As AI models become more powerful, the demand for high-quality datasets is exploding. The companies and individuals who control valuable data may soon hold one of the most important resources in the digital economy. Just as oil fueled the industrial age and computing powered the internet age, data is becoming the fuel of the AI era.

The question is no longer whether data has value—it is who owns it, who profits from it, and how it will be traded.

Why Data Is Becoming a Commodity

Every AI system depends on data.

Large language models require text datasets. Image generators need billions of images. Recommendation engines rely on user behavior data. Autonomous systems need real-world sensor information.

As AI adoption accelerates, quality data is becoming increasingly scarce and valuable. Organizations are beginning to realize that proprietary datasets can create competitive advantages that are difficult to replicate.

This creates a new market dynamic where data itself becomes a tradable asset.

Just as commodities such as gold, oil, or electricity have markets, AI may create global marketplaces where datasets are bought, sold, licensed, and exchanged.

The Problem of Data Ownership

Today’s internet economy has a major imbalance.

Users generate enormous amounts of valuable information through social media activity, browsing habits, purchases, conversations, and digital interactions. Yet most of the economic value is captured by large technology platforms.

Individuals rarely receive compensation despite being the source of the data.

AI is bringing this issue into sharper focus. If an AI model learns from content, behavior, or information generated by millions of people, should those contributors receive a share of the value created?

Many blockchain-based projects argue the answer is yes.

Tokenized ownership systems could allow individuals to maintain control over their data while selectively granting access to AI developers in exchange for compensation.

This shift could fundamentally change the economics of digital ownership.

Decentralized AI Training

Traditional AI development is highly centralized.

Large corporations collect datasets, train models, and capture most of the resulting profits. Access to both data and computing resources is concentrated among a small number of players.

Decentralized AI seeks to change that model.

Using blockchain networks, contributors can provide datasets, computing power, or model improvements while receiving rewards for their participation.

In a decentralized training ecosystem:

• Data providers contribute valuable datasets.
• Compute providers supply processing power.
• Developers improve models and algorithms.
• Token incentives coordinate participation.

Instead of a single company controlling the entire process, AI development becomes a collaborative network economy.

This approach mirrors how decentralized finance replaced traditional financial intermediaries with open protocols.

Data Monetization: A New Digital Income Stream

One of the most exciting opportunities in AI data markets is direct data monetization.

Imagine being able to:

• License your content to AI models.
• Earn revenue from proprietary datasets.
• Sell specialized industry knowledge.
• Monetize IoT and sensor-generated information.
• Participate in data-sharing networks while maintaining privacy controls.

In this model, data becomes a productive asset capable of generating ongoing revenue.

Businesses may also benefit from unlocking value from previously underutilized datasets. Healthcare records, supply-chain information, scientific research, and financial datasets could become important components of future AI marketplaces.

The result is an entirely new category of digital economic activity.

The Role of Blockchain

Blockchain technology provides the infrastructure needed to support AI data markets.

Smart contracts can automate payments, verify ownership, track usage rights, and distribute rewards without relying on centralized intermediaries.

Key benefits include:

• Transparent ownership records
• Permissionless participation
• Automated royalty payments
• Auditable data usage
• Global accessibility

These features make blockchain a natural complement to AI-driven economies.

Challenges Ahead

Despite the opportunity, significant challenges remain.

Questions regarding privacy, intellectual property rights, data quality, and regulatory compliance remain unresolved.

Data markets must also address:

• Fraudulent or low-quality datasets
• Data provenance verification
• Fair compensation mechanisms
• Privacy-preserving AI training
• Cross-border legal frameworks

The success of AI data markets will depend on balancing openness with trust and accountability.

Conclusion

AI is creating unprecedented demand for high-quality data, transforming information into one of the world’s most valuable digital resources.

As decentralized networks emerge, ownership and monetization models are likely to evolve beyond today’s platform-driven economy. Individuals may gain greater control over their data, contributors may earn rewards for participation, and AI development could become more open and collaborative.

The next major crypto commodity may not be a token, a blockchain, or a financial asset.

It may be the data itself.

And the platforms that successfully connect AI demand with data supply could become some of the most important economic infrastructure of the coming decade.

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Among the many blockchain solutions available, Arbitrum, a leading Layer 2 scaling solution for Ethereum, offers a promising foundation for the next generation of decentralized scientific innovation.

The Challenges of Traditional Science

Modern scientific research faces several systemic challenges:

• Data Silos: Valuable research data is often locked within institutions, preventing open collaboration and reproducibility.
• Lack of Transparency: Peer review processes are opaque, making it difficult to verify the integrity of scientific findings.
• Funding Bottlenecks: Research funding is often monopolized by governments and large institutions, leaving many independent researchers struggling for resources.
• Centralized Control: Scientific publishing is dominated by a few major publishers that charge exorbitant fees, limiting access to knowledge.

Decentralized science seeks to address these issues by leveraging blockchain’s transparency, security, and efficiency.

How Arbitrum Can Power Decentralized Science

Arbitrum, an optimistic rollup that enhances Ethereum’s scalability, provides the ideal infrastructure for DeSci initiatives due to its low transaction costs, high throughput, and security.

Here’s how it can contribute to the development of decentralized science:

1. Open and Transparent Research Funding

Smart contracts on Arbitrum enable decentralized grant funding. This is where researchers can receive funding directly from DAOs (Decentralized Autonomous Organizations) without intermediaries. By using programmable smart contracts, funding can be automatically distributed based on milestones and community governance.

Example:
A scientific DAO built on Arbitrum could allow token holders to vote on which research projects receive funding, ensuring democratic and merit-based allocation of resources.

2. Decentralized and Verifiable Peer Review

One of the major pain points in scientific publishing is the lack of transparency in peer review. Arbitrum’s blockchain infrastructure enables immutable records of peer review comments and research revisions. It ensures accountability and reduces biases in the evaluation process.

Example:
A decentralized peer review system built on Arbitrum could timestamp submissions, reviews, and revisions on-chain, allowing for verifiable scientific discourse without gatekeeping by traditional publishers.

3. Tokenized Incentives for Open Science

Arbitrum enables the creation of decentralized incentive mechanisms where researchers, reviewers, and contributors can be rewarded with tokens for their contributions to open science. This model can help promote data sharing and collaboration rather than competition.

Example: 
A research DAO on Arbitrum could distribute governance tokens to scientists who publish open-access research or share raw data sets, fostering an environment of collaborative knowledge-building.

4. Decentralized Data Storage and Accessibility

Scientific research often generates massive datasets, but they are typically stored in centralized repositories with limited access. By integrating Arbitrum with decentralized storage solutions like IPFS or Arweave, research data can be stored transparently and securely while ensuring accessibility for global researchers.

Example:
A decentralized research repository built on Arbitrum could allow scientists worldwide to upload, verify, and access research data without relying on centralized institutions.

5. Smart Contracts for Scientific Reproducibility

Reproducibility is a cornerstone of scientific integrity, yet many studies fail this test due to a lack of transparency in methodologies and data handling. Arbitrum’s smart contracts can automate data verification processes, ensuring that research findings are reproducible and verifiable.

Example:
A research protocol stored on-chain could include automated verification scripts that validate experimental data before publishing, reducing fraud and increasing trust in scientific findings.

The Future of Decentralized Science with Arbitrum

As the DeSci movement gains momentum, Arbitrum is well-positioned to become a fundamental layer for decentralized research infrastructure. Its capacity to lower transaction costs, enhance scalability, and integrate well with Ethereum makes it appealing for scientific DAOs, open-access research platforms, and decentralized funding mechanisms.

Leveraging Arbitrum can create a transparent, collaborative, and democratized scientific ecosystem. It enables innovation driven by global contributors instead of traditional institutional gatekeepers.

As DeSci continues to evolve, Arbitrum could play a pivotal role in redefining how knowledge is created, shared, and verified in the 21st century.

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The Role of AI in Blockchain Security

Blockchain technology is designed to be decentralized, transparent, and immutable. However, it is not immune to fraudulent activities such as money laundering, rug pulls, and illicit transactions.

AI-powered blockchain intelligence leverages machine learning algorithms and predictive analytics to:

• Detect Fraudulent Transactions
  AI can analyze vast amounts of blockchain data to identify suspicious patterns, flagging potential fraud in real time.

• Monitor Market Trends
  By analyzing transaction flows, AI can detect shifts in investor sentiment, price movements, and emerging market trends before they become mainstream.

• Enhance Regulatory Compliance
  Governments and financial institutions can use AI-powered blockchain tools to ensure compliance with anti-money laundering (AML) and know-your-customer (KYC) regulations.

• Prevent Cyber Threats
  AI-driven security solutions can detect and mitigate smart contract vulnerabilities and other cyber risks that threaten blockchain ecosystems.

How AI is Transforming Blockchain Analytics

AI-driven blockchain intelligence platforms, like those promoted by Smart Liquidity Research and SCN1 Crypto News, provide cutting-edge tools for on-chain analysis. These tools enable:

1. Real-time transaction monitoring
   AI continuously scans blockchain transactions, identifying anomalies and fraudulent activities before they escalate.

2. Predictive risk assessment
   AI models can predict potential security threats based on historical blockchain activity and behavioral patterns.

3. Data visualization & reporting
   AI helps convert complex blockchain data into easy-to-understand dashboards and reports for investors, analysts, and regulatory bodies.

The Future of AI in Blockchain Intelligence

As blockchain adoption continues to grow, AI-powered solutions will play a vital role in ensuring the integrity and security of digital assets. From DeFi platforms to NFT marketplaces, AI-driven blockchain intelligence is set to redefine risk management, enhance transparency, and empower users with valuable insights.

The collaboration between blockchain and AI marks a significant step toward a more secure, efficient, and data-driven financial ecosystem. By leveraging these advanced technologies, stakeholders can stay ahead of potential threats while capitalizing on emerging opportunities in the digital economy.

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This is where Oracle Networks come into play, acting as bridges between blockchain smart contracts and external data sources.

What Are Oracle Networks?

Oracle Networks are decentralized systems designed to fetch, verify, and relay external data to blockchain networks. They serve as middleware, ensuring that smart contracts receive accurate and tamper-proof data from outside the blockchain environment. This is essential for applications like decentralized exchanges (DEXs), prediction markets, and various financial instruments that require real-time data such as price feeds, weather conditions, or event outcomes.

Why Reliability Matters

1. Data Accuracy
   DeFi applications rely on precise data to function correctly. For instance, lending platforms need accurate price feeds to determine collateral values. Inaccurate data can lead to incorrect collateral liquidation or lending amounts.
2. Security
   Data tampering can have severe consequences, including financial losses and loss of user trust. Reliable oracles use cryptographic methods and decentralized consensus to ensure data integrity.
3. Timeliness
   Many DeFi protocols require real-time data. Delayed data can result in missed arbitrage opportunities, incorrect asset valuations, or delayed contract executions.

Key Features of Reliable Oracle Networks

• Decentralization
  By using multiple data sources and validators, oracle networks minimize the risk of single points of failure and reduce the likelihood of data manipulation.
• Transparency
  Reliable Oracle networks often provide transparent mechanisms for data validation and dispute resolution, ensuring users can trust the data they receive.
• Security Protocols
  Advanced cryptographic techniques and secure hardware are employed to protect data integrity and prevent unauthorized access.

Examples of Oracle Networks

Several notable Oracle networks are making significant strides in ensuring reliable data feeds:

1. Chainlink
   One of the most widely used Oracle networks, Chainlink employs a decentralized network of nodes to fetch and verify data from various sources.
2. Band Protocol
   This protocol focuses on cross-chain compatibility, providing secure and scalable data oracles for multiple blockchain networks.
3. API3
   Known for its first-party Oracle solutions, API3 enables data providers to directly provide their data to smart contracts without intermediaries.

In Summary

The importance of reliable external data feeds in the DeFi ecosystem cannot be overstated. Oracle networks play a pivotal role in ensuring that the data powering these applications is accurate, secure, and timely. As the DeFi space continues to grow, the development and adoption of robust Oracle solutions will be critical in maintaining the trust and efficiency of decentralized financial systems.

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SubQuery’s indexing features empower Energy Web developers to effectively handle and search on-chain data, speeding up development processes and aiding quick prototyping, ultimately supporting the goal of bringing new users onboard to the Energy Web stack.

Developers working on Energy Web can utilize SubQuery’s flexible, fast, open, and decentralized data indexing solution. This provides developers with essential resources to effectively handle and retrieve on-chain data for various applications.

SubQuery streamlines complex backend operations by offering developers a customized API. This allows them to concentrate on enhancing product development and user experiences, eliminating the need to allocate resources for indexing solutions.

“We at Energy Web are thrilled to announce our collaboration with SubQuery Network. With the Energy Web Chain (EWC), based on the EVM, and the Energy Web X Parachain (EWX), based on substrate, our ecosystem gains significant momentum with the indexing capabilities provided by SubQuery Network. This partnership ensures swift access to both chains, enhancing the seamless functionality of our ecosystem.”— Daniyal Ajdadi, Director of Marketing and Communications at Energy Web

“We are excited to support Energy Web and we believe this integration will open up exciting opportunities and we can’t wait to see what dApps developers on Energy Web build with our fast, flexible, and open indexing technology.” — Sam Zou, Founder and CEO of SubQuery

Using SubQuery to index both EWC (EVM) and EWX (Parachain) enables builders to provide the Energy Web community with deep insights into the whole ecosystem regarding on-chain data, metrics, tokenomics, APY calculations, worker node statistics and general knowledge. Being able to query a blockchain like a relational database is a game changer for developers and opens up a ton of use cases, not only for the community, but enterprise adoption as well. And with SubQuery this can all be done in true decentralized fashion.” — Jeroen, Energy Web Champion

Why should one utilize a SubQuery?

SubQuery simplifies the process of creating a personalized API for your dApp or smart contracts within minutes, offering organized indexed data for various services. The developer experience with SubQuery is exceptional, offering flexibility such as making external API calls, importing external libraries directly into mapping functions, and enhanced controls for running projects on personal infrastructure with automated DOS (denial of service) protection. Furthermore, there are currently no intentions to discontinue our managed service.

SubQuery is engineered for speed, which becomes crucial when indexing millions of ledgers. When selecting your indexer, this feature should be taken into account. Through the utilization of multi-threading and store optimization to minimize expensive database writes, SubQuery manages to achieve this speed. Accelerated synchronization times empower developers to iterate swiftly and introduce new features to the market promptly.

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Storj is designed to be more secure, cost-effective, and efficient than traditional cloud storage solutions. Since the data is stored on a decentralized network of nodes, it is less vulnerable to hacking and data breaches. Users also have complete control over their data and can encrypt it before storing it on the network.

Storj’s native cryptocurrency, STORJ, is used to pay for storage and bandwidth on the network. Users can earn STORJ tokens by renting out their unused storage space or by providing bandwidth to the network.

Storj has several advantages over traditional cloud storage services, including lower costs, increased security, and greater privacy. It is also more environmentally friendly, as it utilizes existing hardware instead of requiring the creation of new data centers.

How Does Storj Platform Work?

Storj is a decentralized cloud storage platform that utilizes blockchain technology and peer-to-peer file-sharing protocols to provide users with a secure and efficient way to store and share data.

Here’s how it works:

1. Storage Nodes
    Users can become Storage Node Operators by downloading the Storj software and connecting their unused hard drive space to the Storj network. Storage Nodes are responsible for storing and sharing data on the network.
2. Renters
   Users who need extra storage space can become renters by uploading their data to the Storj network. Renters can choose where their data is stored and can also encrypt it before storing it on the network.
3. Encryption
   All data uploaded to the Storj network is automatically encrypted using client-side encryption. This means that the data is encrypted on the user’s device before it is uploaded to the network, ensuring that only the user has access to the data.
4. Decentralized Network
   The Storj network is a decentralized network of nodes that are spread out across the globe. This means that data is not stored in a single location, making it more secure and less vulnerable to data breaches.
5. Payments
   Renters pay for storage and bandwidth using STORJ tokens, Storj’s native cryptocurrency. Storage Node Operators can earn STORJ tokens by providing storage space and bandwidth to the network.
6. Audits
   Storj uses regular audits to ensure that data is being stored securely and that Storage Nodes are providing the agreed-upon storage and bandwidth. If a Storage Node fails an audit, it is removed from the network and the data is replicated to another node.

Overall, Storj provides a decentralized, secure, and cost-effective way for users to store and share data, while also allowing Storage Node Operators to earn tokens by renting out their unused storage space.

How Does Developer Benefit from Storj

Developers can benefit from the Storj platform in several ways:

1. Build Applications on the Storj Platform
   Developers can build decentralized applications (dApps) on the Storj platform, leveraging the Storj network’s decentralized storage and bandwidth capabilities. These applications’ design is to offer data storage and transfer capabilities to their users.
2. Monetize Their Applications
   Developers can monetize their dApps by integrating Storj’s native cryptocurrency, STORJ, as a payment option for storage and bandwidth. This means that developers can earn STORJ tokens when users pay for storage and bandwidth on their dApps.
3. Access to Decentralized Storage
   Storj provides developers with access to decentralized storage and bandwidth. This allows them to create applications that leverage a more secure and efficient storage solution, reducing the risk of data breaches and lowering costs.
4. API and SDKs
   Storj provides APIs and SDKs (software development kits) that developers can use to integrate their applications with the Storj platform. These tools help developers build dApps that leverage the Storj network’s storage and bandwidth capabilities.
5. Open-Source
   Storj is an open-source platform, meaning that developers can contribute to the development of the platform and benefit from the work of others in the community. This allows for a more collaborative and innovative environment for developers.

Overall, developers can benefit from Storj by building decentralized applications that leverage the Storj network’s decentralized storage and bandwidth capabilities, monetizing their applications using STORJ tokens, and accessing a more secure and efficient storage solution.

To connect with Storj, you can follow these steps:

1. Visit the Storj website
    Go to the official Storj website at https://storj.io/.
2. Create an Account
   Click on the “Sign Up” button on the top right corner of the website to create an account. You will need to provide your email address and create a password.
3. Download the Storj Software
   Once you have created an account, you can download the Storj software. The software is available for Windows, macOS, and Linux. You can find the download links on the Storj website.
4. Set up a Storage Node
   After downloading the software, you can set up a Storage Node on your computer. A Storage Node is a computer that provides storage space and bandwidth to the Storj network.
5. Configure the Storage Node
   Once you have set up the Storage Node, you will need to configure it. You will need to provide information such as your bandwidth limits, storage limits, and wallet address for receiving STORJ tokens.
6. Start Earning
   Once your Storage Node is configured, you can start earning STORJ tokens by renting out your unused storage space and bandwidth to users on the Storj network.
7. Use Storj
   You can also use Storj to store and share your own data securely and privately. You can upload your data to the Storj network and access it from anywhere.

Overall, connecting with Storj involves creating an account, downloading the software, setting up a Storage Node, configuring it, and then using the Storj network to earn STORJ tokens or store and share your own data.

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With ColdStack’s NFT native integration, it can make it easy to store all types of data, and its AI helps to find the best maintenance costs for every file. ColdStack’s immutable global infrastructure will make the LEAFES’ metaverse more immersive with better retrieval speeds which means the denizens of this metaverse never have to worry about their world ending.

Partnership Importance

With ColdStack’s advanced technology in decentralized storage, LEAFES can securely store their data and ensure the longevity of their metaverse experiences. The collaboration allows both companies to accelerate the adoption of decentralized storage and bring this technology to the masses.

Additionally, LEAFES will be able to offer their clients a seamless and secure solution for their data storage needs, which enhances their overall value proposition. Overall, the partnership will bring growth and success for both ColdStack and LEAFES.

ABOUT ColdStack

ColdStack is the first to market a decentralized Storage Aggregator. Near-complete S3-compatibility, with S3-versioning being fine-tuned is its core functionality. AI-aggregator determines the most cost-efficient storage solutions based on file size, type, and access frequency. UX/UI dashboard allows getting a more personalized experience, including easily viewable upload and download metrics.

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ABOUT LEAFES

LEAFES is a Metaverse Experience Factory for easy brand integration and Monetization tactics. It offers a complete solution for Metaverse strategy, space, and virtual clothing creation. The company has its own line of eco-friendly digital and physical clothing. The AI platform streamlines brand integration into metaverses like Roblox, Decentraland, and Minecraft, and automates revenue sharing across all metaverses using token technology. LEAFES also provides Technical & Marketing expertise in creating Metaverse spaces and Metaverse concepts for brands.

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Covalent, the leading provider of indexing solutions for blockchains with their Unified API, has integrated with Emerald, the EVM ParaTime on the Oasis Network. This integration provides developers with reliable, high-quality data that will allow them to build faster and easier. A multichain can be enabled in minutes by simply changing the chain ID parameter.

Other initiatives at later stages will include:

• Decentralizing the Oasis Network data stack for redundancy and validator incentives
• The ability for developers to build their own endpoints in the chain
• Covalent’s analyst mode will allow developers to write SQL to build bespoke dashboards
• Specialized support for Oasis Network

Covalent in a nutshell

Out-of-the-box Covalent brings full transparency and visibility to assets across over 32 blockchain networks and is trusted by over 27,000 developers. Its dataset supports 25B+ transactions, 30,000+ price feeds, and 200,000+ smart contracts for querying. Covalent believes strongly in a future where users have access to composable, verifiable, permissionless, and trustless data.

The Oasis Network is the first privacy-enabled blockchain platform for a responsible data economy in Web3. Combined with its secure layer 1 and modular architecture, the Oasis Network is able to power private, scalable, and flexible blockchain, expanding the technology beyond traders and early adopters to a mass market ready to embrace Web3.

“We’re thrilled to have established this partnership with Covalent. We know that, with this integration, developers coming to Oasis will have a more complete, timely, and accurate overview of the full blockchain ecosystem. Such integration means builders are offered much more opportunity and can create dApps with a variety of use cases thanks to this enriched data source. By empowering developers with these tools, this Covalent integration will help make Oasis a destination of choice.” —William Wendt, Ecosystem Growth Manager, Oasis Network

Developers can pull data from Oasis Emerald ParaTime with Covalent’s Unified API. The blockchain data available includes:

• Token balances per address
• Get NFT transactions for contract
• Historical transactions per address
• Get all contract metadata

“On behalf of the Covalent team, I couldn’t be more excited to welcome the Oasis Network as our partner. With this integration, we look forward to supporting the developers and the next wave of applications built in the Oasis ecosystem.” ~ Ganesh Swami, CEO & Co-founder, Covalent

ABOUT Covalent

Covalent provides the industry-leading Unified API bringing visibility to billions of Web3 data points. Developers use Covalent to build exciting multi-chain applications like crypto wallets, NFT galleries, and investor dashboard tools utilizing data from 26+ blockchains.

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ABOUT Oasis Network

The Oasis Network is a privacy-focused, scalable, Proof-of-Stake Layer-1 smart contract platform that is Ethereum Virtual Machine compatible. Oasis boasts a multi-layer modular architecture that enables the scalability and flexibility to deploy low-cost privacy-focused smart contracts toward Web3 ideals.

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Integrating the industry-leading decentralized oracle network enables Paxo to access high-quality, tamper-proof price data feeds needed to support accurate liquidations, helping ensure protocol and lender solvency.

The platform chose Chainlink as its go-to oracle solution because its infrastructure is seamless to integrate and time-tested in production. Chainlink already helps secure leading DeFi protocols responsible for tens of billions of dollars in smart contract value, maintaining robust security and high availability even amidst unexpected events, such as exchange downtime, flash crashes, and data manipulation attacks via flash loans.

Increasing Protocol Security and Reliability With Chainlink Price Feeds

Overcollateralized lending is the de facto standard in Web3 because anonymous users and lack of credit history mean lenders have no assurance that borrowers will pay back their loans.

Furthermore, Paxo Finance was created to help users access more capital for less money, while still keeping lender funds secure. They also accomplish this by keeping borrowed funds within the protocol. Borrowers can only transact on Paxo Finance, which effectively eliminates the ability for any borrowed funds to leave the protocol.

Ultimately, this creates a more capital-efficient money market for both lenders and borrowers. Lenders earn higher yields and borrowers can access more capital than they would be able to on other money markets or lending protocols simply by staying and using the Paxo Finance protocol.

Operationally, Paxo Finance works very similarly to other lending protocols in the Web3 space. A borrower pays continuous interest to lenders and must maintain their collateral to stay above the liquidation point. If they fail to, they are liquidated and lender funds are returned to the lending pool.

WHY PAXO FINANCE USES CHAINLINK PRICE FEEDS?

One of the most important components to help ensure a safe and reliable experience for both parties — lenders and borrowers — is using secure, high-quality price data feeds, often considered the lifeblood of DeFi protocols like Paxo Finance. Digital asset prices determine at what point borrowers get liquidated. If the data feed a DeFi protocol is using is unreliable, inaccurate, or manipulatable, borrowers can get liquidated earlier than expected, or lenders’ funds become bad debt.

That’s why Paxo Finance uses Chainlink Price Feeds — the undisputed industry standard for decentralized price data feeds. Chainlink Price Feeds feature multiple layers of aggregation at the data source, oracle node, and oracle networks to help ensure there are no single points of failure and the final price delivered on-chain to DeFi protocols reflects a market-wide average.

“Security is the single most critical aspect of any DeFi protocol, and Chainlink Price Feeds are the best, most widely adopted price data solution in the industry. Here at Paxo Finance, which we know will become one of the leading protocols for borrowers and lenders to interact, we settle for nothing but the best.” — Pranjal Pashar, Founder and CEO of Paxo Finance.

ABOUT Chainlink

Chainlink is the industry-standard Web3 services platform. It also enables trillions of dollars in transaction volume across DeFi, insurance, gaming, NFTs, and other major industries. As the leading decentralized oracle network, Chainlink enables developers to build feature-rich Web3 applications. Offer seamless access to real-world data and off-chain computation across any blockchain and provides global enterprises with a universal gateway to all blockchains.

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ABOUT Paxo Finance

Paxo Finance is an undercollateralized investment loan protocol. It allows users to borrow up to 5X of their capital to invest in crypto assets, NFTs, or the metaverse. The protocol also allows liquidity providers to earn high APY by providing liquidity in multiple available pools. The protocol is permissionless and trustless; anyone can use the protocol without KYC or credit check. Paxo is safe and uses a wall-guarded approach to safeguard lenders’ funds.

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Truflation has been an active participant and believer in Chainlink since its inception. Already serving as a Chainlink node operator and winner of the decentralized inflation dashboard challenge, co-sponsored by Balaji Srinivasan and Chainlink.

Its participation in BUILD aims to maximize its ongoing integration with Chainlink, with added benefits of enhanced technical support in building and managing highly reliable and customized oracle solutions,  as well as early access to beta launches of new Chainlink solutions and support from the Chainlink community.

They are confident that the alignment of the cross-ecosystem incentives made possible by the Chainlink BUILD program will further the realization of Truflation’s stated mission of becoming a standard in financial and economic data —ultimately helping people around the world better hedge inflation and get real-time data analytics that they can be confident are true.

Truflation’s Inflation Rate Metrics

Founded in 2021, Truflation offers independent and censorship-resistant inflation calculations based on census-level price information from more than 50 data sources in real-time. Truflation was built on the premise of revolutionizing century-old models and methodologies that are no longer relevant.
Photo courtesy of Truflation

Moreover, by deconstructing and remastering the most popular inflation index in the world the Consumer Price Index (CPI), Truflation better reflects consumer spending habits and real market price changes. This data is then brought on-chain through the Truflation Chainlink node, which will be accessible to smart contract developers on the Chainlink Market. Furthermore, additional data indexes will become available through Truflation including emissions, climate data,  commodities, and precious metals.

Moreover, to ensure long-term independence and sustainability, Truflation will be supported by a Data DAO. It is a distributed collective of key contributors and community members who will collaborate and control the Data DAO through the eventual release of a governance token.

In addition, token holders will be responsible for voting on strategic decisions. Including treasury management, rewards distribution, dispute resolution, index improvements, and more. In addition to facilitating governance, the token will be used to incentivize and reward both partners and contributors for sharing data. Encouraging the diversification and decentralization of data sources that make up the Truflation index.

Joining Chainlink BUILD

Truflation joined BUILD to support the development and management of its data oracles. It also aims to help accelerate the adoption of inflation-resistant data throughout Web3 and traditional financial systems.

Some benefits include better collaboration with oracle and data experts and stronger alignment with the engaged and active Chainlink community. Better access to the many resources available in the Chainlink ecosystem.

Furthermore, Truflation is committing approximately 4% of the Truflation token supply. Over time to pay for services from Chainlink service providers, including stakers. These economic incentives enable Truflation to fully realize the benefits the Chainlink ecosystem has to offer.

“We are excited to join the Chainlink BUILD Program and receive support in building and managing oracle infrastructure, a crucial component in our mission of providing transparent, unbiased inflation rate data on-chain in real-time. We look forward to continuing our collaboration and helping support the shift to Web3, powered by trust-minimized data and applications,” — Truflation Founder, Stefan Rust

ABOUT Chainlink

Chainlink is the industry standard for building, accessing, and selling oracle services. Needed to power hybrid smart contracts on any blockchain. Chainlink oracle networks provide smart contracts with a way to reliably connect to any external API. Leverage secure off-chain computations for enabling feature-rich applications.

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ABOUT Truflation

Truflation is an economic data aggregator serving independent, unbiased, real-time data on-chain and off-chain. Truflation validates, harmonizes, and calculates outputs using open-source algorithms. Furthermore, Truflation’s indexes are a premium source of independent censorship resistant financial and economic data on-chain. Truflation is the engine that powers inflation-protected web3 applications and blockchain economies.

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