RedStone (RED)

Overview

RedStone (ticker: RED) is the native token of RedStone, a modular blockchain oracle that delivers price and other off‑chain data to smart contracts on many chains. Oracles are the “data bridges” of crypto: they bring information like token prices, interest rates, or index values into blockchains so apps can work safely. RedStone focuses on fast, flexible data delivery with a design that serves both developers and large protocols. The RED token powers this network’s security and incentives as RedStone expands across chains and use cases. (docs.redstone.finance)

RedStone supports a broad set of assets and is used by well‑known DeFi projects and chains. It offers two ways to deliver data: a pull model that brings data on‑chain only when needed, and a push model that matches interfaces used by large lending markets. This gives builders options for speed, cost, and compatibility. (docs.redstone.finance)

History & Team

RedStone was founded in 2021 and shipped its first mainnet deployments in January 2023. Since then, it has grown into a widely integrated oracle provider across dozens of EVM and non‑EVM networks. The project is developed by the RedStone Distributed Data Association and an engineering‑led team based in Europe and Switzerland. Key leaders include founder and CEO Jakub Wojciechowski, co‑founder and COO Marcin Kaźmierczak, and co‑founder/engineering lead Alex Suvorov. (blog.redstone.finance)

RedStone has backing from well‑known investors. In May 2023, an angel round brought support from industry builders such as Stani Kulechov (Aave), Sandeep Nailwal (Polygon), Emin Gün Sirer (Ava Labs), Richard Ma (Quantstamp), and Alex Gluchowski (zkSync). In July 2024, RedStone raised a $15 million Series A led by Arrington Capital with participation from several global crypto funds. (blog.redstone.finance)

In September 2025, RedStone acquired Credora, an on‑chain credit ratings specialist, to combine real‑time data with risk analytics aimed at institutional DeFi and tokenized credit markets. (coindesk.com)

Technology & How It Works

Modular oracle design

RedStone’s “modular” design separates how data is gathered, transported, and verified. Data comes from more than a hundred sources, including centralized exchanges, DEXs, and aggregators. Independent node operators clean, aggregate, and sign the data using methods like medians and time‑weighted averages, with outlier checks to catch bad values. Signed data is broadcast via the Streamr network and through open gateways. On‑chain, smart contracts verify signatures, timestamps, and a required number of distinct signers before returning an aggregated value (median by default). The code is optimized to minimize gas. (docs.redstone.finance)

Pull vs. push delivery

• Pull model: RedStone appends signed data to a user’s transaction call data and verifies it on‑chain only when the contract needs it. This keeps costs low and enables low‑latency updates for use cases like leverage and high‑LTV lending. TON’s official docs describe how RedStone’s pull approach brings data on‑chain “only when needed,” with integrity enforced through signature checks. (docs.redstone.finance)
• Push model: For large markets that rely on regularly updated feeds (and compatibility with existing interfaces), RedStone also maintains classic “push” price feeds similar to other oracles. Builders can choose either model per use case. (redstone.finance)

Restaking security with an AVS

In early 2025, RedStone launched an Actively Validated Service (AVS) on EigenLayer, becoming the first major oracle to use restaked security in production. The AVS lets RedStone tap into Ethereum‑aligned economic security, with operators validating and aggregating price updates before they hit the chain. Early feeds include assets like ether.fi’s weETH on Ethereum and Base. This design complements RedStone’s own modules and lowers the cost of validation while expanding the trust base. (blog.redstone.finance)

RedStone also announced a $500 million restaking delegation with ether.fi to bolster oracle security using restaked ETH, widening the set of assets and operators that back the network’s correctness. (blog.redstone.finance)

Liquidation‑aware feeds (Atom)

In mid‑2025, RedStone introduced Atom, an optional upgrade that brings “liquidation intelligence” to lending protocols. Atom updates a price exactly when a liquidation becomes possible and settles the liquidation in the same transaction, while capturing Oracle Extractable Value (OEV) and routing that value back to the protocol. Atom launched on Unichain and is designed to be enabled on any RedStone feed without code changes by the protocol. (blog.redstone.finance)

Tokenomics & Utility

Supply, standard, and distribution

RED is an ERC‑20 token with a fixed maximum supply of 1,000,000,000. At launch, the token’s initial float was under one‑third of the total supply, with the remainder unlocking over four years. Distribution is designed to balance community growth, core contributors, early backers, and ecosystem incentives. A published breakdown shows categories such as Community & Genesis (10%), Protocol Development (10%), Core Contributors (20%), Binance Launchpool (4%), Ecosystem & Data Providers (about 24.3%), and Early Backers (31.7%). The token contract is deployed on Ethereum, with multichain availability provided via Wormhole after the token generation event; RedStone has also published addresses for Ethereum and Base. (docs.redstone.finance)

Staking and value flow

RED is designed as a utility token tied to network security. Data providers and token holders can stake RED into the RedStone AVS to help secure data delivery. As RedStone feeds are used across chains, a portion of fees paid by data users can accrue to stakers, with rewards denominated in widely used assets like ETH, BTC, SOL, or USDC. The aim is to create a sustainable flywheel: more feeds and more usage deepen rewards for stakers, which in turn strengthens the oracle’s security and reach. (docs.redstone.finance)

Decentralization roadmap

The token’s role fits a broader plan to decentralize RedStone’s oracle modules and economic guarantees. By pairing RED staking with EigenLayer’s shared security, the network can lean on both its native token and restaked collateral from a large, diverse operator set. Over time, more feeds and more networks are expected to join the AVS‑secured path. (blog.redstone.finance)

Ecosystem & Use Cases

RedStone serves a wide range of DeFi protocols and chains. Public materials highlight integrations or use across lending markets and yield platforms such as Morpho, Venus, and Pendle; strategy platforms and asset issuers including EtherFi and Ethena; and builders that need fast support for new collateral types like LSTs (staked ETH tokens), LRTs (restaked tokens), and Bitcoin staking assets. RedStone’s pull model suits low‑latency needs, while the push model maintains compatibility for large markets. (redstone.finance)

The oracle covers thousands of asset pairs from 150+ data sources. Its modular design also extends to non‑EVM ecosystems. For example, TON’s official documentation includes a RedStone connector and describes how RedStone brings signed data to TON smart contracts when a user call requires it. (docs.redstone.finance)

In 2025 RedStone also launched Atom, a liquidation‑aware oracle upgrade that many lending protocols can enable to improve efficiency and capture OEV. This feature aims to return value that would otherwise go to external MEV bots back to the protocol’s own treasury or users. (blog.redstone.finance)

Advantages & Challenges

Advantages

• Flexible architecture: RedStone supports both pull and push models, offering low‑latency updates or drop‑in compatibility with existing oracle interfaces. (redstone.finance)
• Broad coverage: The network aggregates from 150+ sources and supports more than a thousand assets across many chains. (docs.redstone.finance)
• Restaking‑backed security: An AVS on EigenLayer expands crypto‑economic security beyond the native token and allows RedStone to scale validation while keeping costs in check. (blog.redstone.finance)
• Builder focus and speed: The team frequently ships new modules (such as Atom and AI‑enhanced initiatives) and has emphasized quick support for new collateral types. (blog.redstone.finance)

Challenges

• Integration complexity: The same flexibility that attracts builders can require careful integration choices, especially when teams pick between pull and push flows. (redstone.finance)
• Ecosystem reliance: Oracles are only as useful as their integrations. Adoption depends on protocols and chains choosing to consume and pay for the feeds over time. (redstone.finance)
• Competitive landscape: RedStone competes with established oracles. Its differentiation—restaking security, low‑latency pull delivery, and OEV capture—must keep proving value in production. (blog.redstone.finance)

Where to Buy & Wallets

RED is available on major centralized exchanges. RedStone can be purchased on Binance, which listed RED after a Launchpool campaign. The token also lists on Kraken, KuCoin, Bybit, Gate.io, HTX, and MEXC. Availability and pairs depend on the platform. (coinlive.com)

As an ERC‑20 asset, RED can be stored in Ethereum‑compatible wallets such as MetaMask, Trust Wallet, Ledger, and Trezor, as well as in exchange wallets. RedStone has published the Ethereum token address, and it supports multichain transfers via Wormhole after TGE; the team has also posted the Base address. Always match the contract before moving tokens. (docs.redstone.finance)

Regulatory & Compliance

RedStone is developed by the RedStone Distributed Data Association, with public terms of use available on the project’s website. The organization has signaled a European regulatory posture and publishes a MiCA white paper on its site. While RED is presented as a utility token for staking and securing the oracle network, actual treatment can vary by jurisdiction and by exchange. Users typically access RED through regulated platforms that apply their own listing standards, identity checks, and regional restrictions. (redstone.finance)

From an Islamic finance perspective, the project’s core activity—providing and securing data feeds—does not involve interest (riba), gambling (maysir), or prohibited sectors. Because the token’s role centers on network participation and staking to back data delivery, many observers consider RedStone acceptable under halal principles, though final judgments rest with qualified scholars and the specific terms of any staking or reward arrangement. (docs.redstone.finance)

Future Outlook

Going forward, RedStone plans to deepen decentralization and broaden coverage. The AVS path on EigenLayer opens the door to larger and more diverse operator sets, while the token’s staking model aims to align economic incentives with data quality and uptime. On the product side, liquidation‑aware feeds (Atom) and AI‑assisted data quality checks point to a roadmap that treats the oracle not just as a data source, but as a performance layer that can improve protocol outcomes. Continued integrations with leading DeFi apps, LST/LRT issuers, and emerging rollups and appchains are likely to drive usage. The acquisition of Credora adds a credit‑risk lens that could matter for tokenized credit markets and institutional DeFi. (blog.redstone.finance)

Summary

RedStone is a modern oracle network built for a multichain world. Its modular architecture, choice of pull or push delivery, and focus on speed and customization make it a strong fit for builders. The RED token underpins decentralization through staking and an AVS on EigenLayer, linking network security with real usage across chains. With growing integrations, support for new collateral types, and innovations like liquidation‑aware feeds, RedStone is positioning its oracle as core infrastructure for the next wave of DeFi and tokenized markets. (docs.redstone.finance)