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CairoMiner
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Just #RedStone $RED
Kev_DeFi
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Why More DeFi Protocols Are Choosing RedStone Over Traditional Oracle Models
Blockchain oracles have become one of the most important pieces of infrastructure in DeFi. Every lending market, perpetual exchange, stablecoin system, and tokenized asset platform depends on accurate price data to function correctly.
For a long time, Chainlink dominated the conversation around oracle infrastructure, while Pyth gained traction through its pull-based architecture and exchange partnerships. But over the past year, RedStone has begun attracting growing attention as more protocols seek faster integrations, lower costs, broader asset coverage, and infrastructure designed for newer blockchain environments.
The discussion today is no longer simply about who delivers price feeds. It is becoming a discussion about which oracle architecture is best suited for the next generation of DeFi, RWAs, and institutional onchain finance.
What Is a Blockchain Oracle?
A blockchain oracle is a system that brings external data on-chain. Without oracles, smart contracts cannot access real-world information such as:
Cryptocurrency pricesForeign exchange ratesCommodity pricesTokenized fund valuationsProof of Reserves dataReal-world asset pricing
This information is critical because many DeFi applications rely entirely on external market data to determine liquidations, collateral values, borrowing limits, and settlement outcomes.
The Three Major Oracle Players
Today, most of the oracle market discussion revolves around three providers: Chainlink, Pyth, and RedStone. While all three serve the same fundamental purpose, their architectures and priorities are quite different.
ChainlinkChainlink remains the largest oracle network by market share and ecosystem recognition.Some of its strengths include:Extensive network effect across DeFiLong operating historyStrong institutional recognitionBroad support across major blockchain ecosystemsChainlink helped establish many of the standards that modern oracles follow today. However, much of its infrastructure was designed during an earlier phase of DeFi when RWAs, modular blockchains, and high-performance execution environments were still relatively limited.Pyth NetworkPyth became popular through its pull-based architecture and direct relationships with exchanges and market makers.Its strengths include:High-frequency market updatesStrong presence within Solana ecosystemsDirect market data contributionsPyth performs particularly well in trading-focused environments where rapid updates are important.RedStoneRedStone takes a different approach by separating data delivery from data storage, allowing protocols to access oracle information without carrying many of the costs associated with traditional oracle designs.The result is infrastructure optimized for:Modular blockchain ecosystemsEmerging Layer 2 networksTokenized assets and RWAsCustom data requirementsLow-latency applications
Why RedStone Is Growing So Quickly
One reason RedStone has gained traction is its ability to support assets that many oracle providers historically paid less attention to. RedStone already provides infrastructure for:
Tokenized funds
Treasury-backed productsPrivate credit assetsStablecoinsCommoditiesFX marketsCrypto assets
This broader asset coverage has become increasingly important as DeFi expands beyond purely crypto-native markets.
RedStone has also established integrations across a growing number of protocols, including Ethena, Morpho, Pendle, Spark, Gearbox, and many others, while continuing to expand across Ethereum, Layer 2 ecosystems, and non-EVM chains.
This expansion is already visible through integrations supporting products such as BlackRock's BUIDL, Apollo's ACRED, Ethena's USDtb, and Lombard's LBTC.
What Makes RedStone Different
What makes RedStone different is that it is no longer operating solely as a traditional oracle provider. Over the past year, the team has expanded into multiple infrastructure layers that address challenges many protocols face as DeFi becomes more complex.
➤ RedStone Bolt
Blockchain infrastructure has become significantly faster over the past few years. New execution environments are capable of processing transactions in milliseconds, while many DeFi applications now rely on increasingly sophisticated liquidation engines, trading systems, and automated risk management mechanisms.
As execution speeds improve, the gap between market movements and oracle updates becomes more important. Delayed price data can lead to liquidations being executed using outdated collateral values, create pricing inefficiencies in perpetual markets, and expose protocols to unnecessary risk during periods of volatility.
RedStone Bolt was introduced to reduce that gap by providing low-latency oracle infrastructure designed for high-performance blockchain environments. By delivering market data closer to real time, Bolt allows protocols to access fresher pricing information when making critical decisions.
For lending markets, trading platforms, and other real-time applications, this can improve liquidation accuracy, reduce pricing inefficiencies, and help maintain more reliable market conditions.
➤ RedStone Atom
Liquidations are a fundamental part of every lending protocol because they help keep markets solvent when collateral values fall below required thresholds.
In traditional liquidation systems, profitable liquidation opportunities often attract MEV bots that compete to execute those transactions as quickly as possible. Although the liquidation is made possible by the protocol's infrastructure, much of the value generated during the process is typically captured by those external participants rather than flowing back to the protocol itself.
RedStone Atom was introduced to help address this issue by combining liquidation intelligence with OEV capture mechanisms. Instead of allowing liquidation-related value to be extracted entirely by MEV bots, Atom creates a system where protocols can retain a larger share of the value generated around their own liquidations.
For lending markets, this can improve capital efficiency, strengthen liquidation performance, and create additional revenue opportunities while helping align incentives more closely with the protocols generating the activity in the first place.
➤ RedStone Stack
Price feeds remain one of the most important components of DeFi infrastructure, but pricing alone does not provide a complete picture of how a lending market operates.
Liquidations, risk management, and credit assessment often rely on separate systems that do not communicate directly with one another. This fragmentation can create inefficiencies, increase operational complexity, and leave protocols exposed to risks that are difficult to identify before problems emerge.
RedStone Stack was introduced to bring these functions together through a unified infrastructure layer. Rather than treating market data, liquidation intelligence, and risk assessment as independent systems, the Stack integrates them into a coordinated framework designed for modern on-chain credit markets.
The architecture combines RedStone's pricing infrastructure, Atom's liquidation intelligence, and Credora's risk assessment capabilities into a single ecosystem. By reducing the gaps between pricing, execution, and risk management, RedStone Stack helps protocols build more resilient lending markets while improving visibility into how risk develops across the system.
➤ RedStone Live
Modern financial applications are increasingly expected to operate in real time.
Users can trade, borrow, lend, or move capital at any hour of the day, yet many market data systems still rely on update cycles that were designed for a different era of finance.
As more financial activity moves on-chain, access to continuously updated market data becomes increasingly important. Applications need information that reflects current market conditions rather than prices that may already be outdated by the time they reach users.
RedStone Live was introduced to provide real-time data infrastructure for 24/7 financial markets. The system continuously delivers market information that applications can use to support trading, lending, tokenized assets, and other on-chain financial products.
By reducing the delay between market activity and data delivery, RedStone Live helps protocols operate with more accurate information while creating a smoother experience for users.
➤ RedStone Settle
Liquidations happen quickly in DeFi, but many real-world assets do not.
While crypto-native collateral can usually be transferred and settled almost instantly, Treasury products, private credit instruments, and other tokenized assets often remain tied to traditional financial processes where settlement and redemption can take days, weeks, or even months.
That creates a problem for lending protocols. The protocol may need to liquidate an unhealthy position immediately, but the underlying asset cannot always be converted into liquidity at the same speed.
RedStone Settle was introduced to bridge that gap through an auction-based liquidation system designed specifically for RWAs. When a position requires liquidation, specialized solvers compete through an auction process to provide immediate liquidity, allowing the protocol to close the position without waiting for the underlying asset redemption cycle to finish.
The winning solver acquires the RWA position, provides immediate liquidity to the protocol, and then waits out the underlying redemption process off-chain. By separating liquidation speed from redemption timelines, RedStone Settle helps make traditionally illiquid assets more practical as collateral within DeFi lending markets.
➤ Credora Acquisition
Accurate market data has always been a critical part of DeFi infrastructure, but price feeds alone do not provide a complete picture of risk.
As lending markets continue to mature and institutional participation increases, protocols need better ways to evaluate credit quality, monitor exposures, assess counterparties, and understand the risks associated with different assets and financial products.
This became increasingly important as DeFi expanded beyond crypto-native collateral and began supporting tokenized Treasuries, private credit markets, structured products, and other forms of real-world assets.
RedStone's acquisition of Credora in September 2025 reflected this shift. By bringing one of the leading providers of on-chain credit intelligence and risk assessment infrastructure into its ecosystem, RedStone expanded beyond market data and moved deeper into the risk layer of on-chain finance.
The acquisition allows RedStone to support not only the pricing infrastructure behind financial applications, but also the credit and risk assessment frameworks that institutions increasingly expect before allocating capital on-chain.
Outstanding and Proven Track Record
As more lending protocols, stablecoin issuers, and RWA platforms depend on oracle infrastructure, reliability becomes just as important as innovation. A sophisticated architecture means very little if the data layer cannot remain available and accurate during periods of market volatility.
One of the reasons RedStone has attracted increasing attention is its outstanding and proven track record. Since launch, RedStone has maintained zero reported mispricing events and zero reported downtime while continuing to expand across DeFi, stablecoins, tokenized funds, and institutional use cases.
This record stands out because oracle failures can have significant consequences. Incorrect pricing data can trigger unnecessary liquidations, create bad debt, disrupt lending markets, and undermine confidence in the applications relying on that infrastructure. As DeFi expands into larger and more complex financial markets, operational consistency is becoming one of the most important characteristics protocols look for when selecting an oracle provider.
My Opinion
What I find most interesting about RedStone is that they keep building and bringing innovations.
A few years ago, most oracle discussions focused on who could deliver market data more reliably. Today, the requirements are much broader. Lending protocols need low-latency updates, RWAs need NAV pricing and settlement infrastructure, stablecoins require reserve verification, and institutional participants increasingly want better risk visibility before deploying capital.
That is probably why RedStone has been expanding beyond traditional oracle services through products like Bolt, Atom, Stack, Live, Settle, and the acquisition of Credora. Instead of solving only one infrastructure problem, they appear to be building around several of the challenges that DeFi is expected to face as more real-world assets and institutional products move on-chain.
Chainlink and Pyth remain major players in the oracle sector, but the market today looks very different from what it did during the early stages of DeFi. From my perspective, the oracle that can support pricing, settlement, risk assessment, and real-world market infrastructure together may have a stronger position as on-chain finance continues to mature. That may be one of the reasons why an increasing number of DeFi protocols have started integrating RedStone in recent years.
#RedStone #DeFi #RWA #TradFi #Oracle
For a long time, Chainlink dominated the conversation around oracle infrastructure, while Pyth gained traction through its pull-based architecture and exchange partnerships. But over the past year, RedStone has begun attracting growing attention as more protocols seek faster integrations, lower costs, broader asset coverage, and infrastructure designed for newer blockchain environments.
The discussion today is no longer simply about who delivers price feeds. It is becoming a discussion about which oracle architecture is best suited for the next generation of DeFi, RWAs, and institutional onchain finance.
What Is a Blockchain Oracle?
A blockchain oracle is a system that brings external data on-chain. Without oracles, smart contracts cannot access real-world information such as:
Cryptocurrency pricesForeign exchange ratesCommodity pricesTokenized fund valuationsProof of Reserves dataReal-world asset pricing
This information is critical because many DeFi applications rely entirely on external market data to determine liquidations, collateral values, borrowing limits, and settlement outcomes.
The Three Major Oracle Players
Today, most of the oracle market discussion revolves around three providers: Chainlink, Pyth, and RedStone. While all three serve the same fundamental purpose, their architectures and priorities are quite different.
ChainlinkChainlink remains the largest oracle network by market share and ecosystem recognition.Some of its strengths include:Extensive network effect across DeFiLong operating historyStrong institutional recognitionBroad support across major blockchain ecosystemsChainlink helped establish many of the standards that modern oracles follow today. However, much of its infrastructure was designed during an earlier phase of DeFi when RWAs, modular blockchains, and high-performance execution environments were still relatively limited.Pyth NetworkPyth became popular through its pull-based architecture and direct relationships with exchanges and market makers.Its strengths include:High-frequency market updatesStrong presence within Solana ecosystemsDirect market data contributionsPyth performs particularly well in trading-focused environments where rapid updates are important.RedStoneRedStone takes a different approach by separating data delivery from data storage, allowing protocols to access oracle information without carrying many of the costs associated with traditional oracle designs.The result is infrastructure optimized for:Modular blockchain ecosystemsEmerging Layer 2 networksTokenized assets and RWAsCustom data requirementsLow-latency applications
Why RedStone Is Growing So Quickly
One reason RedStone has gained traction is its ability to support assets that many oracle providers historically paid less attention to. RedStone already provides infrastructure for:
Tokenized funds
Treasury-backed productsPrivate credit assetsStablecoinsCommoditiesFX marketsCrypto assets
This broader asset coverage has become increasingly important as DeFi expands beyond purely crypto-native markets.
RedStone has also established integrations across a growing number of protocols, including Ethena, Morpho, Pendle, Spark, Gearbox, and many others, while continuing to expand across Ethereum, Layer 2 ecosystems, and non-EVM chains.
This expansion is already visible through integrations supporting products such as BlackRock's BUIDL, Apollo's ACRED, Ethena's USDtb, and Lombard's LBTC.
What Makes RedStone Different
What makes RedStone different is that it is no longer operating solely as a traditional oracle provider. Over the past year, the team has expanded into multiple infrastructure layers that address challenges many protocols face as DeFi becomes more complex.
➤ RedStone Bolt
Blockchain infrastructure has become significantly faster over the past few years. New execution environments are capable of processing transactions in milliseconds, while many DeFi applications now rely on increasingly sophisticated liquidation engines, trading systems, and automated risk management mechanisms.
As execution speeds improve, the gap between market movements and oracle updates becomes more important. Delayed price data can lead to liquidations being executed using outdated collateral values, create pricing inefficiencies in perpetual markets, and expose protocols to unnecessary risk during periods of volatility.
RedStone Bolt was introduced to reduce that gap by providing low-latency oracle infrastructure designed for high-performance blockchain environments. By delivering market data closer to real time, Bolt allows protocols to access fresher pricing information when making critical decisions.
For lending markets, trading platforms, and other real-time applications, this can improve liquidation accuracy, reduce pricing inefficiencies, and help maintain more reliable market conditions.
➤ RedStone Atom
Liquidations are a fundamental part of every lending protocol because they help keep markets solvent when collateral values fall below required thresholds.
In traditional liquidation systems, profitable liquidation opportunities often attract MEV bots that compete to execute those transactions as quickly as possible. Although the liquidation is made possible by the protocol's infrastructure, much of the value generated during the process is typically captured by those external participants rather than flowing back to the protocol itself.
RedStone Atom was introduced to help address this issue by combining liquidation intelligence with OEV capture mechanisms. Instead of allowing liquidation-related value to be extracted entirely by MEV bots, Atom creates a system where protocols can retain a larger share of the value generated around their own liquidations.
For lending markets, this can improve capital efficiency, strengthen liquidation performance, and create additional revenue opportunities while helping align incentives more closely with the protocols generating the activity in the first place.
➤ RedStone Stack
Price feeds remain one of the most important components of DeFi infrastructure, but pricing alone does not provide a complete picture of how a lending market operates.
Liquidations, risk management, and credit assessment often rely on separate systems that do not communicate directly with one another. This fragmentation can create inefficiencies, increase operational complexity, and leave protocols exposed to risks that are difficult to identify before problems emerge.
RedStone Stack was introduced to bring these functions together through a unified infrastructure layer. Rather than treating market data, liquidation intelligence, and risk assessment as independent systems, the Stack integrates them into a coordinated framework designed for modern on-chain credit markets.
The architecture combines RedStone's pricing infrastructure, Atom's liquidation intelligence, and Credora's risk assessment capabilities into a single ecosystem. By reducing the gaps between pricing, execution, and risk management, RedStone Stack helps protocols build more resilient lending markets while improving visibility into how risk develops across the system.
➤ RedStone Live
Modern financial applications are increasingly expected to operate in real time.
Users can trade, borrow, lend, or move capital at any hour of the day, yet many market data systems still rely on update cycles that were designed for a different era of finance.
As more financial activity moves on-chain, access to continuously updated market data becomes increasingly important. Applications need information that reflects current market conditions rather than prices that may already be outdated by the time they reach users.
RedStone Live was introduced to provide real-time data infrastructure for 24/7 financial markets. The system continuously delivers market information that applications can use to support trading, lending, tokenized assets, and other on-chain financial products.
By reducing the delay between market activity and data delivery, RedStone Live helps protocols operate with more accurate information while creating a smoother experience for users.
➤ RedStone Settle
Liquidations happen quickly in DeFi, but many real-world assets do not.
While crypto-native collateral can usually be transferred and settled almost instantly, Treasury products, private credit instruments, and other tokenized assets often remain tied to traditional financial processes where settlement and redemption can take days, weeks, or even months.
That creates a problem for lending protocols. The protocol may need to liquidate an unhealthy position immediately, but the underlying asset cannot always be converted into liquidity at the same speed.
RedStone Settle was introduced to bridge that gap through an auction-based liquidation system designed specifically for RWAs. When a position requires liquidation, specialized solvers compete through an auction process to provide immediate liquidity, allowing the protocol to close the position without waiting for the underlying asset redemption cycle to finish.
The winning solver acquires the RWA position, provides immediate liquidity to the protocol, and then waits out the underlying redemption process off-chain. By separating liquidation speed from redemption timelines, RedStone Settle helps make traditionally illiquid assets more practical as collateral within DeFi lending markets.
➤ Credora Acquisition
Accurate market data has always been a critical part of DeFi infrastructure, but price feeds alone do not provide a complete picture of risk.
As lending markets continue to mature and institutional participation increases, protocols need better ways to evaluate credit quality, monitor exposures, assess counterparties, and understand the risks associated with different assets and financial products.
This became increasingly important as DeFi expanded beyond crypto-native collateral and began supporting tokenized Treasuries, private credit markets, structured products, and other forms of real-world assets.
RedStone's acquisition of Credora in September 2025 reflected this shift. By bringing one of the leading providers of on-chain credit intelligence and risk assessment infrastructure into its ecosystem, RedStone expanded beyond market data and moved deeper into the risk layer of on-chain finance.
The acquisition allows RedStone to support not only the pricing infrastructure behind financial applications, but also the credit and risk assessment frameworks that institutions increasingly expect before allocating capital on-chain.
Outstanding and Proven Track Record
As more lending protocols, stablecoin issuers, and RWA platforms depend on oracle infrastructure, reliability becomes just as important as innovation. A sophisticated architecture means very little if the data layer cannot remain available and accurate during periods of market volatility.
One of the reasons RedStone has attracted increasing attention is its outstanding and proven track record. Since launch, RedStone has maintained zero reported mispricing events and zero reported downtime while continuing to expand across DeFi, stablecoins, tokenized funds, and institutional use cases.
This record stands out because oracle failures can have significant consequences. Incorrect pricing data can trigger unnecessary liquidations, create bad debt, disrupt lending markets, and undermine confidence in the applications relying on that infrastructure. As DeFi expands into larger and more complex financial markets, operational consistency is becoming one of the most important characteristics protocols look for when selecting an oracle provider.
My Opinion
What I find most interesting about RedStone is that they keep building and bringing innovations.
A few years ago, most oracle discussions focused on who could deliver market data more reliably. Today, the requirements are much broader. Lending protocols need low-latency updates, RWAs need NAV pricing and settlement infrastructure, stablecoins require reserve verification, and institutional participants increasingly want better risk visibility before deploying capital.
That is probably why RedStone has been expanding beyond traditional oracle services through products like Bolt, Atom, Stack, Live, Settle, and the acquisition of Credora. Instead of solving only one infrastructure problem, they appear to be building around several of the challenges that DeFi is expected to face as more real-world assets and institutional products move on-chain.
Chainlink and Pyth remain major players in the oracle sector, but the market today looks very different from what it did during the early stages of DeFi. From my perspective, the oracle that can support pricing, settlement, risk assessment, and real-world market infrastructure together may have a stronger position as on-chain finance continues to mature. That may be one of the reasons why an increasing number of DeFi protocols have started integrating RedStone in recent years.
#RedStone #DeFi #RWA #TradFi #Oracle
Building a protocol like #Morpho is no easy task, and with each new step or product implemented by the protocol, #RedStone is present from the beginning, providing all the necessary infrastructure.
Today, Morpho has over $9.9 Bi in deposits and a TVL of over $6 Bi.
A recent $175 million increase in TVL by major market players such as Paradigm, a16z, Apollo Funds, Circle Ventures, among others, shows that the protocol is on track to become the world's largest decentralized credit infrastructure.
Active on networks such as HyperEVM, Ethereum, Base, Tempo, Kaia, Katana, Monad, and others, RedStone provides robust pricing infrastructure (including ATOM on Unichain) without any mispricing events across all of them.
This shows that behind every great project, there is a robust infrastructure capable of meeting all its needs. $RED
Today, Morpho has over $9.9 Bi in deposits and a TVL of over $6 Bi.
A recent $175 million increase in TVL by major market players such as Paradigm, a16z, Apollo Funds, Circle Ventures, among others, shows that the protocol is on track to become the world's largest decentralized credit infrastructure.
Active on networks such as HyperEVM, Ethereum, Base, Tempo, Kaia, Katana, Monad, and others, RedStone provides robust pricing infrastructure (including ATOM on Unichain) without any mispricing events across all of them.
This shows that behind every great project, there is a robust infrastructure capable of meeting all its needs. $RED
Extremely bullish on @RedStone, it's the only project that rivals Chainlink and is proving to be far superior in every way. $RED
Potato13
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တက်ရိပ်ရှိသည်Once we are talking about DeFi projects, what first comes to your mind?
For me it's such slogan:
"We are building 24/7" "Devs are cooking" "We are delivering"
And those slogans literally means:
"We are building 24/7" - probably a lego castle in the office.
"Devs are cooking" - probably a pasta for dinner
"We are delivering" - yeah pizza as part time job...
And here comes RedStone, who instead of throwing empty slogans just doing their work.
Every new week there is an announcemnt of new prize feeds secured by Red or new integration of whole dAPP or even big integrations in whole ecosystem!
We are in the mid of June and let's see what happened in RedStone eco in this month:
- integration with Sparkdotfi
- new price feeds for AssetoFinance
- Announcement of becoming masternode validator of XDCNetwork
- Supporting RWA vault on Euler finance
- price feed for ETHFI
It's only 2 weeks of just and this happen!
This is how the web3 companies should work!
I hope $RED token will finaly follow the way of work provided by RedStone!
For me it's such slogan:
"We are building 24/7" "Devs are cooking" "We are delivering"
And those slogans literally means:
"We are building 24/7" - probably a lego castle in the office.
"Devs are cooking" - probably a pasta for dinner
"We are delivering" - yeah pizza as part time job...
And here comes RedStone, who instead of throwing empty slogans just doing their work.
Every new week there is an announcemnt of new prize feeds secured by Red or new integration of whole dAPP or even big integrations in whole ecosystem!
We are in the mid of June and let's see what happened in RedStone eco in this month:
- integration with Sparkdotfi
- new price feeds for AssetoFinance
- Announcement of becoming masternode validator of XDCNetwork
- Supporting RWA vault on Euler finance
- price feed for ETHFI
It's only 2 weeks of just and this happen!
This is how the web3 companies should work!
I hope $RED token will finaly follow the way of work provided by RedStone!
Imagine a protocol going from $300M to $1.4Bi in just 10 weeks, a 350% increase in less than 3 months, simply impressive, isn't it?!
That's exactly what happened to @Spark Official after a risk assessment carried out by Credora.
#challenge : Create a standardized and auditable risk pricing framework. Without clear metrics for the probability of loss, insolvency, or default, risk remained illegible to institutional investors, limiting capital inflow.
#Credora solution: Using the PSL (Probability of Significant Loss) method, a method completely independent of protocol "preferences," the model runs simulations of extreme market scenarios, including stress events, collateral volatility, and liquidity crises, to calculate the probability of significant losses on a position.
Conclusion: In this way, Credora provided the protocol with a standardized and auditable risk metric. This made Spark vaults more readable for institutional investors and contributed to "significant" growth, especially when compared to protocols with similar structures but without equivalent risk ratings.
See all growth metrics here:
https://blog.credora.network/2026/05/19/after-the-rating-what-happened-to-spark-savings-usdt-vault/
$RED
That's exactly what happened to @Spark Official after a risk assessment carried out by Credora.
#challenge : Create a standardized and auditable risk pricing framework. Without clear metrics for the probability of loss, insolvency, or default, risk remained illegible to institutional investors, limiting capital inflow.
#Credora solution: Using the PSL (Probability of Significant Loss) method, a method completely independent of protocol "preferences," the model runs simulations of extreme market scenarios, including stress events, collateral volatility, and liquidity crises, to calculate the probability of significant losses on a position.
Conclusion: In this way, Credora provided the protocol with a standardized and auditable risk metric. This made Spark vaults more readable for institutional investors and contributed to "significant" growth, especially when compared to protocols with similar structures but without equivalent risk ratings.
See all growth metrics here:
https://blog.credora.network/2026/05/19/after-the-rating-what-happened-to-spark-savings-usdt-vault/
$RED
#RedStone has entered the Asian market with full force.
The recent integration of #Morpho (feeds by RedStone) into the #Kaia network has given the protocol access to over 250 million users.
Morpho is a protocol that has already received over $11 billion in deposits, and now with native integration into the Kaia network, it is making available the first isolated assets in the Asian market:
wETH / USDT
wBTC (BTC.b) / USDT
KAIA / USDT
This puts RedStone in an extremely prominent position; it is RedStone that ensures that prices never become outdated, incorrect, or manipulated, factors that can cause the liquidation of a healthy lending position or directly harm the protocol.
#bullish $RED
The recent integration of #Morpho (feeds by RedStone) into the #Kaia network has given the protocol access to over 250 million users.
Morpho is a protocol that has already received over $11 billion in deposits, and now with native integration into the Kaia network, it is making available the first isolated assets in the Asian market:
wETH / USDT
wBTC (BTC.b) / USDT
KAIA / USDT
This puts RedStone in an extremely prominent position; it is RedStone that ensures that prices never become outdated, incorrect, or manipulated, factors that can cause the liquidation of a healthy lending position or directly harm the protocol.
#bullish $RED
.
CairoMiner
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RedStone is an oracle that has grown steadily in the market, and one of the main factors for this is its continuous work in developing products that truly drive DeFi growth.
Settle is exactly that kind of tool.
Lending platforms no longer need to worry about settlements that take 60 to 180 days to be redeemed.
Liquidity for RWA assets in DeFi (settlement occurs at time T+0).
A mechanism capable of handling illiquidity issues through auctions.
$RED
Settle is exactly that kind of tool.
Lending platforms no longer need to worry about settlements that take 60 to 180 days to be redeemed.
Liquidity for RWA assets in DeFi (settlement occurs at time T+0).
A mechanism capable of handling illiquidity issues through auctions.
$RED
RedStone is an oracle that has grown steadily in the market, and one of the main factors for this is its continuous work in developing products that truly drive DeFi growth.
Settle is exactly that kind of tool.
Lending platforms no longer need to worry about settlements that take 60 to 180 days to be redeemed.
Liquidity for RWA assets in DeFi (settlement occurs at time T+0).
A mechanism capable of handling illiquidity issues through auctions.
$RED
Settle is exactly that kind of tool.
Lending platforms no longer need to worry about settlements that take 60 to 180 days to be redeemed.
Liquidity for RWA assets in DeFi (settlement occurs at time T+0).
A mechanism capable of handling illiquidity issues through auctions.
$RED
An incredible explanation of how oracles work and how RedStoner is superior.
Ozan_eth9
·
--
Why Do Blockchains (Especially DeFi) Need Oracles?
A Fundamental Limitation: Blockchains Can’t Access the Real World
Blockchains are designed to be deterministic and isolated. Every node processes only the data available on-chain, which means smart contracts cannot directly access external (off-chain) information.
Yet DeFi heavily relies on real-world data:
Asset pricesInterest ratesMarket conditionsMacro data and external events
Without this data, smart contracts are just logic without context.
DeFi Without Oracles: A Fragile System
Without oracles, DeFi effectively operates “blind,” creating serious risks:
Delayed liquidations → leading to bad debtInaccurate collateral valuation → increasing systemic riskInefficient trading → opening harmful arbitrage opportunitiesOutdated risk parameters → misaligned with real-time markets
In volatile conditions, even seconds of delay can have major financial consequences.
Oracles: Critical Infrastructure for DeFi
Oracles act as the bridge between off-chain and on-chain worlds, delivering external data so smart contracts can function properly.
But they do more than just deliver data they define:
How fast protocols reactHow accurate decisions areHow resistant systems are to manipulation
In many ways, the quality of an oracle determines the quality of DeFi itself.
The Problem with Traditional Oracles
As DeFi evolves, limitations of older oracle designs become clear:
High latency → data isn’t fast enough for real-time marketsHigh costs → constant updates are expensiveInefficient push models → data is sent even when not neededLack of flexibility → hard to tailor for specific use cases
These issues become even more critical in complex sectors like derivatives and Real World Assets (RWA).
RedStone: A More Adaptive Oracle Approach
This is where newer approaches like RedStone come into play. Instead of relying on traditional models, RedStone introduces a more modular and efficient design:
- On-demand data delivery → data is provided only when needed
- Low-latency feeds → faster response to market changes
- Customizable data streams → tailored to each protocol’s needs
- Off-chain processing + on-chain verification → efficiency without sacrificing security
This shifts the paradigm from continuous data pushing to context-aware data delivery.
What This Means for the Future of DeFi
With more advanced oracle infrastructure:
Protocols can reduce operational costsSystemic risks can be minimizedMarket responsiveness improves significantlyNew use cases like RWA and advanced derivatives become more viable
DeFi is no longer just about liquidity it’s about data quality and speed.
Final Insight
If DeFi is built on smart contracts, then oracles define how those contracts understand reality.
And moving forward, the edge won’t just belong to those with the most liquidity but to those with the fastest, most accurate, and most relevant data.
{spot}(REDUSDT)
Blockchains are designed to be deterministic and isolated. Every node processes only the data available on-chain, which means smart contracts cannot directly access external (off-chain) information.
Yet DeFi heavily relies on real-world data:
Asset pricesInterest ratesMarket conditionsMacro data and external events
Without this data, smart contracts are just logic without context.
DeFi Without Oracles: A Fragile System
Without oracles, DeFi effectively operates “blind,” creating serious risks:
Delayed liquidations → leading to bad debtInaccurate collateral valuation → increasing systemic riskInefficient trading → opening harmful arbitrage opportunitiesOutdated risk parameters → misaligned with real-time markets
In volatile conditions, even seconds of delay can have major financial consequences.
Oracles: Critical Infrastructure for DeFi
Oracles act as the bridge between off-chain and on-chain worlds, delivering external data so smart contracts can function properly.
But they do more than just deliver data they define:
How fast protocols reactHow accurate decisions areHow resistant systems are to manipulation
In many ways, the quality of an oracle determines the quality of DeFi itself.
The Problem with Traditional Oracles
As DeFi evolves, limitations of older oracle designs become clear:
High latency → data isn’t fast enough for real-time marketsHigh costs → constant updates are expensiveInefficient push models → data is sent even when not neededLack of flexibility → hard to tailor for specific use cases
These issues become even more critical in complex sectors like derivatives and Real World Assets (RWA).
RedStone: A More Adaptive Oracle Approach
This is where newer approaches like RedStone come into play. Instead of relying on traditional models, RedStone introduces a more modular and efficient design:
- On-demand data delivery → data is provided only when needed
- Low-latency feeds → faster response to market changes
- Customizable data streams → tailored to each protocol’s needs
- Off-chain processing + on-chain verification → efficiency without sacrificing security
This shifts the paradigm from continuous data pushing to context-aware data delivery.
What This Means for the Future of DeFi
With more advanced oracle infrastructure:
Protocols can reduce operational costsSystemic risks can be minimizedMarket responsiveness improves significantlyNew use cases like RWA and advanced derivatives become more viable
DeFi is no longer just about liquidity it’s about data quality and speed.
Final Insight
If DeFi is built on smart contracts, then oracles define how those contracts understand reality.
And moving forward, the edge won’t just belong to those with the most liquidity but to those with the fastest, most accurate, and most relevant data.
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