Uniswap is a popular decentralized exchange (DEX) on Ethereum that offers a platform for token swaps and for providing liquidity. More developers and analysts are drawn to its shores daily as they seek efficient means to access and interact with its on-chain data. When interacting with Uniswap, whether building a DeFi dashboard, trading bot, or analytics tool, selecting the appropriate API is important to ensure accurate data retrieval and maximum performance.
In this article, we will cover the top 10 Uniswap Tools, including APIs and Streams, that help developers harness the full potential of Uniswap’s data and services. These products simplify tasks such as accessing real-time trade data, historical analytics, liquidity pool monitoring, and token information.
Bitquery is a powerful data platform that offers Uniswap APIs to query data from various blockchain networks, including Ethereum, BN, and L2 EVM chains.
Some APIs:
Real-time Uniswap Trade Tracking : Access live trade data from Uniswap v1, v2, and v3.
Uniswap Trade APIs:
Cross-Chain Uniswap Trading Activity: Bitquery’s infrastructure indexes Uniswap activity from Ethereum mainnet, Layer 2 solutions, and other EVM-compatible chains where Uniswap has been deployed. This allows users to query Uniswap trades across various networks, including: Arbitrum, Base, Polygon, BSC, etc.
Low Latency Uniswap Streams: For Asset Management Companies and Wall Street Traders
For financial institutions such as asset management companies and professional traders, access to real-time and reliable data streams is important for making informed trading decisions. As these institutions venture into the DeFi space, it is important for them to have access to such data to avoid challenges when capturing trading opportunities such as fast price movements in Uniswap pools, arbitrage windows, and high frequency trading which of course requires consistent and low-latency data feeds.
Bitquery’s Kafka streaming abilities provide a solution for accessing Uniswap trading data across multiple chains with low latency, making it an ideal choice for asset management companies and professional traders entering the crypto markets.
Bitquery’s Kafka streaming delivers several important advantages for institutional Uniswap traders:
Fast Setup Time: Kafka’s unique architecture allows quick deployment. It is designed to get institutions up and running quickly, reducing the time it takes to build DeFi trading systems and tools.
Unconfirmed Transaction Support: Since Bitquery focuses on unconfirmed transactions, it can deliver block data before blocks are closed. This gives traders access to mempool data and unconfirmed transactions, giving them an edge by anticipating trades before they are confirmed on-chain.
Ultra-Low Latency: Bitquery’s Kafka streams has lower lattency due to the shorter data pipeline, which allows it to stream data within milliseconds of on-chain activity, allowing high-frequency traders and algorithmic systems to act on events faster than most competitors.
Scalable Architecture: Bitquery’s Kafka is built for high-throughput environments, as it handles millions of events per second without performance issues, making it suitable for growing trading volumes and institutional-scale operations.
Bitquery’s Kafka equips financial institutions with the speed, scalability, and precision they need to thrive in DeFi.
Uniswap uses multiple subgraphs for indexing and organizing data from Uniswap smart contracts. These subgraphs are hosted on The Graph hosted service and can be used to query Uniswap data. The Graph is a decentralized protocol that indexes blockchain data across 90+ networks.
The subgraphs provide a structured and better way to query blockchain data, making it easy for developers to retrieve indexed events such as swaps, mints, burns, and liquidity changes without manually processing raw blockchain data.
Key Features of Uniswap Subgraphs
- It provides users with fast access to indexed data
- Provides an easy query for Liquidity Pool Data
- It has support for complex filtering and sorting
- It gives access to event-based data.
Use Cases for Uniswap Subgraphs
The Uniswap subgraphs are perfect for building applications like:
- DEX Analytics & Dashboards
- Portfolio Tracking & DeFi Apps
- Arbitrage & Trading Bots
- Research & Historical Insights
Alchemy provides access to Uniswap data via various means, combining its blockchain infrastructure with specialized APIs. It gives developers a set of tools and infrastructure to interact with uniswap smart contracts directly.
RPC Node Access to Uniswap Contracts
Alchemy provides RPC endpoints developers can use to access Uniswap smart contracts, allowing developers to interact with the platform and its various features, such as swaps and liquidity pools.
Transfers API
Alchemy’s Transfers API allows users to track token transfers. With the API, users can do the following;
- Monitor ERC-20 token transfers.
- Track wallet activity across Uniswap.
- Retrieve complete historical transaction data.
Webhooks for Wallet Activity
Alchemy Webhooks allows users to receive real-time data for on-chain events across Uniswap. With it, users can do the following;
- Monitor all on-chain activity for wallets.
- Stream events and traces for smart contracts.
- Monitor all block data.
Custom Subgraphs
Alchemy custom subgraphs allows developers create specialized APIs(subgraphs) , that define how to ingest, process, and store information from the blockchain.This allows developers to filter and sort data based on their needs, allowing them extract only the information important to their dapp.
Moralis is a Web3 development platform that offers APIs to access blockchain data from multiple chains. One of the key features of Moralis is that it supports decentralized exchange (DEX) data, which includes Uniswap activity. Instead of developers directly interacting with the blockchain, Moralis provides easy access to structured Uniswap-related data through simple API endpoints.
With the Moralis Token API, which has support for Uniswap v4, developers now have comprehensive data access to the following:
- Token Price Data: Users can access real-time and historical price information for tokens trading on Uniswap v4.
- Pair Analytics: Users can access detailed statistics on Uniswap v4 trading pairs, which include liquidity and volume metrics.
- Transaction Tracking: Users can monitor all swap transactions on Uniswap v4.
- OHLCV Data: Access candlestick data for technical analysis of Uniswap v4 pairs.
- Multi-Token Queries: Users can fetch price data for multiple Uniswap v4 tokens in a single API call.
- Support for Hooks: Data access for pairs utilizing Uniswap v4’s new hooks system.
Covalent is a blockchain data platform that provides access to on-chain data from multiple blockchains. It provides access to Uniswap data through its GoldRush API, which transforms raw blockchain data into a structured format, including data specific to Uniswap.
GoldRush is a set of multichain data APIs and toolkits for easy web3 development across 100+ chains. It offers structured on-chain data through powerful APIs, SDKs, and UI Kits, which include:
- Token balances.
- Historical transactions.
- Decoded event logs.
- Traces with internal transactions, state changes, and input data.
GoldRush has support for Uniswap V2 and V3 through their DEX pool spot prices API, which can do the following;
- Retrieve spot token pair prices for specified pool contract addresses.
- Provide token prices in both pair ratios and USD quotes.
- Track 24-hour price changes.
The GoldRush Decoder has built-in support for Uniswap V3 transaction decoding, which allows users to convert raw event logs into human-readable structured data.
GoldRush also supports tracking Uniswap V3 swap events to help optimize transaction costs.
Infura is a blockchain infrastructure provider that gives developers access to Ethereum and other networks without running their own full node. It provides them with HTTP and WebSocket APIs to read from and write to the blockchain.
Uniswap makes use of Infura to fetch blockchain data when a user hasn’t connected a wallet or is just browsing the app.
This allows users to read the following:
- Token swap rates.
- Liquidity pool data.
- Token balances.
- Pool reserves and pricing.
Uniswap also pairs Infura with web3-react. The web3-react framework is used to connect directly to Infura and pull useful information for Uniswap.
To support both connected and disconnected users, Uniswap’s app makes use of two separate provider contexts:
- Infura Provider Context – This is the default connection when the user hasn’t connected a wallet.
- Wallet Provider Context – This is activated once a user connects with MetaMask, WalletConnect, etc.
QuickNode is an infrastructure provider that simplifies blockchain development. It offers developers access to Uniswap data through various methods, including Streams and Functions. These tools allow users to connect and access the Ethereum blockchain to retrieve information related to Uniswap transactions, such as swaps and liquidity pool creations.
Here’s how it offers Uniswap data via the methods mentioned:
- Streams: QuickNode’s Streams is a data streaming solution designed for Web3 applications. It offers many features, including the retrieval of real-time and historical blockchain data. A stream lifecycle consists of an active, paused, terminated, and completed stage, each representing various stages that data goes through. By creating a Stream and configuring a filter, developers can monitor events such as new liquidity pool creations or swaps.
- Functions: QuickNode’s Functions allow users to quickly build, deploy, and use serverless functions without the need to manage infrastructure. The functions help to auto-scale infrastructure to ensure smooth operation. Functions can be created to identify and parse swap events on Uniswap V2 and V3, extracting relevant details such as token pairs and amounts.
- Key-Value Store: QuickNode’s Key-Value is a data storage solution that allows users to manage extensive lists of datapoints, such as wallet addresses, and key-value sets. It integrates with Streams, allowing users to easily evaluate lists and key-value sets against streaming real-time and historical data.
- Core API: QuickNode runs Ethereum RPC endpoint methods, which makes it easier for developers to interact with the blockchain and retrieve data.
Dune Analytics is a platform that allows users to analyze and visualize blockchain data. It provides users access to Uniswap data through its comprehensive data analytics platform, allowing them to query, analyze, and visualize Uniswap data using SQL.
Dune has integrated Uniswap V2 and V3 data, which allows users to explore and analyze its data via the following:
- Queries: Users can write custom SQL queries to retrieve specific data points from Uniswap’s datasets.
- Dashboards: Users can create interactive dashboards to visualize metrics such as trading volumes, liquidity, and user activity.
- APIs: Users can access query results and dashboards through Dune’s API for integration into other applications.
The CoinGecko API offers users comprehensive and reliable crypto market data through RESTful JSON endpoints.It provides users access to Uniswap data, including token prices, market capitalization, and trading volume. It achieves this by aggregating data from Uniswap and presents it through RESTful JSON endpoints.
CoinGecko collects and provides Uniswap data via the following:
- Data Aggregation: It collects information from various sources and Uniswap to create a comprehensive view of the market.
- On-chain Data: On-chain DEX data is provided to users by the API via a set of endpoints
- GeckoTerminal Integration: CoinGecko’s API is powered by GeckoTerminal, which allows users to monitor real-time crypto price, trading volume, transactions, and liquidity.
- RESTful JSON Endpoints: The endpoints provides users access to all this data, which allows them to seemlessly integrate it into their DApps.
- Key Data Sets: The API also offers access to key data sets such as Liquidity pool data and OHLCV chart data.
Chainbase is an omnichain data network that is designed to integrate all blockchain data into a unified ecosystem, thus providing an open and transparent data interoperability layer for the AI era. It offers developers access to Uniswap data through its Web3 API suite, which allows the retrieval of both real-time and historical data on Uniswap pools, tokens, and transactions.
Chainbase’s Web3 API suite is a set of tools designed to simplify Web3 development by providing developers easy access to both on-chain and off-chain data. It offers data including balances, transaction histories, ownership details, and price.
Key Features of Chainbase Web3 API suite include:
- Basic API: This API gives access to fundamental blockchain data such as block details, transaction information, and contract interactions.
- NFT API: This API retrieves metadata, ownerships, transfer records, and other data for NFTs across various collections.
- Token API: The Token API retrieves data about token transfers, balances, and others.
- Balance API: This allows users to check wallet balances for multiple assets.
- Domain API: This allows users to interact with domain name services and resolve human-readable addresses to blockchain addresses.
- Inscription API: This API allows users to manage and retrieve data related to on-chain inscriptions.
Using the right Uniswap APIs is very important for developers and analysts aiming to build robust DeFi applications, trading bots, or analytics tools. The platforms mentioned in this article offer comprehensive and real-time data access across Uniswap versions, which allows detailed trade tracking and market analysis.
