RedStone (RED) is a Modular Blockchain Oracle That Aims to Provide Customizable, Low-cost, and Secure Data Feeds

RedStone is a blockchain oracle that aims to provide customizable, low-cost, and secure data feeds for Web3 and DeFi applications.

RedStone is a modular blockchain oracle that aims to provide customizable, low-cost, and secure data feeds for Web3 and DeFi applications. It offers multiple data models that gather information from various sources, including cryptocurrency exchanges and other blockchain networks. Moreover, RedStone integrates with the EigenLayer protocol to increase security, ensure data accuracy, and prevent manipulation.

The demand for blockchain oracles is evident as DeFi protocols require reliable data to operate effectively. Ben DeFi protocols, such as lending platforms, need to set borrowing limits and avoid bad loans, while perpetual traders rely on accurate prices to settle their contracts. Additionally, staking and yield farming protocols require precise calculations for distributing rewards.

RedStone provides seamless integration with major DeFi protocols, offering optimal compatibility and efficient data delivery. Its modular architecture handles data collection and data delivery separately, allowing for scalability across multiple networks.

How RedStone Works

RedStone's primary focus is delivering financial data to decentralized applications (DApps). Unlike traditional oracles that store data directly on the blockchain, RedStone takes a different approach to make data delivery faster and cheaper. It offers multiple ways for DApps to access the data they need, depending on their specific requirements.

Since its launch in 2021, RedStone has been adopted by many DeFi projects, including EtherFi, Ethena, Pendle, Solv, Venus, and Puffer.

Data Feeds and Sources

RedStone gathers price information from various sources, including cryptocurrency exchanges and other blockchain networks. This data is then processed to ensure accuracy before being made available to smart contracts.

Data Retrieval Models

RedStone has a few different methods for getting data into smart contracts. The main ones are called Pull Model, Push Model, X Model, and Hybrid.

Pull Model: In this model, DApps retrieve the latest data only when they need it. This method is cost-efficient because it does not require continuous on-chain updates. Instead, data is stored off-chain and fetched by smart contracts only when required.

Push Model: With the push model, RedStone continuously updates price data on the blockchain. This is useful for applications that need real-time price updates, such as lending platforms and trading protocols.

X Model: The X Model provides extra security by preventing front-running attacks, ensuring that the price used in a transaction remains valid throughout its execution.

Hybrid Model (Push + Pull): RedStone's Hybrid Model was introduced as part of the ERC-7412. This model combines both push and pull strategies, allowing DApps to fetch data on demand while still having access to regularly updated on-chain information.

RedStone Actively Validated Service (AVS)

In 2025, RedStone introduced an Actively Validated Service (AVS) using the EigenLayer protocol and its restaking mechanisms. This system improves the security of price feeds by using a network of validators to verify the accuracy of data before it is published on-chain. This helps prevent manipulation and increases trust in the data RedStone provides.

The RedStone platform has passed multiple security audits by firms like Halborn, Codespect, AuditOne, Cantina, PeckShield, and ABDK. These audits help ensure that the system is secure and free from vulnerabilities.

In addition, RedStone stores cryptographically signed records off-chain and uploads them to Arweave, a decentralized storage network. This makes sure that historical data remains tamper-proof and verifiable.

What Is RedStone Used For?

RedStone's oracle services are useful in many areas of DeFi and blockchain applications, including lending, trading, staking, and yield farming.

Decentralized Lending: Lending platforms need accurate price data to set borrowing limits and avoid bad loans. RedStone provides real-time prices to ensure fair lending conditions.

Perpetual Trading: Traders in perpetual futures markets rely on accurate prices to settle their contracts. RedStone helps decentralized exchanges by delivering up-to-date market data.

Staking and Yield Farming: Protocols that offer staking and yield farming need accurate price feeds to calculate rewards. RedStone ensures that these calculations are based on trusted data.

Stablecoins and Digital Assets: Stablecoin projects need reliable exchange rates to maintain their value. RedStone helps them track real-world prices and keep their pegs stable.

Multi-Chain Applications: Since RedStone works across multiple blockchain networks, it's useful for projects that operate on different chains. Its flexible system makes integration easy for developers.

The RED Token

RedStone's native token, RED, was launched to help decentralize its oracle network and support its future growth. The token max supply is capped at 1 billion RED tokens, and 30% were made available at launch. The RED tokens follow the ERC-20 standard on Ethereum and can also be used on networks like Solana and Base through a cross-chain system called Wormhole.

The RED token is mainly used for staking, which helps keep the RedStone network secure. Data providers and token