Satou Rei

Introduction
The rapid evolution of blockchain and artificial intelligence (AI) is converging to unlock new possibilities in the decentralized finance (DeFi) space. On December 21, 2024, Oasis Network announced a strategic grant for Omo Protocol, a DeFi platform pioneering secure AI agent infrastructure using Sapphire, Oasis’s confidential EVM solution. This partnership aims to revolutionize how AI agents interact with blockchain, automating complex strategies while maintaining privacy and security. With this collaboration, Omo is poised to redefine the potential of AI-driven solutions in DeFi, addressing critical challenges and opening the door to scalable innovation.
The Global AI and Blockchain Landscape
The Growth Trajectory of AI
Artificial intelligence is reshaping industries globally, from healthcare to finance. According to Grand View Research:
The global AI market size was valued at $136.6 billion in 2022.It is projected to grow at a compound annual growth rate (CAGR) of 37.3% between 2023 and 2030, driven by advancements in machine learning, data analytics, and automation.
The Rise of DeFi
DeFi, which leverages blockchain technology to create decentralized financial services, has grown exponentially. Reports by Messari estimate the market could reach $230 billion in value by 2025. The integration of AI with DeFi is seen as a natural progression to enhance automation, optimize asset management, and improve user experience.
Why AI Agents Are the Future
AI agents — autonomous or semi-autonomous software programs powered by machine learning — are already reshaping the blockchain landscape. These agents can:
Automate complex tasks, reducing the need for manual intervention.Provide personalized, dynamic interactions for users.Enhance security and streamline processes in DeFi and other blockchain applications.
Omo Protocol: Breaking Barriers with AI and Blockchain Integration

Core Vision of Omo Protocol
Omo Protocol is developing the first multi-agent platform capable of automating DeFi strategies at scale. By leveraging Sapphire’s robust confidentiality features, Omo aims to:
Build secure infrastructure for AI-focused applications in DeFi.Automate on-chain yield farming strategies.Enable seamless cross-chain transactions.
This approach addresses some of the most pressing challenges in DeFi today, including private key security, data confidentiality, and the scalability of automated processes.
Sapphire: The Technology Enabler
Sapphire, Oasis Network’s confidential EVM, is a cutting-edge solution designed for privacy-preserving blockchain applications. Its features include:
Confidential Smart Contracts: These allow sensitive data and transaction logic to remain private while being processed on-chain.Trusted Execution Environments (TEEs): Sapphire uses enterprise-grade hardware to ensure secure storage and computation.Runtime Off-Chain Logic (ROFL): This framework enables off-chain computations to be verified on-chain, combining efficiency with security.

Key Benefits of Omo and Sapphire Integration
1. Enhanced Security for AI Agents
AI agents require private keys to interact with blockchain networks. Managing these keys securely is one of the most significant challenges developers face. With Sapphire:
Private keys are stored in confidential smart contracts, protected by TEEs.Access to keys is tightly controlled, reducing risks of misuse or exposure.Developers can focus on innovation without the burden of acting as custodians for private keys.
2. Automating Risky DeFi Strategies
Traditional DeFi strategies, such as yield farming, often involve multiple steps, including liquidity provision, staking, and compounding rewards. Automating these strategies introduces risks if not executed securely. Sapphire mitigates these risks by:
Ensuring that sensitive data, like investment parameters, remains private.Allowing agents to execute strategies dynamically without exposing vulnerabilities.
3. Cross-Chain Interoperability
Blockchain ecosystems are fragmented, and cross-chain operations are often complex. Omo, with Sapphire’s integration, simplifies cross-chain interactions by enabling:
Secure communication between multiple blockchain networks.Automated execution of transactions across chains without compromising on security or efficiency.

AI Agents: The Game-Changer for Blockchain
Current State of AI Agents
AI agents are not a new concept, but their integration with blockchain is gaining traction. In web3, thousands of agents are already operational, performing tasks such as:
Automating trades and yield farming (e.g., Autonolas).Assisting with wallet operations (e.g., Dawn Wallet).Powering peer-to-peer payments (e.g., Skyfire).
Despite their potential, challenges remain:
Key Management: Agents require private keys to operate, but traditional storage methods are insecure or cumbersome.Verification of Outputs: Users need mechanisms to trust the decisions made by agents.
Potential of AI Agents in Blockchain
Automation of Financial Processes:
AI agents can automate lending, borrowing, and staking operations, reducing costs and human errors.Omo’s automated yield farming showcases the efficiency of such solutions.
2. Enhanced User Experience (UX):
By abstracting complexities like gas fees and network switching, agents make blockchain more accessible.AI-driven tools such as Dawn Wallet’s copilot simplify basic tasks like sending and swapping tokens.
3. Broader Applications: Beyond DeFi, AI agents are being used in collaborative art projects (e.g., Botto) and security testing for smart contracts.
Challenges and Solutions in AI x Blockchain Integration
Key Challenges
Security Risks: Poorly managed keys or unsecured logic can lead to significant losses.Scalability: Handling millions of transactions requires robust infrastructure.Standardization: Lack of unified APIs hinders agent interoperability across platforms.
How Sapphire Addresses These Challenges
Confidentiality: Sapphire’s secure key management ensures private keys are never exposed.Efficiency: Off-chain computation via ROFL reduces the burden on blockchain networks.Interoperability: Sapphire’s infrastructure facilitates seamless integration with multiple protocols.
Market Impact and Future Outlook
Projected Growth in AI-Driven DeFi
The rise of AI agents could significantly increase Assets Under Management (AUM) in DeFi protocols. By automating yield optimization, platforms like Omo can attract more liquidity.Enhanced security and usability are likely to drive user adoption, transitioning blockchain from niche to mainstream.
The Role of Omo Protocol
Omo’s multi-agent platform is not just solving today’s problems but also laying the foundation for future blockchain applications:
Consumer-Friendly Design: Omo abstracts away complexities, enabling everyday users to interact with DeFi seamlessly.Developer Ecosystem: By providing SDKs and infrastructure, Omo accelerates innovation in the AI x blockchain space.
Conclusion
The collaboration between Oasis Network and Omo Protocol marks a pivotal moment for AI agents in blockchain. By leveraging Sapphire’s confidentiality and scalability features, Omo is addressing critical challenges in DeFi, from private key security to automation of complex strategies. As AI and blockchain continue to converge, their combined potential could transform industries, making decentralized technologies more accessible, efficient, and secure.
With the global AI market booming and DeFi poised for exponential growth, the timing for this partnership couldn’t be better. Omo Protocol is not just building a platform; it’s paving the way for a future where intelligent agents redefine blockchain interactions.

#ROSE_USDT #OasisNetwork #AIAgent $ROSE

In an increasingly connected and data-dependent world, from financial transactions to Artificial Intelligence (AI) breakthroughs, protecting digital assets and sensitive information has become a paramount priority. However, traditional key management methods, which rely on centralized systems, are increasingly revealing weaknesses against sophisticated threats. This is where Decentralized Key Management (DKM) emerges as a revolutionary solution, and Oasis Network is leading the charge in unlocking its vast potential, aiming for a truly self-sovereign and secure digital future.

🌐 The Challenge of Centralized Systems: Why Change is Needed?
Imagine a bank storing all its customers' safe deposit box keys in a single central vault. The initial convenience might obscure the enormous risk: a successful attack on that vault, a dishonest employee, or even a natural disaster could lead to catastrophic consequences on a large scale. This is a similar picture to digital key management in centralized systems. User data, private keys for cryptocurrency wallets, trade secrets – all are at risk if the central point of control is compromised.
The dramatic increase in cyberattacks, large-scale data breaches, and increasingly stringent privacy requirements have made it clear that the centralized model is no longer robust enough. We need a key management method that is not only secure but also flexible, transparent, and empowers users with real control.

🔓 Demystifying Decentralized Key Management (DKM): A Quantum Leap Forward
Decentralized Key Management (DKM) is not an entirely new idea, but its application on blockchain technology and distributed systems has opened up breakthrough possibilities. Instead of relying on a single entity to store and manage keys, DKM distributes this responsibility across a network of independent nodes.
The core advantages of DKM include:
Elimination of Single Points of Failure: This is the most direct and significant benefit. In a DKM system, compromising a single node is not enough to jeopardize the entire system or steal keys. It's like dividing an important secret into multiple pieces and entrusting them to many reliable individuals; only when a sufficient number of pieces are assembled can the secret be restored.Superior Enhanced Security: DKM often incorporates advanced cryptographic techniques such as Multi-Party Computation (MPC), Threshold Signature Schemes (TSS), and Zero-Knowledge Proofs (ZKPs). These technologies allow key-related operations (like key generation, transaction signing) to be performed distributively without needing to assemble the full original key in one place, significantly reducing the attack surface.Empowering User Autonomy: With DKM, users have greater control over their assets and data. They no longer have to fully trust a third party but can directly participate in protecting their "keys" or delegate to a decentralized network designed to operate in their best interest.Transparency and Auditability: Many DKM solutions are built on blockchain platforms, where all transactions and key management-related activities can be recorded publicly (while still ensuring the privacy of the key data) and immutably. This creates a layer of trust and auditability that centralized systems can hardly match.
As the comparison in the reference material (image) clearly shows, the difference between centralized and decentralized key management lies in control, resilience, and the required level of trust. DKM shifts from a model of "trusting an entity" to "trusting code and the network."

🤖 DKM: The Golden Key for Secure AI and Trusted TEE Cloud
The rise of Artificial Intelligence (AI) brings immense potential but also new security challenges. AI models, training data (often proprietary, sensitive, and extremely valuable), and AI decision-making processes all require rigorous protection.
Protecting AI Assets: DKM provides a robust mechanism to protect keys encrypting training data, prevent unauthorized access to trained AI models (avoiding the risk of "model theft"), and ensure the integrity of input data (countering "data poisoning").Combining with Confidential TEE Cloud: Oasis Network places particular emphasis on combining DKM with Trusted Execution Environments (TEE). A TEE can be understood simplistically as a "secure vault" isolated within a computer's processor, where code and data can be processed confidentially, even from system administrators or cloud service providers. By integrating DKM with TEEs, Oasis enables keys to be managed decentrally and then used within TEEs to perform confidential computing. This is especially crucial for AI applications handling sensitive data, helping to comply with privacy regulations like GDPR while still harnessing the power of AI.
🌟 Oasis Network: Pioneering a Solid DKM Foundation
Oasis Network is not just an ordinary blockchain. Its unique architecture, with the separation of the Consensus Layer and the ParaTime Layer, allows Oasis to achieve both high scalability and flexibility.
Specialized ParaTimes: ParaTimes are parallel execution environments, each of which can be customized for specific use cases. This allows for the creation of ParaTimes specialized for applications requiring high security and privacy, utilizing TEEs and deeply integrating with DKM solutions. For instance, Oasis's Cipher ParaTime is a testament to this, supporting confidential smart contracts.Support for Confidential Smart Contracts: These smart contracts allow data to remain confidential even during on-chain execution, opening up countless applications from secure DeFi to privacy-compliant medical data analysis. DKM plays a pivotal role in managing the keys necessary to deploy and interact with these smart contracts.Growing Ecosystem: Oasis is building an ever-expanding ecosystem of developers, projects, and partners focused on leveraging the platform's security and privacy features.
💡 Superior Benefits and the Future of DKM with Oasis
Adopting DKM through a platform like Oasis Network offers numerous practical benefits:
Multi-layered security: From decentralized key management to computation execution in TEEs.Privacy by design: Helping applications comply with data regulations from the outset.Scalability and performance: Meeting the demands of complex Web3 and AI applications.Empowering developers: Providing tools to build more secure and innovative decentralized applications (dApps).
The future of key management will undoubtedly lean towards decentralized solutions. As more critical assets and processes are digitized, the need for a robust, flexible, and trustworthy DKM infrastructure, like what Oasis Network is building, will become imperative. We can envision future DKM applications for self-sovereign digital identity management, secure electronic voting, and data protection in the Internet of Things (IoT).
🚀 Conclusion: Towards a More Secure Digital World
In a challenging cybersecurity landscape, Decentralized Key Management is not just a technical improvement; it's a necessary paradigm shift to ensure data sovereignty and digital asset safety. Oasis Network, with its strategic vision and advanced technology, is playing a pioneering role in realizing the potential of DKM, paving the way for a new generation of Web3, DeFi, and AI applications where user privacy, security, and autonomy are paramount.
Let's explore further how Oasis Network is reshaping the digital security landscape and join the journey of building a safer digital future for everyone!

The world of decentralized finance (DeFi) is constantly evolving, bringing an increasing demand for secure, transparent, and especially trustless solutions. Against this backdrop, the WT3 project emerges as a promising "alpha wolf," an autonomous Artificial Intelligence (AI) agent built on the advanced technology of the Oasis Protocol. WT3 not only promises to deliver effective decentralized trading strategies but also ensures absolute privacy and security for its users. Let's dive deeper into this groundbreaking project! 🚀

What is WT3? Welcome to "The Wolf Pack" 🐾
WT3 is an autonomous AI agent, designed to operate within the advanced TEE (Trusted Execution Environment) cloud of the Oasis Protocol. WT3's power stems from state-of-the-art Predictoor signals, enabling it to deploy decentralized trading strategies and manage keys securely, all while guaranteeing privacy and trustlessness. True to its "Wolf Pack" moniker, WT3 invites the community to join a new era of DeFi, where trust is built on a solid technological foundation.

How WT3's "Trustless" Mechanism Works: The Technology Behind the Breakthrough 🛡️
The magic of WT3 lies in its sophisticated technological architecture, designed to maximize security and transparency:
Confidential Computing Environment:WT3 operates within a TEE, powered by Intel's TDX technology. This ensures that all data and computations are securely isolated from the underlying infrastructure, protecting them from threats and unauthorized access. 🤫ROFL Framework Integration (Runtime Off-Chain Logic):Leveraging the unique ROFL framework of the Oasis Protocol, WT3 can seamlessly interact with both on-chain and off-chain components. This allows the agent to access external data sources and perform complex (non-deterministic) behaviors, enhancing its decision-making capabilities while ensuring full verifiability. 🧩Decentralized Key Management:Through ROFL, all critical cryptographic keys are generated and securely stored within the TEE. Not even system administrators can access these keys, significantly reinforcing the agent's trustworthiness. 🔑On-Chain Policies and Transparent Administration:WT3 operates based on predefined policies recorded on the blockchain, clearly dictating the agent's behavior and permissions. All actions are auditable and align with user intentions, eliminating ambiguity and the risk of abuse. 📜Decoupled Strategy & Fund Management:A smart design choice is the separation between trading strategy control and fund management. This significantly enhances operational security and integrity. User funds are protected in separate environments, immune to direct modifications, while strategies are managed independently. 💼Reproducible Builds:WT3 commits to transparency by adopting reproducible build practices. This ensures that the deployed code perfectly matches the source code reviewed and audited by the community, providing users with absolute confidence in the system's integrity. ✅Remote Attestation:Before initiating any operation, WT3 performs a remote attestation process. This verifies the integrity and authenticity of its execution environment, ensuring the agent is operating in a secure and trusted state, thereby safeguarding user assets. 📡
WT3 Agent Architecture: The Perfect Pieces ⚙️
To perform its complex functions, the WT3 Agent comprises the following key components:
ROFL App: The heart of the agent, coordinating all activities.Predictoor: Provides accurate AI trading signals, a crucial input for investment decisions.Hyperliquid: One of the platforms where WT3 executes its trading activities.NEXY (ROSE/USDCe Pool Profits): A mechanism for processing profits from ROSE/USDCe liquidity pools. Notably, a portion of these profits may be used to burn $ROSE, contributing to a reduction in the total supply and potentially positively impacting the token's value. 🔥Empyreal SDK: A toolkit supporting social interactions and other tool usage.X (Twitter): WT3 not only trades but also autonomously "tweets" about its activities, transparently sharing information with the community. 🐦
Technology Stack and Outstanding Features 🌟
WT3 boasts a powerful technology stack and unique features:
Trustless Trading:Securely manages decentralized keys stored on-chain on a Confidential EVM (Ethereum Virtual Machine).Executes data-driven trades on Oasis, Hyperliquid, and other platforms from within a TEE.Publicly shares all trades on its X account and autonomously interacts with other accounts, including other agents.Core Technology Stack:ROFL Framework: The foundation for verifiable off-chain computation and decentralized key management.Predictoor Signals: Ensures highly accurate AI-driven predictions.Empyreal: A lightweight, flexible agent system for social interactions and tool integration.Noteworthy Features:Fully Autonomous: WT3 operates 100% independently, requiring no human intervention after setup. 🤖Trustless Security: Private keys are generated and managed on-chain, completely hidden from developers and administrators. Any code upgrades result in a new, publicly visible TEE identity.AI-powered Intelligence: It's important to note that WT3 does not use Large Language Models (LLMs) for its core trading logic. Instead, it relies on sophisticated prediction models via Predictoor to make decisions. The LLM API is used only for sharing trade information on X and interacting with the community in natural language. 🧠
The Project's Vision: Building a Better DeFi Future 💡
Developed by the dedicated team at the Oasis Foundation, WT3 was created to demonstrate the outstanding benefits of combining on-chain privacy with the verifiable off-chain computation capabilities of ROFL. The project is built on the belief that the blockchain industry, founded on decentralization and verifiability, can do even better in solving the trust problem, especially when applying AI-powered agents.
WT3's mission is to provide a secure, trustless, and autonomous trading agent that fully leverages the power of the Oasis Protocol's ROFL framework and Sapphire Confidential EVM. The ultimate goal is to ensure user assets are managed with the highest standards of security, privacy, and efficiency.
Promising Roadmap 🗺️
WT3 has outlined a clear development roadmap with specific phases:
Phase 1: WT3 Launch (COMPLETED)The WT3 agent officially began its trading journey.All trading activities and results are tracked and publicly updated on the project's X account.Phase 2: Stake & Earn (COMING SOON)Deployment of a staking contract.This feature will allow users to use their own funds to participate in and benefit from WT3's trading strategies. This is an excellent opportunity for the community to grow alongside the project. 💰Phase 3: Launch Your Own AI Agent (COMING SOON)A revolutionary step forward! Users will have the ability to deploy their own AI agents using available agent templates and leveraging the Oasis ROFL marketplace. This opens up immense potential for creativity and customization in the DeFi space. 🧑‍💻
Why is WT3 Important for the Oasis Ecosystem and the Entire DeFi Landscape? 🌍
The emergence of WT3 is not just a significant milestone for the Oasis Network but also carries great importance for the entire DeFi industry:
Pioneering Trustless AI in DeFi: WT3 is leading the trend of applying AI securely and transparently in decentralized finance.Enhancing the Utility of the Oasis Network: The project fully utilizes Oasis's core technologies like TEE, Sapphire Confidential EVM, and ROFL, affirming Oasis's position as a leading platform for Web3 applications requiring high privacy and security.Attracting New Users and Developers: With its groundbreaking features and long-term vision, WT3 promises to attract a new wave of users and talented developers to the Oasis ecosystem.Contributing to a Safer and More Transparent DeFi Space: By addressing the trust problem, WT3 helps build a healthier and more sustainable DeFi environment.$ROSE Burning Mechanism: The use of a portion of WT3's operational profits to burn $ROSE tokens can positively impact the token's economics, benefiting $ROSE holders.
Join "The Wolf Pack" and Let's Write the Future Together! 🚀🤝
WT3 is more than just a technology project; it's an invitation to join "The Wolf Pack" – a community of pioneers who believe in a future of DeFi that is secure, intelligent, and trustless.
📢 Follow WT3 on X (Twitter) to get the latest updates on trading activities and project developments.💬 Engage with the community to discuss, contribute ideas, and become part of this revolution.🗓️ Don't miss important roadmap updates, especially the upcoming "Stake & Earn" feature and the ability to create your own AI agents!
Conclusion ✨
WT3 on the Oasis Network is not just a technological experiment; it's a powerful statement about the future of decentralized finance – a future where Artificial Intelligence operates autonomously, securely, and without the need for blind trust. With a solid technological foundation, a clear vision, and a growing community, WT3 is ready to lead its "Wolf Pack" into a new era of DeFi. Let's watch the next steps of this ambitious project unfold!

The world of Web3 digital assets is constantly evolving, but the concept of “ownership” has largely remained quite rigid. You own an NFT, it’s yours — period! But what if you want to temporarily share its privileges? Or rent it out securely without losing complete control? 🤔 This is precisely where Liquefaction, a groundbreaking wallet system, steps in to change the game.
Imagine being able to “liquefy” any blockchain asset, allowing others to temporarily use its benefits securely and transparently. This is no longer science fiction! Researchers at Cornell Tech, led by James Austegen and under the guidance of Professor Ari Juels, have been pioneering this field. Building on their Liquefaction research paper published in late 2024, the team, through an initiative with IC3 and close collaboration with Oasis Network, is now exploring the immense potential of Liquefaction on Oasis’s powerful Sapphire platform.
Their latest project, a proof-of-concept named “Take My Ape,” is more than just a typical experiment. It’s giving us a glimpse into the future of NFT rentals, where you can temporarily rent a Bored Ape Yacht Club (BAYC) NFT 🐵 and enjoy all the associated privileges.
In this article, we’ll dive deep into how “Take My Ape” is leveraging Liquefaction and Oasis Sapphire to redefine digital asset ownership, unlocking a myriad of new applications for the entire Web3 ecosystem. 🚀
What is Liquefaction? Decoding the Concept of “Liquefying” Assets 💧💡
Before exploring “Take My Ape,” let’s understand its core foundation: Liquefaction.
As described in the project’s documentation (and the image you’ve seen), Liquefaction is a “wallet platform that uses trusted execution environments (TEEs) to enforce fine-grained access control policies on private keys.” Sound complex? Let’s break it down:
Essentially, Liquefaction introduces a revolutionary approach to digital asset control, allowing owners to delegate access without transferring actual ownership. This is achieved through a few key concepts:
🔑 Encumbered Key: The system generates a key pair inside a Trusted Execution Environment (TEE). Let’s call this the “Master Secret Key” (MSK). The most crucial part: this private key is never exposed outside the TEE. It’s always kept secure.📜 Access Control: Smart contracts define the rules and limitations for using this encumbered key. These rules can be very flexible, including: Time-based restrictions (e.g., rental for 2 hours). Usage count limits. Action limitations (e.g., only allowing signing of specific transactions, not transfers).🧩 Asset Segmentation: You can define access control mechanisms on a per-asset basis. This allows two (or more) people to share access to a single asset in different ways.🎭 Mask as a Wallet: This is a simple convention with numerous applications. From “lending” fully private actions, to using Oasis as a Bitcoin Layer 2, or even trading locked tokens.
Simply put, Liquefaction enables an unprecedented level of granularity in asset management. Instead of just two states — “owned” or “not owned” — you can precisely define who can do what, with which asset, and for how long.

“Take My Ape”: BAYC NFT Rentals Become a Reality 🐵🎟️
Now, with an understanding of Liquefaction, let’s see how the “Take My Ape” project has applied it to create a unique BAYC NFT rental system.
This project is an impressive proof-of-concept focusing on NFT ticket sales and rentals, specifically for the prestigious Bored Ape Yacht Club NFTs. Here’s how it works:
Lender (Ape Owner): A BAYC owner who wants to rent out their NFT can use the “Take My Ape” platform.Renter: A user wanting to experience BAYC privileges (e.g., access to exclusive members-only spaces) can rent the NFT for a specific period.Privilege Experience: During the rental period, the borrower can sign messages with that NFT. Their address will appear in the Yuga contract (BAYC’s parent company) just like any standard Ethereum wallet transfer. This means they have full access to the benefits the NFT provides. 🎉End of Rental Period: When the rental period ends, the NFT is automatically transferred to the next renter (if any) or back to the primary owner’s wallet. This process is seamless and secure.
What makes “Take My Ape” special isn’t just the idea of NFT rentals, but how it achieves this in a secure and trustless manner.
The Security Power of Oasis Sapphire TEEs 🛡️💎
The secret behind the safety and efficiency of Liquefaction, and specifically “Take My Ape,” lies in the use of Oasis Sapphire’s Trusted Execution Environments (TEEs).
Oasis Sapphire is an industry-first confidential smart contract execution environment, enabling secure computation on the blockchain. Here’s how TEEs play a crucial role:
Secure Key Storage: Private keys (the MSK mentioned earlier) are generated and stored inside TEEs. This means they are shielded from the outside world, even from the wallet’s “owner” or node operators. No one can directly access the private key.Restriction Enforcement: TEEs are responsible for enforcing the signing capability rules and restrictions defined in the smart contracts. For example, if an NFT is only rented for 24 hours, the TEE will ensure the renter’s signing ability is disabled after that period.Confidential Computation: Sapphire allows smart contracts to perform computations on encrypted data without needing to decrypt it, further enhancing privacy and security.
The Cornell Tech team is also implementing a secondary-price auction mechanism. This aims to fairly determine the next temporary owner when multiple users are interested in renting an NFT. All of this is done securely and transparently thanks to Sapphire’s capabilities.
Support from the Oasis Protocol Foundation through a grant also underscores Oasis’s commitment to fostering innovative solutions like Liquefaction. Oasis is proud to support this critical research. 🙌

Beyond NFTs: The Boundless Potential of Liquefaction 🌍✨
Although “Take My Ape” focuses on NFTs, Liquefaction’s potential extends far beyond that. It truly has the capability to transform digital asset ownership across the entirety of Web3.
Consider the potential applications outlined in both the text and the Liquefaction image:
From the “Applications of Liquefaction” Image:
🏛️ Governance:Voting: Enable on-chain or off-chain voting without transferring full governance tokens.Quadratic Voting: Implement more complex voting mechanisms.Multisigs: Allow for more flexible multisig configurations.🌟 Reputation:Soulbound Tokens (SBTs): Permit conditional use of non-transferable SBTs.Transaction History: Provide controlled access to transaction history for reputation purposes.Airdrop Rights: Rent or delegate rights to claim airdrops.Loyalty Points: Manage and use loyalty points flexibly.🔒 Privacy:Trading Locked Tokens: Allow trading or use of tokens still in a lock-up period.Private Asset Trading: Facilitate secure private asset trading.Private DAO Treasuries: Manage DAO funds more privately.Secret Contract Payments: Execute confidential payments.Hidden Privacy Pools.🎟️ Ticketing:Token-Gated Ticketing: Rent access to events or content based on tokens without selling the token itself.🔍 Provenance:Taking Theft (Recovering Stolen Assets): Potential mechanisms for dealing with stolen assets.On-chain Attack Mitigation.🔗 Cross-chain:Overlay Smart Contracts: Create cross-chain interaction layers.
From the Research Text:
OTC trading for vested tokens: Unlock liquidity for tokens not yet fully unlocked.Identity: Selectively manage and share aspects of digital identity.DAO voting mechanisms: Refine and improve how DAOs make decisions.Cross-chain account abstraction: Simplify user experience across multiple blockchains.
Liquefaction isn’t just about renting assets. It’s about creating a new layer of flexibility and programmability for digital ownership. It allows us to rethink what it means to “own” something in the blockchain space. Instead of a binary concept, it becomes a spectrum of rights and privileges that can be segmented, delegated, and managed securely.
The Future of Ownership: A New Era With Liquefaction and Sapphire 🌅
“Take My Ape” is just the beginning. It serves as a blueprint for countless future Liquefaction applications built on Oasis Sapphire. More importantly, it underscores the broader implications of making digital assets “liquid” — not just in financial terms, but in terms of utility and accessibility.
Imagine a world where:
Artists can rent out early access to their works without selling the copyright. 🎨Gamers can securely lend rare in-game items to friends. 🎮DAO members can delegate their voting power to experts on specific issues without losing control of their tokens. 🗳️Journalists can grant temporary, paid access to their exclusive content. 📰
This is the kind of future that Liquefaction, powered by the security and scalability of Oasis Sapphire, is helping to build. It offers an opportunity to rethink ownership in blockchain ecosystems, creating new economic models and richer user experiences.
Join the Liquefaction Revolution! 🌊
The work by the Cornell Tech, IC3, and Oasis teams is a significant step forward. It shows that by combining innovative thinking with cutting-edge technology like Sapphire’s TEEs, we can solve some of the inherent challenges in the Web3 space and unlock unprecedented potential.
The future of digital assets is becoming more flexible, accessible, and exciting than ever before. Liquefaction and Oasis Sapphire are at the forefront of this transformation. Let’s keep an eye on this space! ✨
#nft #OasisNetwork $ROSE

Randomness plays a far greater role in blockchain than most realize. Beyond gaming and lotteries, it’s at the heart of trustless systems: key generation, validator elections, secure smart contracts, and more. However, generating true randomness in a fully deterministic environment like blockchain is no trivial task.
Oasis Network, through its Sapphire ParaTime, is tackling this problem with a uniquely powerful solution: confidential, verifiable randomness generated onchain. This approach not only preserves decentralization, but also enhances security and fairness in Web3 applications — all without relying on external oracles or trusted parties.

🧩 What Is RNG and Why Does Blockchain Need It?
Random Number Generators (RNGs) are fundamental to cryptographic systems and secure software. In Web2, randomness helps protect secrets, encrypt data, and fuel unpredictable game logic. In blockchain, the stakes are even higher: if your randomness can be predicted or manipulated, it can undermine the entire integrity of your application.
A few examples where RNG is critical in Web3:
Generating private keys that are secure and non-reproducible.Selecting validators or block proposers fairly without bias.Random NFT trait assignment during minting.Lottery and raffle systems that reward users.Game mechanics where fairness is provable and tamper-proof.
Unfortunately, most traditional blockchains are not designed to produce high-quality randomness natively. They are deterministic by design — meaning any node must reach the same outcome with the same inputs. This predictability is essential for consensus but problematic for RNG.
🛡️ Sapphire ParaTime: A Verifiable, Privacy-Preserving RNG Solution
Oasis addresses this problem at the root by combining confidential smart contract execution with trusted hardware-based entropy inside its Sapphire ParaTime.
This unique combination results in:
Randomness generated inside TEEs (Trusted Execution Environments) — isolated hardware environments that even the node operator cannot peek into.Smart contract access to a built-in RNG API — allowing randomness to be pulled directly within EVM-compatible logic.Cryptographic proofs for each result — meaning anyone can verify that the randomness is legitimate and untampered, without knowing the seed or internal logic.
This is what makes RNG on Sapphire ParaTime fundamentally different. It’s not a workaround. It’s randomness designed natively for blockchain, ensuring every number is both unpredictable and auditable.
⚙️ How RNG Works on Sapphire ParaTime
The RNG system in Sapphire ParaTime is elegant yet powerful. It abstracts complexity away from the developer while ensuring security at every step.
1. Secure Entropy via TEE
Entropy — the unpredictable input needed for randomness — is generated within secure, hardware-isolated TEEs. This ensures no validator or participant can tamper with or extract the entropy, making it truly confidential.
TEEs have long been used in sensitive systems such as hardware wallets or secure enclaves in enterprise infrastructure. Sapphire ParaTime brings that same protection directly to the smart contract layer.
2. Requesting Randomness Onchain
Developers can access randomness simply by calling an API within their smart contract logic:
let rng = await oasisRNG.getRandom({ size: 32 });
This returns 32 bytes of randomness — ideal for choosing winners, generating keys, or powering randomness-dependent game mechanics. The API also supports different types of use cases, such as signing key generation.
3. Verifiability Built-In
Every call to the RNG API returns not only the random value but also a cryptographic proof. This allows third parties, auditors, or even users themselves to verify the output — adding a new layer of transparency and accountability.
Unlike centralized RNG solutions or external oracles, this mechanism ensures no single party can cheat, predict, or replay the result.
💡 Real-World Use Cases for RNG on Sapphire ParaTime
The RNG capability on Sapphire ParaTime unlocks a range of applications that require trustless randomness:
🎮 Fair Web3 Gaming
Games need fairness to gain player trust. Traditional smart contracts struggle to implement reliable randomness without exposing the system to manipulation. With Sapphire ParaTime, developers can generate server-grade randomness directly inside smart contracts — ensuring every loot drop, spin, or dice roll is both unpredictable and verifiable.
🎲 DAO Lotteries & Validator Selection
DAOs can use RNG to select random participants for rewards, committees, or governance actions — all without relying on centralized scripts or external calls. Similarly, validators or block proposers can be rotated fairly using verifiable randomness, improving decentralization and preventing bias.
🔐 Secure Key Generation
For applications that need to generate keys securely — like identity wallets, zero-knowledge systems, or confidential voting — the RNG from Sapphire ParaTime offers entropy that is unreproducible and untraceable, even by the user themselves.
let rng = await oasisRNG.getRandom({ type: 'signing_key' });
This prevents common pitfalls like weak keys or reuse, boosting the security of everything from encrypted messaging to DeFi transactions.
🚀 Why Sapphire ParaTime Is a Game Changer for RNG

The combination of confidential execution, hardware-backed entropy, and native EVM support makes Sapphire ParaTime the most advanced platform for trustless RNG today.
📌 Conclusion: RNG as the Backbone of Fair Web3
In a world where transparency is critical and trust is earned through code, randomness needs to be more than just unpredictable — it must be provably fair. Oasis, through the Sapphire ParaTime, is setting a new standard for onchain randomness that is both confidential and verifiable.
This isn’t just a tool for developers — it’s a building block for the next generation of decentralized applications that demand higher guarantees of fairness, privacy, and cryptographic integrity.
🎯 Ready to build with Oasis RNG?
🔹 Learn more about Sapphire ParaTime
🔹 Read the official RNG API docs
🔹 Start integrating Oasis RNG into your smart contract today
In Web3, randomness is power. Make it trustworthy.