Oasisnetwork

🌐 “The future of blockchain doesn’t belong only to developers. With Otomato and Oasis Sapphire, anyone can build smart alerts and automations — no coding required!”

🧠 In a World Full of Blockchain Data, Who’s Really in Control?
Web3 and DeFi have created a universe of limitless decentralized finance 🌌 — but it comes with a new kind of complexity:
📉 Token prices shift by the second🧾 DAO proposals launch without notice💥 Liquidation, rug pulls, and security risks lurk at every turn
To thrive in this space, users need tools that are smart, real-time, and privacy-respecting.
🎯 That’s the mission behind Oasis + Otomato — to make blockchain automation so simple that anyone can use it, even if they’ve never touched a line of code.
🏗️ Otomato: No-Code Agent Builder for the Everyday User
Otomato is a no-code platform that lets users:
🧱 Build custom agents through an intuitive drag-and-drop interface⚙️ Monitor real-time blockchain activity across DeFi protocols🔒 Keep all automation logic and data fully private🚨 Send personalized alerts via Telegram, Discord, Email, or Webhook
“You don’t have to be a dev to act like one.”
With Otomato, you can define your own “If-this-then-that” rules, like:
If ROSE drops more than 15% in 1 hour → Then send an alert on Telegram 📲If a DAO vote opens in the next 24 hours → Then notify your community Discord 📣If suspicious activity is detected in a smart contract → Then pause your yield farming 🚧

🔐 Powered by Sapphire: The World’s First Confidential EVM
What makes Otomato truly unique is its integration with Sapphire, the first Ethereum-compatible blockchain with confidential computing built-in 🧩.
What is confidential computing? 🤔
👁️‍🗨️ Typically, when you create automation rules or track DeFi metrics, that logic and data may be visible on-chain — exposing strategies or sensitive info.🛡️ With Sapphire, everything runs inside a secure enclave — your inputs, rules, and alerts stay private, even from validators.
This level of security was once reserved for banks and defense systems. Now it’s accessible in Web3 thanks to Oasis.

🧬 Oasis Network: More Than a Blockchain — It’s a Privacy-First Vision for Web3
To understand why this grant is a big deal, let’s take a quick look at Oasis Network, the blockchain behind it all.
Oasis is a Layer-1 network purpose-built for:
✅ Privacy-first smart contracts✅ Confidential data handling via Trusted Execution Environments (TEEs)✅ High scalability and throughput with a modular architecture (ParaTime model)✅ DeFi and AI use cases that need secure, real-time data computations
It’s where developers can build:
🔍 Personalized financial apps that don’t leak user data🤖 AI-powered services that keep user data encrypted🧩 Tools like Otomato that turn complex DeFi actions into secure, no-code automations
With over 1 million active wallets, and support for MetaMask, Ledger, Keplr, and more — Oasis is quietly becoming the backbone for the next evolution of Web3 🌐
👥 Meet the Minds Behind Otomato
This isn’t just a cool concept — Otomato is led by a team with real-world track records:
🧠 Clément Hecquet, co-founder, previously led blockchain research at Digimarc and won the AIM 2023 Blockchain Case Study Award for his contributions to the European Blockchain Service Infrastructure.🚀 Dylan Breugne, co-founder, served as CTO of Maison21G — helping the startup raise over €30 million and scale user-friendly tech for non-technical users.
👉 These aren’t just blockchain enthusiasts — they’re builders who understand UX, product, and real market needs.

🛠️ What’s Coming Next? Otomato’s Roadmap
🔥 Phase 1 (Live with Oasis Grant):
Create personalized agents using a visual interfaceMonitor events like price changes, staking rewards, governance proposalsTrigger private alerts and actions — all run securely on SapphireIntegrated with Oasis ecosystem projects like Accumulated Finance, Neby, Thorn Protocol
🔮 Future Plans:
Cross-chain agent support (Ethereum, Cosmos, Solana, etc.)AI-powered suggestions for optimal agent setupA community marketplace for reusable agent templates
📣 Why This Grant Is a Big Deal for Web3
This grant isn’t just about giving funds — it’s about unlocking new possibilities:
🔁 Expanding the Oasis Sapphire ecosystem beyond developers👥 Empowering end-users with practical tools🌍 Creating bridges between DeFi protocols and user-friendly automation
💡 In short: Otomato is the perfect example of how confidential computing can go mainstream.
“Web3 shouldn’t be hard. It should be powerful, private, and easy — for everyone.”
🧰 For Developers, Builders & DAO Creators
Even if you’re a developer, Otomato can save you serious time:
🚀 Build automation flows for your users📊 Create monitoring agents without deploying new contracts🔐 Give your community the power to stay safe and informed — no code needed
With Oasis Sapphire, your dApp can now offer a privacy-preserving, user-friendly experience like never before.
🎯 Final Thoughts: Web3 That’s Secure, Simple & No-Code
Otomato + Sapphire proves something powerful:
You don’t need to be a dev to build in Web3.
Now anyone — a trader, DAO member, DeFi investor, or casual explorer — can create smart blockchain agents that:
Protect their assetsAutomate tedious workflowsStay informed in real-timeAnd do it all privately, securely, and without touching a single line of code 🧘
👉 What Will Your First Otomato Agent Do?
Will it track a token dip? Notify you when a vote is live? Pause your strategy during a rug-pull?
💬 Drop your ideas in the comments below — let’s build a smarter Web3 together 👇
#OasisNetwork #Otomato #ConfidentialComputing

Stablecoins have emerged as the financial cornerstone of the decentralized finance (DeFi) ecosystem. Representing over $150 billion in market capitalization, stablecoins provide a reliable bridge between traditional financial systems and blockchain-based innovations. Their appeal lies in their ability to maintain a stable value, typically pegged to fiat currencies like the US dollar. This stability has made them indispensable for trading, payments, lending, and liquidity management within the blockchain ecosystem.
Among the various types of stablecoins, those issued through Collateralized Debt Position (CDP) mechanisms are particularly noteworthy. CDP stablecoins stand out for their decentralized and transparent architecture, which contrasts sharply with the opaque operations of some centralized stablecoin providers. As the DeFi market matures, CDP stablecoins have gained prominence, accounting for over 35% of the total stablecoin supply in 2023.
Meanwhile, Sapphire, a ParaTime on the Oasis Protocol, is poised to revolutionize how CDP stablecoins are created, managed, and utilized. Sapphire brings unmatched security, scalability, and cost-efficiency to the table, making it an ideal platform for the next generation of decentralized finance. This article explores the current stablecoin landscape, the unique advantages of Sapphire, and the transformative potential of CDP stablecoins on this advanced infrastructure.

Stablecoins: The Foundation of DeFi
Stablecoins serve as the lifeblood of DeFi, facilitating seamless transactions and offering stability in a market characterized by volatility. Their predictable value allows them to act as a medium of exchange, store of value, and unit of account within the blockchain ecosystem. As of 2023:
Market Size: Stablecoins have surpassed $150 billion in market capitalization.DeFi Transactions: Over 80% of DeFi transactions involve stablecoins, underscoring their central role in the ecosystem.Use Cases: From trading and liquidity provision to cross-border payments and yield farming, stablecoins are integral to nearly every aspect of DeFi.
The Rise of CDP Stablecoins
CDP stablecoins have gained prominence due to their decentralized issuance model. Unlike centralized stablecoins, which rely on custodial reserves, CDP stablecoins are minted through a trustless process. Users lock collateral (such as ETH or BTC) in smart contracts, which then issue stablecoins based on the collateral’s value. This ensures:
Decentralization: The minting and management processes are governed by immutable smart contracts, eliminating reliance on centralized entities.Transparency: The collateralization ratio, total supply, and other key metrics are publicly verifiable on the blockchain.Security: Users retain control over their collateral, which remains locked in smart contracts unless liquidated due to market fluctuations.
MakerDAO, the largest CDP protocol, illustrates the potential of this model. By 2023, MakerDAO managed over $10 billion in collateral, issuing DAI, one of the most widely used decentralized stablecoins.

CDP Stablecoins on Sapphire: Benefits and Use Cases
The integration of CDP stablecoins with Sapphire offers a host of advantages that cater to both users and developers in the DeFi ecosystem.
Optimized Liquidity
CDP stablecoins allow users to collateralize their assets to mint stablecoins without selling the underlying assets. This enables:
Long-Term Investment Strategies: Users can maintain exposure to the price appreciation of their collateralized assets.Efficient Capital Utilization: The stablecoins minted can be used for trading, yield farming, or other DeFi investments, maximizing the utility of locked assets.
Private and Secure Transactions
Privacy is becoming a critical concern in DeFi as users seek to protect their financial activities from public scrutiny. Sapphire’s Confidential Smart Contracts ensure that all transactions remain encrypted, providing a layer of privacy that is increasingly rare in the blockchain space.
Future of Multi-Collateralization
Sapphire’s support for diverse collateral types paves the way for innovative stablecoin models. Imagine a CDP stablecoin backed by a mix of cryptocurrencies, tokenized real estate, and stocks. Such a model would:
Enhance Market Stability: Diversified collateral reduces the risk of system failure due to the volatility of a single asset class.Expand Use Cases: Multi-collateralized stablecoins could cater to a broader audience, from traditional investors to DeFi enthusiasts.

Challenges and Opportunities Ahead
While the potential of CDP stablecoins on Sapphire is immense, certain challenges need to be addressed to ensure widespread adoption.
Obstacles
Competition from Established BlockchainsEthereum and Solana dominate the DeFi space, offering mature ecosystems and extensive developer support. Sapphire must demonstrate its superiority in key areas like privacy and scalability to attract users and developers.Complexity of CDP ProductsCDP-based stablecoins require users to understand concepts like over-collateralization, liquidation, and interest rates. Simplifying user interfaces and educating the community will be critical for onboarding new participants.
Future Projections
By 2026, CDP stablecoins on Sapphire could capture 10–15% of the global stablecoin market capitalization, driven by their superior security and flexibility.Sapphire is likely to emerge as a preferred platform for DeFi protocols that prioritize privacy, scalability, and low costs.
Conclusion: A Launchpad for the Future of Stablecoins
CDP stablecoins represent a powerful tool for fostering decentralization and transparency in the DeFi ecosystem. Sapphire, with its innovative features and robust infrastructure, is uniquely positioned to elevate the capabilities of CDP stablecoins. By addressing critical challenges like privacy, scalability, and cost efficiency, Sapphire is setting a new benchmark for stablecoin platforms.
As the DeFi market matures, Sapphire offers a glimpse into the future of decentralized finance — a future where secure, efficient, and flexible financial tools empower users worldwide. For anyone seeking to harness the full potential of DeFi, Sapphire is not just a platform; it is a gateway to the next leap in financial innovation.
#OasisNetwork #Privacy #Stablecoins

As the digital world continues to evolve, Web3 emerges as a transformative vision for a decentralized, transparent, and user-empowering internet. This new paradigm promises to shift control from centralized corporations to individual users. However, to fully realize this vision, the Web3 ecosystem must overcome a fundamental challenge: ensuring robust safety and security for decentralized applications (dApps). Oasis Network, a leading privacy-focused blockchain project, has brought forth a powerful and promising answer to this challenge with an integrated solution called ROFL.
This article delves into the content presented in the video, exploring the inherent limitations of current security technologies and detailing how Oasis Network is meticulously engineering a more secure and reliable foundation for the future of Web3.

The Challenge of Trusted Execution Environments (TEEs) 🛡️

A Trusted Execution Environment (TEE) is a critical hardware-based technology that creates a secure, isolated area inside a computer's main processor. This enclave is designed to execute code and handle sensitive data with strong integrity and confidentiality guarantees. TEEs provide core features such as:
Isolated Execution: Code and data are cryptographically protected from the host operating system, hypervisor, and other applications on the system.CPU-Internal Encryption Keys: Data is encrypted and signed with unique keys that are generated within the CPU and are inaccessible to any external software.Remote Attestation: This mechanism allows a remote party to verify that a specific application is running within a genuine and up-to-date TEE, providing a cryptographic proof of its secure status.
However, as Yikos from Oasis Network emphasized, deploying TEEs alone is insufficient for building truly secure decentralized systems. They solve one part of the puzzle but leave critical gaps. We still face difficult questions like, "How can we cryptographically verify what constitutes the correct code?" or "Which specific TEE, among many, can be trusted for a given task?". Without a framework for verification, a malicious actor could potentially run harmful code inside a TEE that is itself secure. Furthermore, TEEs have an inherent weakness tied to their physical hardware: if the CPU is physically damaged or destroyed, all its unique internal keys are lost forever, leading to the permanent loss of any data encrypted with them. This is a critical point of failure for any dApp requiring high availability and data persistence.

Oasis's Vision: A Comprehensive Framework for TEEs 💡

To overcome these significant limitations, Oasis Network proposes a comprehensive, multi-layered framework that adds crucial layers of security, resilience, and governance around the core TEE technology.
1. Decentralized Key Management System (KMS)
To solve the critical problem of data loss and to manage secrets effectively, a Key Management System (KMS) is essential. Oasis envisions a decentralized KMS that runs on a network of replicated and geographically distributed TEEs. Distributing the KMS in this manner builds resilience against regional outages, targeted attacks, or single-provider failures, ensuring that cryptographic keys can be securely recovered and managed. 🔑
2. On-Chain Policies and Governance
Defining what constitutes "correct code" should not be an arbitrary decision. It must be governed by clear, transparent, and enforceable policies. By storing these policies on-chain, they become immutable and publicly auditable. This allows the community to participate in governance, defining crucial rules such as which TEE security versions are acceptable, where the application's source code must originate from, and on which specific providers or servers the application is permitted to run.
3. Reproducible Builds
To guarantee that the application running inside a TEE is the exact version that was audited by security experts, the ecosystem needs reproducible builds. This means that anyone can take the publicly available source code and, through a deterministic build process, produce a binary that is bit-for-bit identical to the official one. This provides an independent and trustless way to verify the integrity of the software. 🔍
4. Container Support and Execution Transparency
To enhance developer experience and accelerate adoption, the framework must support popular development tools like containers (e.g., Docker) while still ensuring a minimal Trusted Computing Base (TCB). Furthermore, maintaining an immutable, on-chain log of all application execution histories is vital. This transparent record serves as an audit trail, ensuring compliance with all established policies and governance decisions.
5. Decentralized TEE Providers
In alignment with the core philosophy of Web3, the framework must be supported by a decentralized ecosystem of TEE providers. This prevents vendor lock-in and the centralization risks associated with relying on a single entity. It also fosters a competitive marketplace, driving innovation, better service, and more accessible pricing for developers. 🌐

Introducing ROFL: The All-in-One Solution 🌟
Based on this holistic vision, Oasis Network developed ROFL (Remote Off-chain Function)—a framework that provides all these necessary components as a default, integrated package. The name itself hints at its purpose: securely executing functions off-chain with on-chain verification. ROFL comes with built-in:
A Decentralized Key Management System.Application Policy Management.Execution Transparency.Reproducible Builds.A Decentralized Marketplace for TEE providers.
Benefits of ROFL:
For Developers: ROFL dramatically simplifies the entire lifecycle of a TEE application, abstracting away much of the underlying complexity. It streamlines creation, management, building, verification, and the handling of secrets.For Providers: ROFL offers a ready-made marketplace for providers of TDX (Intel Trust Domain Extensions) resources, giving them access to a growing ecosystem and the tools needed to deploy TEE applications easily.
To further support users, Oasis also provides ROFL.app, an intuitive web frontend for managing ROFL applications, helping with monitoring, deployment, and other advanced tasks.

Practical Applications and Future Potential 💼

What can be built with ROFL? The potential is vast and transformative:
Trustless DeFi Agents: Build automated trading bots or yield-farming agents that can execute complex strategies with private logic, all without users having to surrender custody of their funds to a centralized service.Confidential Oracles: Create next-generation oracles that can securely fetch and process sensitive data from private APIs or proprietary databases, bringing valuable real-world data on-chain with verifiable integrity.Private AI Inference: With GPU support from TDX instances, ROFL enables AI models to perform inference on sensitive datasets (e.g., medical records, financial data) while guaranteeing data privacy. This unlocks new possibilities in research and industry where privacy has been a major barrier.

Conclusion

The Web3 world is at a crucial juncture where its future growth hinges on solving the challenges of security and trust. Through ROFL, Oasis Network does more than just patch the weaknesses of TEEs; it delivers a powerful, cohesive, and accessible toolkit for building a new class of dApps. By seamlessly integrating cutting-edge hardware security with decentralized governance, secure key management, and on-chain transparency, ROFL is laying the essential foundation for applications that are not only feature-rich but fundamentally secure. This represents a significant leap forward, positioning Oasis as a key infrastructure provider and promising a future where users can confidently and securely engage with the decentralized digital world. 🌍✨
#OasisNetwork $ROSE