blockchain being developed by the Aster team and scheduled for mainnet launch in Q1 2026, providing a systematic breakdown of how Aster truly “runs” under the hood.
Traditional decentralized exchanges face severe performance limitations when handling high-frequency derivatives trading. General-purpose blockchains such as Ethereum offer limited TPS (15–30) and high gas fees, making them unsuitable for low-latency perpetual trading.
Aster addresses this by developing a dedicated L1 blockchain. Its testnet targets over 10,000 TPS, with a long-term goal of reaching 100,000 TPS.
While centralized exchanges deliver strong performance, they expose users to custodial risk and geographic restrictions. Aster offers a non-custodial trading model, with user assets managed by smart contracts. By using off-chain order matching, Aster significantly reduces trading costs, making high-leverage derivatives trading more accessible.
DEXs built on general-purpose chains are constrained by base-layer limitations and struggle to implement derivatives-specific features such as complex liquidation logic and privacy protections. Aster’s dedicated chain architecture enables full customization, including:
Liquidity is fragmented across multiple chains, forcing users to bridge assets between ecosystems. Aster provides a unified trading experience through native multi-chain support, including Ethereum, Solana, BNB Chain, and cross-chain bridge integrations.
Aster adopts a classic three-layer architecture to ensure efficiency and scalability:
| Architecture Layer | Function | Technical Characteristics |
|---|---|---|
| Front-end Interaction Layer | User interfaces and API access | Web and mobile support, RESTful and WebSocket APIs |
| Business Logic Layer | Order matching, risk management, liquidation engine | High-performance off-chain matching engine with real-time risk monitoring |
| Blockchain Layer | Settlement, asset custody, state recording | Dedicated L1 blockchain optimized for fast settlement |
At present, trading is still conducted on Aster’s internal chain, which has not yet been fully opened to the public. Regarding future plans, Aster’s co-founder stated during a community AMA on November 10 that Aster requires a blockchain capable of embedding order-book logic directly into the protocol layer, namely Aster Chain.
He explained that the design philosophy of Aster L1 is similar to Zcash, in that Aster aims to combine a high-performance CLOB (central limit order book) blockchain with optional privacy features to address institutional trading pain points. Internal testing of the Aster public chain is planned for completion by the end of this year, with mainnet expected to launch in Q1 2026.
Regarding performance and token economics, Leonard noted that while Aster L1 will deliver TPS comparable to centralized databases, its real differentiator lies in the value created by privacy options.
For high-frequency and institutional traders, the privacy layer reduces risks such as strategy replication, front-running, and malicious copy trading.
From an economic perspective, the L1 will feature near-zero gas fees. Validators and stakers will be incentivized through ecosystem allocations and protocol-generated trading fees, forming a self-sustaining economic loop.
Aster currently offers decentralized perpetual contracts and spot trading. Aster Perpetuals are designed to give traders greater control, richer functionality, and support for advanced strategies, primarily embodied in products such as 1001x and Shield Mode.
Aster’s 1001x product supports up to 1001x leverage, zero slippage, zero opening fees, and fully on-chain settlement.
In mid-2025, Aster introduced Hidden Orders within Aster Perpetuals. This feature allows traders to participate without publicly revealing price or size, while still accessing deep liquidity, bringing higher privacy and strategy protection to on-chain trading.
Shield Mode is a new trading mode built directly on top of Aster Perpetuals. It integrates the full 1001x trading experience into a unified interface and account system, while further improving efficiency by removing closing fees, eliminating gas costs entirely, and enabling faster execution.

By removing direct interaction with the public order book, Shield Mode significantly simplifies position opening and management. Traders can avoid cross-chain switching, fragmented workflows, and frequent on-chain signatures, enabling seamless high-leverage trading.
As a next-generation dedicated Perp DEX, Aster addresses the performance bottlenecks and functional limitations of traditional DEXs through an innovative proprietary L1 blockchain architecture. Its core strengths include:
With the launch of Aster Chain and ecosystem expansion, Aster is well positioned to secure a foothold in the highly competitive Perp DEX landscape. Ultimately, in an increasingly crowded decentralized derivatives market, the primary beneficiaries will be derivatives traders themselves.
How can users participate in the Aster ecosystem?
Currently, there are four ways:
How do Aster’s privacy features work?
Aster introduced Hidden Orders in Aster Perpetuals, allowing traders to participate without revealing price or size while retaining access to deep liquidity, enhancing privacy and strategy protection.
How does Aster ensure fund security?
Aster operates in a non-custodial model, with user funds managed by audited smart contracts rather than centralized entities. An insurance fund is in place for extreme scenarios, and a progressive liquidation mechanism reduces the risk of large-scale bad debt.





