Execution latency
Orders/sec per market
ZK settlement proofs
Layer 2 settlement
Why DotMX
No blind trust. No artificial constraints.
Every trading platform forces a choice:
Speed or transparency
Performance or security
DotMX delivers both.
High-throughput orderbook execution
Orders matched instantly in a purpose-built execution layer.
Zero-knowledge verified settlement
Settlement correctness cryptographically proven on Ethereum.
Ethereum Layer 2 security model
Execution optimized for speed backed by Ethereum security.
How DotMX Works
Orders execute at high speed
Orders are matched in a purpose-built execution layer optimized for perpetual trading.
Positions update deterministically
Trades update balances and positions according to predefined rules.
Settlement is verified on Ethereum
State transitions are periodically proven using zero-knowledge proofs and finalized on Ethereum.
Execution optimized for performance.
Settlement enforced by cryptography.
Ethereum Layer 2 by Design
Execution optimized for trading
Application-specific design delivers high performance and low latency.
Zero-knowledge settlement
Correctness verified cryptographically without relying on centralised validators.
Ethereum-secured settlement
Final settlement layer anchored to Ethereum for maximum security and verifiability.
Speed without sacrificing verifiability or security.
Transparency & Safety
✔ Users trade with users
✔ Deterministic rules for funding, PnL, and liquidations
✔ No hidden house positions
✔ Zero-knowledge proofs verify settlement correctness
✔ Settlement finalized on Ethereum
Trust is minimized by design.
Who DotMX Is For
Active traders
Demand execution quality and orderbook-based matching.
Professional users
Value transparent settlement and deterministic rules.
Crypto-native traders
Prefer Ethereum-based security and Layer 2 benefits.
Get Started
Trade perpetuals on an Ethereum Layer 2 execution layer secured by zero-knowledge proofs.
Risk Disclosure
Perpetual trading involves significant risk and may not be suitable for all users.