Decentralized crypto exchange (DEX) development
Our team builds turnkey decentralized exchanges (DEX), covering the full cycle — from market research and architecture design to implementation and support.
6 key features of our DEX exchange
We build high-load platforms with a user-friendly interface, reliable smart contracts, and flexible liquidity management mechanisms.
Integration with leading networks (Ethereum, BSC, Polygon, Solana, etc.) via secure bridges and liquidity aggregators. Your users will be able to instantly swap assets between blockchains within a single interface.
— Unit and integration tests for smart contracts. — Formal audit by external experts. — Bug bounty program setup and continuous monitoring of on-chain activity to detect vulnerabilities in a timely manner.
Out-of-the-box support for MetaMask, WalletConnect, Trust Wallet, and other popular wallets. We provide a custom JavaScript/TypeScript SDK for fast integration of the DEX into external apps and web projects.
We create NFT smart contracts using ERC721 and ERC1155 standards. We customize tokens, ensure their security, and integrate them with blockchain platforms. We offer a full range of services from concept to launch, helping clients implement innovative projects in the world of digital art, games, and collectibles.
A real-time dashboard with visualization of trading volumes, pool depth, LP activity, and user behavior. Integration with BI tools (Tableau, Looker) via API for deep analytics.
Configurable fee tiers for different pairs and participants. Built-in mechanisms for farming and LP token staking, as well as a fully customizable voting (governance) system for decentralized protocol management.
technologies
What we are especially strong at
Our dev teams have experience conducting formal audits and running bug bounty programs, which enables launching projects with minimal risks and the highest level of user trust.
We design the architecture with horizontal scaling and L2 integration in mind, allowing millions of transactions per day without degrading speed or reliability.
From a detailed technical specification and UX/UI design to post-launch support: we can help with marketing, set up analytics, and provide SLA-backed support aligned with your business goals.
development
stages
Preliminary analysis and requirements definition
Design and modeling
Development of the smart contract architecture and its key components.
Testing
Development and programming
Business logic modeling and technical specification creation.
Audit and security review
Deployment and integration
Monitoring and support
DEX exchange development FAQ
Which DEX models do you implement?
AMM exchanges following the Uniswap model with liquidity pools, order-book DEXes (on-chain or hybrid), and liquidity aggregators. We pick the model based on your target audience, assets, and network.
Which blockchains can a DEX be launched on?
On EVM networks (Ethereum, BNB Chain, Polygon, Arbitrum, and other L2s), as well as Solana and TON. A multi-chain launch is possible, with a single frontend and separate contracts per network.
How do you secure the DEX smart contracts?
We write contracts in Solidity or Rust with full test coverage, run static analysis and internal reviews, prepare the codebase for an external audit, and help you pass it before the mainnet deployment.
Where will pool liquidity come from?
We design incentives for liquidity providers: liquidity mining programs, farming, and fee sharing. If needed, we help bootstrap the initial pools and connect external market makers.
Does a DEX need support after launch if the contracts are immutable?
Yes: we maintain the frontend and indexers (subgraphs), monitor contract and oracle behavior, release new versions via the proxy pattern or a governance mechanism, and add networks and pools.
What determines the timeline and cost of DEX development?
The exchange model, the number of contracts and networks, whether an audit is required, and the scope of the frontend. An MVP on a single network usually takes 3–5 months; we provide a milestone-based estimate after refining the spec.