Discover the iExec Privacy Pass, a revolutionary program designed to reward you for receiving marketing or promotional emails, all while ensuring your privacy is protected. Here's a comprehensive overview of what you need to know:
What is the Privacy Pass?
The Privacy Pass is an innovative initiative by iExec that allows you to earn $RLC tokens for each email you receive. This is made possible through the use of Confidential Computing, specifically leveraging Intel SGX technology. This ensures that your email is encrypted and processed within a hardware enclave, keeping your email address private and secure from the sender.
How Much Can You Earn?
The amount of RLC tokens you can earn depends on several factors: the availability of partners sending emails, the price set for receiving emails, and the subscriptions you've agreed to. This means your earnings are directly influenced by the demand and your participation in the program.
Security and Privacy
Your email address data is safeguarded using Confidential Computing. This encryption method ensures that your sensitive information remains confidential and private during processing. This is crucial for maintaining your privacy and security.
Technology Behind the Privacy Pass
The Privacy Pass is built on two iExec development tools: DataProtector and Web3Mail. These tools enable companies to send marketing emails to subscribers without needing to store or know the subscriber's email addresses. This ensures that the partners you've subscribed to receive emails in exchange for RLC tokens never gain access to your email address.
Who Can Participate?
Anyone with an Ethereum-compatible wallet and a verifiable email address can participate in the Privacy Pass program. This makes it accessible to a wide range of individuals looking to monetize their inbox while protecting their privacy.
How to Sign Up
To sign up for the Privacy Pass, you'll need an Ethereum wallet and a verifiable email address. You can find more detailed instructions and FAQs on the Privacy Pass page.
Confirmation of Sign-Up
Once you've completed the sign-up process, you'll be enrolled in the first Privacy Pass campaign. Note that you won't receive an immediate email notification; you'll be contacted via email once the first campaign goes live.
When Can You Start Earning?
The first campaign is set to launch in the second quarter of 2024. After this, new campaigns will be available for subscription, with details and rewards displayed on the campaigns dashboard.
Join the Privacy Pass Now
Ready to monetize your inbox and protect your privacy? Visit the Privacy Pass page to learn more and sign up today.
https://privacypass.iex.ec/

The iExec Privacy Pass, a groundbreaking program that combines digital privacy with financial incentives, has been significantly enhanced for the 2024 campaign. This innovative initiative leverages blockchain technology to allow users to earn $RLC tokens, the native cryptocurrency of the iExec ecosystem, simply by receiving emails. This process ensures that your privacy is preserved, making it a unique blend of digital privacy and financial incentives.
Introduction to Blockchain and Security
Blockchain technology, a recent breakthrough in secure computing without centralized authority, has been recognized for its potential to revolutionize online interactions by bringing transparency, efficiency, and value to digital transactions. It is predicted that the annual revenue of blockchain-based enterprise applications worldwide will reach $19.9 billion by 2025, indicating its growing importance in the financial industry .
Security and Privacy on Blockchain
Security and privacy are central to the debate when deploying blockchain in different applications. Blockchain offers an innovative approach to storing information, executing transactions, performing functions, and establishing trust in an open environment. It is considered a technology breakthrough for cryptography and cybersecurity, with use cases ranging from globally deployed cryptocurrency systems like Bitcoin to smart contracts and smart grids over the Internet of Things .
Security Techniques for Blockchain
To achieve security and privacy in complex blockchain systems, a combination of multiple technologies is often more effective than using a single technology. For example, Enigma combines cutting-edge cryptographic techniques with hardware privacy technology to provide computation over encrypted data at scale. However, there is always a tradeoff between security, privacy, and efficiency, and it's crucial to advocate for techniques that improve the security and privacy of blockchain while promoting practical deployment with acceptable performance 3.
A New Era of Digital Privacy and Monetization
For those who participated in the 2023 campaign, it's crucial to re-register to access the latest features and improvements. This step ensures you're up-to-date with the most current version of the Privacy Pass, maximizing your earning potential and benefiting from the enhanced privacy protections.
To start earning $RLC tokens with the iExec Privacy Pass, visit https://privacypass.iex.ec. This platform is designed to be user-friendly, making it easy for anyone to sign up and start earning. Whether you're a seasoned crypto enthusiast or new to the world of blockchain, the iExec Privacy Pass offers a compelling way to engage with the digital economy while protecting your privacy.
Conclusion
The future of digital privacy and monetization is here, and the iExec Privacy Pass is at the forefront of this revolution. By leveraging blockchain technology, it offers a secure and transparent way to monetize your inbox while ensuring your privacy remains intact. As the digital economy continues to evolve, initiatives like the iExec Privacy Pass will play a crucial role in addressing the challenges of privacy and security in the digital age.

Introduction
In the rapidly evolving landscape of decentralized finance (DeFi) and blockchain technology, hackathons serve as a launchpad for talented developers and innovators to showcase their creativity and problem-solving abilities. One such event that stands out is the iBuild Online Hackathon, organized by iExec and supported by Taikai Network. This article delves into the nitty-gritty of the iBuild Hackathon, exploring its purpose, the challenges it presents, and the opportunities it offers to participants.

About iExec and Taikai Network
At the heart of the iBuild Hackathon lies iExec, a tech company that specializes in building a decentralized internet where users can leverage cloud resources without compromising their privacy. Taikai Network, on the other hand, is a JavaScript SDK that empowers web3 projects to interact with blockchain contracts seamlessly. Together, they form a powerful duo that fosters the development of next-generation applications.
The Challenge
The iBuild Hackathon invites teams of developers to tackle real-world problems through the lens of decentralized applications (dApps). The competition is divided into various tracks, each with its unique set of challenges:
Data Privacy: Developers must come up with solutions that protect user data while ensuring secure transactions.Monetization: Teams are tasked with creating business models that can sustainably monetize dApps.Oracle: Participants are challenged to build systems that can accurately predict future events, leveraging the power of blockchain technology.
Prizes and Opportunities
The iBuild Hackathon is not just about coding; it's about unlocking the full potential of the blockchain. Prizes totaling up to $18,000 in RLC (iExec's native cryptocurrency) are up for grabs, along with the prestige of being part of a cutting-edge event. Moreover, successful participants may even gain direct access to the iExec Grants Program, which could pave the way for further collaboration and funding.
The Process
From registration to execution, the iBuild Hackathon follows a structured timeline:
Registration: Opening on January 2nd at 10 AM CET, participants have ample time to prepare their entries.Announcement: The list of participants is revealed on March 29th, setting the stage for the intense period ahead.Execution: The hackathon proper kicks off on April 2nd, with participants working tirelessly to develop their solutions.Submission: By April 28th at 12 PM CET, all participants must submit their final projects for judging.Judging: On April 29th, the world watches as the best dApps are crowned.
Conclusion
The iBuild Online Hackathon by iExec is more than just a competition; it's a celebration of the future of the internet. By fostering an environment where innovation thrives, this event serves as a catalyst for change, pushing the boundaries of what's possible with blockchain technology. Whether you're a seasoned developer or just starting out, the iBuild Hackathon is an opportunity to make a mark and shape the future of the decentralized web.
Ready to make waves in the Web3 space? Register for the iBuild Online Hackathon and let your ideas take flight! .

#Write2Earn 
https://taikai.network/iExec/hackathons/ibuild/categories?token=KKAG8WV5FUKAX6MV

Embracing the power of Artificial Intelligence and Web3 technologies has become a breeze, thanks to platforms like ChatGPT. With over 150 million users globally, ChatGPT is making the most of AI and #Web3, often without users even realizing they're benefiting from these advancements.

A prime example of this seamless integration is seen in #TalentBuilder's latest app for freelance hiring. This app is a testament to how AI and Web3 are transforming the way we work, providing an intuitive and efficient solution for freelance hiring.
But why stop there? #iExec " data-hashtag="#iExec" class="tag">#iExec, a leading player in the decentralized cloud computing space, is hosting an upcoming Spaces event where we will delve deeper into these technologies. Join us as we explore the possibilities of AI and Web3, their impact on various sectors, and real-world examples of their application.
 #iExec " data-hashtag="#iExec" class="tag">#iExec ( $RLC ) will be joined by #TalentLayer to chat about their latest product release ‘Freelance Search’. Not to be missed! Make sure to click Set Reminder here:https://twitter.com/i/spaces/1RDGllOXPWDGL?s=20.

Confidential computing is a rapidly evolving field that aims to protect data in use, ensuring its confidentiality and integrity. At the forefront of this development is iExec, a decentralized cloud computing platform that utilizes blockchain technology and Trusted Execution Environments (TEEs) to ensure data privacy and security during computation. iExec's continuous innovation and commitment to advancing confidential computing are evident in its numerous upgrades and enhancements, making it an indispensable player in this domain medium.com.

iExec's Approach to Confidential Computing

iExec's confidential computing solution revolves around the Secret Management Service (SMS), a key component that holds and delivers the 'secrets' of computational tasks. These secrets act as keys to unlock protected resources or sensitive information used within applications. The SMS now operates within a hardware enclave, an isolated environment that significantly enhances the security of iExec's confidential computing solution medium.com.

Another significant development is the integration of the Gramine TEE framework. Gramine, an OpenSource project, provides workflow and security management for Confidential Computing and is quickly becoming an industry-standard. iExec's support for Gramine adds to its commitment to offering developers more options that meet the latest industry standards for confidential computing medium.com.

New Features and Enhancements

iExec's latest tech stack upgrade, V8, introduced new features and enhancements that bolster its confidential computing solution. For instance, iExec V8 now supports Intel® SGX2, a hardware technology that allows applications to run in protected areas of a machine's CPU, ensuring that not even the key admin user of a machine can access the code or data running on their machine akt.io.

iExec V8 also includes an essential technical upgrade where the SMS of iExec's confidential computing infrastructure now runs fully inside a hardware enclave. This upgrade significantly enhances the security of iExec's confidential computing solution, making it fully end-to-end secured akt.io.

Unimaginable Use Cases

iExec's continuous innovation enables developers to address use cases that were previously unimaginable. For instance, the integration of Intel® SGX2 into iExec's infrastructure enables the creation of AI applications that require powerful executions using larger inputs. This is crucial as these applications often need to process confidential or sensitive data akt.io.

Moreover, iExec's Multi-Secret feature allows for end-to-end encryption for multiple parties within a single computation. This feature ensures that all secrets from various parties remain confidential within the same computation, enabling tasks to run without revealing any of the assets used for computation medium.com.

Conclusion

iExec's commitment to providing innovative solutions to confidential computing is evident in its continuous upgrades and enhancements. Its latest tech stack upgrades, coupled with its support for the latest industry standards, have transformed iExec into an indispensable tool for developers and enterprises aiming to leverage confidential computing. As confidential computing continues to evolve, iExec's role in this evolution remains crucial, reinforcing the statement that "Confidential computing is not complete without iExec."

Introduction

Distributed computing has been evolving for several decades and is now poised to become the norm rather than the exception. With the advent of technologies like the Internet, peer-to-peer networks, big data, and machine learning, distributed applications have gained traction and are transforming various industries. In this article, we will explore the future of distributed computing and discuss iExec, a key player in this space.

The Future of Distributed Computing

Distributed applications are becoming more prevalent: Until recently, distributed applications were not widely adopted, and most students did not work on projects involving distributed applications. However, this is changing rapidly as distributed systems are being leveraged to scale out applications and services, including large-scale simulations, web serving, and big data processing.

Major transformations are on the horizon: Larry Smarr, a renowned computer scientist, believes that the day of ubiquitous distributed computing is finally here. He compares the upcoming changes to past disruptive technologies like the Internet, the Web, and social media, which initially seemed insignificant but eventually transformed the world. Smarr emphasizes that distributed computing is becoming mainstream and will lead to major transformations in various industries.

iExec: A Key Player in Distributed Computing

Introduction to iExec: iExec is a blockchain-based fully distributed cloud infrastructure that combines two technologies: blockchain and desktop grid computing. It aims to build a decentralized marketplace for computing resources, allowing users to execute large parallel applications at a fraction of the cost of traditional supercomputers.

Features of iExec: iExec utilizes desktop grid middleware, such as XtremWeb-HEP, to assemble loosely distributed computing resources for high-performance computing (HPC) and big data applications. These middleware have desirable features like resilience, efficiency, and ease of deployment, making them suitable for building a fully distributed cloud infrastructure.

iExec's team and vision: iExec's core team consists of experienced individuals who have been working in cloud computing since the early 2000s. Their collective expertise led to the creation of iExec, which aims to establish a distributed cloud based on desktop grid computing. The team has been making steady progress towards their goal and has an active GitHub repository with open-source contributions.

Advantages of Distributed Computing

Cost-effectiveness: Distributed computing allows companies to build a high-performance infrastructure using inexpensive off-the-shelf computers with microprocessors instead of expensive mainframes. Large clusters can even outperform individual supercomputers, handling complex and computationally intensive task.

Increased reliability: By utilizing multiple computers to complete a task, the chances of an error occurring are minimal. If one computer fails, the task can be completed by the remaining computers, ensuring reliability and fault tolerance.

Scalability: Distributed computing enables companies to scale quickly and adjust the required computing power to meet demand as they grow organically. This flexibility allows for steady expansion without the need for significant upfront investments.

Challenges of Distributed Computing

System complexity: Implementing and maintaining a complex system architecture can be challenging and costly. Distributed infrastructures have more interfaces and potential sources for errors at the hardware and software levels, making troubleshooting more difficult.

Timing and synchronization: Distributed computing introduces timing and synchronization problems between distributed instances that must be addressed. Ensuring consistency and coordination among distributed components can be a complex task.

Security concerns: The decentralized nature of distributed computing raises security challenges, as data becomes vulnerable to sabotage and hacking when transferred over public networks. Ensuring data confidentiality, integrity, and availability is crucial in distributed systems.

The Promise of Artificial Intelligence in Distributed Computing

Revolutionizing technological challenges: The combination of artificial intelligence (AI) and distributed computing holds the promise of revolutionizing how we tackle technological challenges across various sectors. AI empowers the capabilities of distributed computing, enabling distributed learning, decentralized decision-making, and resource optimization.

New possibilities and advancements: AI in distributed computing opens up new possibilities and advancements. It can enhance the performance and efficiency of distributed systems, leading to improved scalability and resource utilization. This combination can drive innovation and enable breakthroughs in fields like healthcare, finance, and transportation.

Introduction:

Digital Rights Management (DRM) has emerged as a critical technology to safeguard digital content from unauthorized usage. Traditional DRM systems, though effective, rely on centralized control, which poses vulnerabilities and censorship risks. In contrast, decentralized DRM systems leverage blockchain technology to distribute control across a network of nodes, offering enhanced security and resilience against censorship.

Advantages of Decentralized DRM Systems:

Security Enhancement: Decentralized DRM systems eliminate reliance on a central authority, fortifying their security against attacks and censorship.

Scalability and Global Reach: The scalability of decentralized DRM systems facilitates protection of vast amounts of digital content, catering to global content creators' needs.

Transparency and Accountability: Transactions within decentralized DRM systems are logged on the blockchain, ensuring transparency. This discourages content creators from exploiting the system.

Interoperability for Versatility: The adaptability of decentralized DRM systems to various blockchains simplifies content creators' choice of a compatible platform.

Leveraging iExec for Decentralized DRM:

iExec Platform Attributes:

Robust Security: The integration of blockchain technology within the iExec platform renders it immune to attacks, reinforcing its security foundation.

Scalable Infrastructure: iExec's scalability empowers efficient management of large digital content volumes, vital for modern content creators.

Transparency as Core Principle: iExec's transparent architecture, with blockchain-recorded transactions, guarantees accountability and trust for all stakeholders.

Interoperability for Flexibility: iExec's compatibility with multiple blockchains ensures content creators can choose the most suitable ecosystem for their specific needs.

Benefits of iExec in Decentralized DRM Implementation:

Cost Efficiency: iExec's decentralized nature eliminates the need for costly central authorities, reducing the expenses associated with DRM implementation.

Heightened Security: The integration of iExec enhances DRM security, making it more resilient against potential threats.

Granular Control for Flexibility: iExec provides content creators with the ability to exert precise control over content usage, offering increased flexibility in DRM management.

Enhanced User Experience: iExec simplifies user access to digital content, streamlining the DRM experience and improving user satisfaction.

Conclusion: Decentralized DRM systems present a transformative approach to safeguarding digital content. iExec stands out as a preeminent platform for constructing decentralized DRM solutions due to its exceptional attributes, ranging from security to interoperability. Besides the advantages outlined, decentralized DRM systems offer additional merits, including reduced censorship risks, heightened user privacy, and improved operational efficiency.

iExec is excited to unveil the launch of the iExec Developer Rewards program, an initiative designed to catalyze innovation within the iExec protocol ecosystem. Boasting a dedicated fund of $1 million, this program serves as an inspiration for developers to explore the diverse avenues of potential that iExec offers.

This endeavor encompasses two distinct avenues of funding:

Swiftly Accessible Rewards for Application Developers: This category presents an opportunity for developers, whether working independently or as part of a larger team, to earn rewards by crafting applications that leverage the power of iExec technology.

Sustained Grant Funding for Ambitious Projects: For more substantial and ambitious undertakings, iExec is providing grant funding that extends over the long term. These grants are earmarked for projects that showcase significant innovation and value, while harnessing the capabilities of the iExec protocol and the RLC (or eRLC) token.

The iExec Developer Rewards program is an ongoing initiative that warmly welcomes all participants keen on engaging with iExec. The rewards tiers span a wide spectrum, catering to a range of project sizes and scopes, from entry-level rewards for smaller initiatives to substantial grants for more intricate ventures.

Navigating Project Submission:

To be a part of this program, you need to submit a project proposal through the designated submission form . The form is structured to gather comprehensive information about your project, including its intended purpose, the challenges it seeks to address, and the unique iExec features it will leverage. For projects seeking extensive, long-term grants, the submission process delves into aspects like project timeline and the rationale behind projected costs.

For your convenience, it's recommended to draft your responses in an external document before transferring them to the form.

Criteria for Evaluation:

The iExec team will evaluate your project proposal against a set of key criteria:

Adoption Value: The extent to which your project contributes to the adoption of the RLC token.

Utility of Use-Case: The practical significance of your project's proposed use-case.

Team Proficiency: The skill set and experience of your development team.

Technical Feasibility: The viability of your project's technical implementation.

Innovation: The novel aspects and creativity embodied by your project.

Eligibility: Ensuring that your project aligns with the stipulated eligibility prerequisites.

Submission Requirements:

For your project submission to be eligible for consideration:

It should integrate the iExec tech stack and the RLC token.

It should not be reliant on pre-existing code from external sources.

Thorough documentation must be provided to facilitate understanding.

Bringing Your Vision to Life and Reaping Rewards:

Following your project proposal submission, the iExec team will evaluate it within a span of 2 weeks. Upon approval, a public Gitcoin bounty will be initiated. Upon successful project completion and delivery, compensation will be processed through the Gitcoin platform.

The Vast Horizons of iExec Applications:

iExec's dynamic marketplace empowers individuals and entities to monetize an array of resources:

Application Providers: Can monetize their distinct applications and algorithms.

Computing Power Contributors (iExec Workers): Enthusiasts who contribute their computing resources to the network, earning RLC tokens in return.

Data Contributors: Those who possess valuable datasets can share them with applications via iExec.

Moreover, iExec's PoCo (Proof of Contribution) consensus protocol facilitates agreement on off-chain computing and supports integration with decentralized oracles. The platform's capabilities extend to confidential computing and trusted off-chain computation within the realm of blockchain.

To deepen your understanding of iExec, the iExec Academy serves as an invaluable resource. It's a repository of diverse content, spanning articles, technical documentation, videos, interactive demos, and more. Whether you're a newcomer or an adept, a developer or a crypto enthusiast, the iExec Academy caters to your learning needs.

iExec, the trailblazing company, has taken a bold step towards revolutionizing marketing in the Web3 era. In a world where Web2 marketing has often been synonymous with data exploitation and privacy breaches, iExec has come to the rescue with two remarkable developer tools: iExec DataProtector and iExec Web3Mail.

Web2 marketing has long been known for its unscrupulous practices of harvesting user data without consent, leaving users vulnerable and their personal information at the mercy of profit-driven third parties. But iExec is changing the game, putting the power back into the hands of developers and users alike.

With iExec DataProtector, users finally have a say in granting access to their data. No longer will algorithms be allowed to operate in the shadows, disregarding user rights and collecting information against their will. This groundbreaking tool ensures that personal information remains secure, even when decentralized applications come knocking. By combining the robustness of blockchain and Confidential Computing, iExec DataProtector encrypts data end-to-end, granting users ultimate control without revealing sensitive information to the platform.

But iExec doesn't stop there. Enter iExec Web3Mail, a game-changer designed exclusively for Ethereum account holders. This ingenious tool allows platforms to utilize email addresses without ever storing or even knowing them. How is that possible, you ask? Well, the clever folks at iExec have devised a way for dApps to leverage email addresses for updates, notifications, and marketing, all while keeping developers blissfully unaware of users' private information. It's a win-win situation where users receive the benefits they desire while maintaining their privacy.

iExec is paving the way for the future of Web3 marketing, and it's a future where user concerns are addressed head-on. No more will platforms clandestinely access your information. These innovative tools prioritize privacy, ensuring that user data remains under lock and key. It's a real-life revolution, and iExec is confident that these tools will enhance user engagement in the Web3 realm.

Welcome to the era of Privacy-Enhanced Web3 Marketing, where iExec's visionary tools tackle the challenges that have plagued both Web2 and Web3 marketing. By following principles such as data non-exposure, incentivizing user participation, and tracking campaigns without sharing sensitive information, iExec is reshaping the landscape and setting new standards for the industry.

So buckle up and get ready for a thrilling ride into a world where privacy and user empowerment take center stage. iExec has sounded the clarion call, and the age of responsible and captivating Web3 marketing is upon us.

#Binanceturns6 #GOATMoments #BRC20 #RLC

Traditional Web2 marketing has repeatedly failed to prioritize user privacy and obtain consent. In the pursuit of endless performance optimization, invasive data collection practices, opaque algorithms, and a disregard for user rights have become the norm. Data monetization mechanisms often benefit only the companies, leaving users at a disadvantage.

These shortcomings have led many tech-savvy users to gravitate towards Web3 solutions, seeking a more privacy-centric alternative. However, the new Web3 paradigm, where users authenticate and connect using wallet addresses, has made direct marketing increasingly challenging for Web3 companies.

But can technology enable a Web3 version of digital marketing that ensures user privacy and provides full control over consent? To address these obstacles, iExec has developed an innovative approach that transforms how marketing actions can be executed in Web3. Our solution empowers decentralized apps and their users by fostering consent, preserving privacy, and establishing powerful and secure connections.

Introducing Privacy-Enhanced Marketing (PEM), an approach that builds on the following principles: User consent management mechanisms: Users must explicitly authorize the sharing of their personal data with third parties. Consent should be a fundamental requirement to ensure transparency and respect for user privacy.

Secure Data Sharing Protocols: Confidential computing and secure data sharing protocols can facilitate the exchange of data between users and third parties in a secure manner. These protocols ensure that data remains confidential and protected throughout the process.

Privacy-Preserving communication channels: Communication channels should be designed to enable third parties to interact with users without directly accessing their personal data. This allows for targeted marketing campaigns while safeguarding user privacy.

Targeted marketing without exposing personal data: Marketing techniques should enable targeted campaigns without compromising users' personal data. By leveraging aggregated and anonymized data, advertisers can reach their target audience while preserving individual privacy.

User incentivization and control: Users should have the ability to monetize their engagement with direct marketing campaigns by earning rewards, such as cryptocurrency or utility tokens. Additionally, users should have control over their privacy settings, preferences, and interests.

To facilitate the adoption of these principles, iExec has developed two powerful developer tools: iExec DataProtector and iExec Web3Mail. iExec DataProtector allows users to grant decentralized applications access to their data without revealing the data itself. This tool ensures that personal information remains secure and under the user's control through end-to-end encryption and blockchain technology. Implementing this technology into your app is made easy with the npm package provided.

iExec Web3Mail enables Dapps to send emails to registered Ethereum account holders without knowing or storing their actual email addresses. This tool revolutionizes Web3 user engagement by allowing important notifications, updates, and marketing emails to be sent directly to Ethereum account users while keeping their email addresses completely anonymous. Integrating this functionality into your app is straightforward using the provided npm packages.

This innovative approach to marketing in Web3 represents the future of user-centric communication. By prioritizing privacy, consent, and rewards, we have the opportunity to shape a Web3 ecosystem that truly empowers users and integrates privacy seamlessly into marketing channels. Together, we can create a Web3 environment that respects user rights and sets new standards for privacy-enhanced marketing.

Unlock the power of limitless possibilities with iExec's latest tech stack upgrade – V8! Are you ready to take your confidential computing to the next level? With new features and technical integrations, including support for Intel® SGX2 and the Gramine framework for TEE, iExec V8 empowers developers to address use cases that were once unimaginable. And with the SMS of iExec's confidential computing infrastructure now running fully inside a hardware enclave, your sensitive data is more secure than ever before. Don't settle for less – upgrade to iExec V8 and unlock a world of opportunities!

Introducing iExec V8, the cutting-edge tech stack upgrade that takes iExec's Confidential Computing solution to new heights! With a host of powerful new features and seamless technical integrations, iExec V8 empowers developers to tackle previously unimaginable use cases with ease.

And that's not all – iExec V8 now boasts support for Intel® SGX2 and the Gramine framework for TEE, unlocking even more possibilities for secure computing. Plus, with a crucial technical upgrade, the SMS of iExec's confidential computing infrastructure now runs fully inside a hardware enclave, ensuring top-notch protection for all your sensitive data.

In short, iExec V8 is the ultimate solution for developers looking to take their confidential computing to the next level. So why wait? Upgrade to iExec V8 today and unlock a world of limitless possibilities!

Back in 2018, iExec was making waves in the tech world with the release of the world's first 'trusted compute' solution for blockchain. This groundbreaking innovation was achieved through a powerful collaboration with Intel, utilizing the cutting-edge Intel® SGX hardware enclaves.

For the uninitiated, hardware enclaves are like a secret vault within a machine's CPU, where only the most select pieces of code can run in a completely protected environment. And when it comes to ensuring that code runs smoothly and without interference, there's no better solution than a TEE like Intel® SGX.

But what's really interesting is that in some cases, protecting the execution of code can be even more crucial than hiding the actual data being computed. That's why iExec's partnership with Intel® SGX was such a game-changer – by utilizing this powerful TEE technology, they were able to create a truly secure and trustworthy environment for blockchain computations.

Picture this – you need to execute code on a remote machine, but you can't trust the person in charge of that machine. What do you do? Enter iExec's revolutionary solution: the integration of Intel® SGX 2 into their infrastructure.

With this powerful new version, even the key admin user of a machine cannot access the code or data running inside the enclave. That means you can rest easy knowing that your computations are secure and untampered with, no matter where they're being executed from.

But that's not all – iExec's V8 tech stack upgrade also opens up a world of exciting possibilities for developers, particularly those working on deep learning applications. With increased memory capacity and lightning-fast execution, V8 is poised to take confidential computing to the next level.

So whether you're a developer looking to build the next game-changing app, or simply someone who values the importance of secure computing, iExec V8 and Intel® SGX 2 are the perfect pair to make it happen.

Get ready to step into a whole new world of computing possibilities, thanks to Intel SGX 2. With its enhanced storage and memory capabilities, SGX V2 has opened the door to a world of powerful applications that were once deemed impossible – including cutting-edge AI solutions.

As we all know, AI is revolutionizing the way we solve real-world problems, but it requires massive amounts of data and computing power to do so. And when that data is sensitive or confidential, you need a solution that can deliver top-notch security without sacrificing performance. That's where iExec's Confidential Computing comes in, powered by the game-changing technology of Intel SGX 2.

With SGX V2's increased storage and memory capabilities, developers can now harness the power of confidential computing to run complex AI applications with larger inputs, all while maintaining the highest levels of security. But it's not just AI that benefits from this upgrade – a whole host of other apps that were once out of reach are now within reach thanks to the power of iExec V8 and Intel SGX 2.

So if you're ready to unlock the full potential of confidential computing, there's never been a better time to dive into the world of iExec and Intel SGX 2. Get ready to experience a whole new level of computing power, all while keeping your data safe and secure.

At iExec, we believe that developers should have access to the latest and greatest tools to create cutting-edge confidential computing applications. That's why we're excited to announce that iExec V8 now supports the Gramine TEE framework, alongside our already-available Scone Library.

What is Gramine, you ask? It's an OpenSource project that provides top-notch workflow and security management for confidential computing applications. And it's quickly becoming the industry standard, thanks to its powerful capabilities and ease of use.

With iExec V8's support for Gramine, developers can now take advantage of this groundbreaking technology to build even more powerful confidential computing applications. Whether you're working on a complex workflow or simply need to ensure top-level security for your computations, Gramine and iExec V8 have got you covered.

So if you're ready to take your confidential computing game to the next level, it's time to dive into iExec V8 and the world of Gramine. Get ready to experience the future of secure computing, today.

At iExec, we take security seriously. That's why we're excited to announce that our Confidential Computing solution just got even more secure with the latest upgrade to iExec V8.

One of the key components of our solution is the Secret Management Service (SMS). This service holds and delivers the "secrets" of computational tasks, which act as a key to unlocking protected resources or sensitive information used within applications. And with iExec V8, the SMS now operates within the ultra-secure environment of the Intel SGX hardware enclave.

What does that mean for you? It means that your confidential computing tasks are now even more protected than ever before. The SMS running within the hardware enclave ensures that your secrets remain private and secure, even in the face of potential attacks.

So whether you're dealing with sensitive financial data or running complex machine learning algorithms, you can rest assured that iExec V8 has got you covered. With the SMS operating within the hardware enclave, you can trust that your confidential computing applications are in safe hands.

So why wait? Join the secure computing revolution with iExec V8 today and take your confidential computing game to the next level.

Attention developers! Are you ready to take your confidential computing game to the next level? Look no further than iExec V8, where a whole new world of features awaits you!

First up, we've got Intel SGX V2, the latest and greatest hardware enclave technology for lightning-fast confidential computing on a larger scale. With increased memory capacity and faster execution, you can now tackle even the most complex machine learning algorithms with ease.

But that's not all! We're also proud to announce our integration with Gramine, the new TEE framework for developers looking to dive into the world of confidential computing. With this new framework at your fingertips, you'll be able to create innovative and secure applications that were previously impossible.

And what about security, you ask? Well, with iExec V8, we've got you covered. Our Secret Management Service (SMS) now runs fully inside a hardware enclave, ensuring end-to-end security and making iExec Confidential Computing more secure than ever before. So whether you're dealing with sensitive financial data or running complex algorithms, you can trust that your confidential computing applications are in safe hands.

Last but not least, we've got an added bonus for you. You can now find the iExec Sidechain on Chainlist, making it even easier to access and develop on our platform.

So what are you waiting for? Join the revolution with iExec V8 and unlock the full potential of confidential computing today!

The world of confidential computing just got a major upgrade with iExec's latest tech stack, V8. This upgrade has brought together the power of Intel® SGX2 and the Gramine TEE framework, making iExec's Confidential Computing solution stronger than ever. This cutting-edge upgrade has opened up doors to new possibilities that were previously unimaginable, giving developers the power to take on complex use cases. What's more, iExec's SMS is now running fully inside a hardware enclave, making the solution fully end-to-end secured. With V8's lightning-fast execution and significantly larger memory capacity, developers can now take on game-changing confidential computing apps related to deep learning and beyond.

Get ready for the future of confidential computing with iExec V8! This latest tech stack upgrade is a game-changer for developers, offering the latest tools and infrastructure to build powerful, secure, and innovative applications. With the addition of the Gramine TEE framework, developers now have even more options that meet the latest industry standards, while the integration of the iExec Sidechain on Chainlist makes the chain more accessible than ever before. This forward-thinking upgrade represents a major step forward in the evolution of confidential computing and shows iExec's unwavering commitment to advancing the field. So join the revolution and explore the possibilities with iExec V8!

The gaming sector has always been on the cutting edge of technological breakthroughs, with developers pushing the boundaries of computational power to produce immersive and entertaining game experiences. The high expense of acquiring and maintaining the required computational resources, on the other hand, might be a substantial obstacle for smaller studios and indie creators. This is where iExec comes in, as it offers a decentralized cloud computing platform with high-performance computing power for game development, testing, and deployment.

The ability to access computational power on demand can be a game changer for game developers, allowing them to create more intricate and immersive games without the need for significant hardware investments. With iExec, game makers can quickly scale their computational resources up and down as needed, paying only for the resources they use. This can assist to level the playing field, allowing smaller studios to compete with larger, more established players.

Because of its decentralized design, the cloud computing platform from iExec allows for better flexibility, scalability, and security by dispersing processing power across a network of nodes. In order to ensure maximum performance, game developers often test their creations across a range of hardware setups. This can be particularly crucial in game testing. Game makers can quickly spin up virtual machines using iExec and test their games on a distributed network of nodes without having to make costly hardware investments.

A game must be released to players when it has been created and tested. Centralized servers are needed to host the game in this procedure, which can be expensive and time-consuming. However, iExec offers a distributed cloud infrastructure that can be applied to the deployment of video games. Improved scalability, dependability, and security are just a few advantages of this. Developers may save hosting and distribution costs and allow new monetization methods for their games through utilizing iExec for game deployment.

The gaming industry has a tremendous amount of room for innovation, and iExec has the ability to do just that by putting smaller studios and independent creators on an even playing field with the big boys. Games can be tested on a distributed network of nodes, hosted on a decentralized cloud architecture, and access high-performance processing power on demand with iExec. By enabling developers to make more intricate and exciting games that appeal to and interest players everywhere, this can foster creativity and spur development in the gaming industry.

In conclusion, the potential of decentralized cloud computing is prepared to usher in a new era of expansion and creative thinking for the gaming industry. Game makers no longer need to make costly hardware investments in order to acquire the computing power they require to build the next generation of games thanks to iExec's high-performance computing platform. By leveling the playing field and allowing smaller studios and independent creators to compete with bigger names, this can foster innovation and longevity in the field of video games.

The world of decentralized finance (DeFi) is constantly evolving, with new projects and technologies emerging on a regular basis. One such project that has been causing a stir in the DeFi community is a new protocol that introduces a revolutionary new way to trade cryptocurrencies. This project, known as “Carbon” is set to shake up the DeFi landscape by introducing a unique approach to on-chain trading that is both innovative and highly effective. In this article, we will take a closer look at Carbon and explore how its unique features could change the way we think about trading.

INTRODUCTION 

CARBON is an advanced on-chain trading protocol enabling automated, adjustable trading strategies with custom ranges, linked orders & continuous one-directional liquidity. With Carbon you get seamless Range Order creation, Disposable Strategies and Recurring Strategies, Linked Orders and Rotating Liquidity. Let’s see what these mean for traders.

Carbon is designed to automate on-chain trading strategies in a fully decentralized manner. The protocol is built on Ethereum blockchain, making it secure and transparent.

Carbon allows traders to automate their trading strategies without the need for intermediaries or centralized exchanges. By eliminating intermediaries, Carbon enables traders to reduce fees and achieve faster trade execution times. Moreover, the decentralized nature of Carbon ensures that users have complete control over their funds.

FEATURES OF CARBON DEFI 

Decentralized: Carbon is fully decentralized, which means there are no intermediaries involved in the trading process. This ensures complete control over your funds and reduces the risk of fraud or manipulation.

Customizable strategies: The protocol is flexible, allowing traders to create and deploy custom strategies that can be executed in only specific price ranges, automatically, and adjustable on the fly.

Hybrid order book system: Carbon’s unique hybrid order book system does not use oracles or keepers, but instead uses native on-chain order book matching ensuring fast and efficient trade execution.

Secure: Built on top of the Ethereum blockchain, Carbon benefits from the security and decentralization of the Ethereum network. 

Transparent: Carbon’s smart contract system ensures that all trades are executed in a fair and transparent manner, with no hidden fees or charges.

Scalable: Carbon is designed to handle large volumes of trades without compromising on speed or security, making it a powerful tool for traders of all sizes.

Low fees: By eliminating intermediaries and using a decentralized system, Carbon offers low fees for traders, making it an affordable and accessible protocol for everyone.

WHAT MAKES CARBON UNIQUE 

Seamless Range Order Creation

The process of creating a range using limit orders on a traditional order book system involves several factors that traders must consider. These include the number of orders to be created, the amount of liquidity to be allocated to each order, the initial investment, and the expected return on investment. While this method is effective for scaling in or out of a position, it is also tedious and time-consuming. With Carbon, you simply set the same custom price range with two fields, fund one or both orders, and you are done.

Rotating Liquidity

When a trader is using a traditional order book system, they must wait for their sell order, for example, to fill in order to create a buy order using that same liquidity. On Carbon this is not the case. The buy and sell orders, limit and/or range, are linked, and therefore draw on a single source of liquidity. This liquidity automatically shifts into the opposite side of the strategy as each order is filled.

Carbon Strategy Types

Disposable Strategies

If your only intention is to accumulate at a specific price or within a specific range, or to scale out of a position for example, then your single order is the extent of your trading strategy. On Carbon, this is referred to as a “disposable strategy”, meaning it is meant for one-time use only. Disposable strategies may be made up of either a buy order or a sell order, limit or range. Disposable strategies are perfect for trading in and out of a position.

Recurring Strategies

Recurring Strategies are when a buy order and sell order are linked together. Liquidity rotates between the two linked orders, creating an automated "buy low, sell high" trading strategy. For example, if ETH is acquired in a buy order, that ETH will automatically fund the linked sell order. Once the price of ETH is within the custom parameters of the sell order, it will be traded, with the newly acquired USDT automatically funding the linked buy order. So long as a trader chooses to keep this strategy active, this automated buying low and selling high will continue. Due to this continuous behavior, it is referred to as a "recurring strategy".

Asymmetric Liquidity 

Asymmetric Liquidity offers a radically new trading paradigm — one of on-chain liquidity where users execute personalized trading and market-making strategies. A defining characteristic of these strategies is their asymmetry: Whereas a conventional liquidity position uses a single bonding curve for both buying and selling, Asymmetric Liquidity allows for the creation of individual user strategies composed of two bonding curves, where each curve executes irreversible trades. In practice, this gives users the ability to create automated trading strategies composed of one or two on-chain limit or range orders for any given token pair, with each order represented by a unique, adjustable bonding curve. 

Operating Mechanism

Carbon works by leveraging blockchain technology to create a fully decentralized protocol automating on-chain trading strategies. Adjustable Bonding Curves (ABCs) are the result of a unique invariant function, unique to Carbon and at the core of the Carbon design. The pricing algorithm of each curve depends on the balance of only a single token, rather than two or more tokens. Each curve executes orders in one direction, irreversibly, and can be updated in a highly gas-efficient manner. Each strategy consists of two independent ABC’s, defined by three constants and a single token balance. The strategy consists of a total of three slots in memory. Active users may adjust their strategies on the fly without requiring complex interactions with a set of supporting smart contracts.

Carbon provides a powerful and innovative protocol for automating on-chain trading strategies. Its unique features make it an attractive option for traders looking for customization, greater control, and transparency in their trades.

WHY USE CARBON

1: Carbon is a feature-rich, fully decentralized protocol governed by the BancorDAO.

2: Traders can create and deploy custom trading strategies that are executed automatically and continuously with linked orders and rotating liquidity.

3: Carbon offers low fees for traders, making it an affordable and accessible protocol.

4: Carbon’s unique hybrid order book system eliminates the risk of sandwich attacks and reversible trades.

5:  Carbon enables traders to create true ranges with adjustable parameters, something not available elsewhere. 

6: Carbon supports all standard ERC-20 tokens, allowing any user to create trading strategies for any standard ERC-20 token pair. Moreover, as Carbon can be deployed on other blockchains, it will undoubtedly support other token standards in the future, thereby increasing its flexibility and versatility.

Conclusion 

In conclusion, Carbon offers a powerful and innovative protocol for traders looking to automate their on-chain trading strategies. Its decentralized architecture, customizable strategies, and low fees make it an attractive option for traders of all sizes. By leveraging blockchain technology, Carbon provides a secure, transparent, and customizable platform that enables traders to execute trades automatically, without the need for intermediaries or centralized exchanges.

If you are a trader looking for greater control over your trades and the ability to create a custom strategy, then Carbon may be the perfect solution for you. With its unique hybrid order book system and flexible strategy automation tools, Carbon offers a powerful and customizable protocol that can help you optimize your trading strategies and achieve your financial goals. So why not give Carbon a try and experience the benefits of innovation and automation in trading for yourself?

For additional information on Carbon visit the following:

Website: CarbonDeFi.xyz

Follow Carbon on Twitter

Subscribe to the Carbon Medium

Join the Carbon community on Telegram and Discord

Read the Litepaper, Whitepaper Summary, and Patent Filing

Bancor Network is a decentralized liquidity network that allows users to easily and quickly convert between different cryptocurrencies. It was launched in June 2017 and is based on the Ethereum blockchain. Bancor Network aims to solve the problem of liquidity in decentralized exchanges (DEXs) by creating an on-chain liquidity network that allows for automatic token conversions without the need for buyers and sellers to be matched.

In this article, we will delve into the key features of Bancor Network, its benefits and drawbacks, and why the Bancor team should pay attention to its development.

Key Features of Bancor Network

Automated Market Maker (AMM)

Bancor Network utilizes an AMM algorithm, which is a mathematical formula that determines the price of a cryptocurrency based on the ratio of its supply and demand. This algorithm automatically adjusts the price of a token as its supply and demand change, making it possible to buy or sell any token at any time without waiting for a buyer or seller.

No Order Book

Bancor Network does not rely on an order book, unlike traditional exchanges. Instead, it uses a liquidity pool that holds a reserve of both the token being traded and a reserve token (BNT). This enables the network to automatically calculate the price of a token based on the current supply and demand.

Instant Transactions

Transactions on Bancor Network are instant, which means that users can buy or sell any token at any time without waiting for a buyer or seller to match their order.

Low Fees

Bancor Network charges a flat fee of 0.1% for every trade made on the network. This fee is significantly lower than traditional exchanges, which charge up to 1% or more.

Decentralized

Bancor Network is fully decentralized and operates on the Ethereum blockchain, which means that users have full control over their funds and transactions.

Benefits of Bancor Network

Improved Liquidity

Bancor Network solves the problem of liquidity in decentralized exchanges by creating an on-chain liquidity network that allows for automatic token conversions without the need for buyers and sellers to be matched.

Instant Transactions

Transactions on Bancor Network are instant, which means that users can buy or sell any token at any time without waiting for a buyer or seller to match their order.

Low Fees

Bancor Network charges a flat fee of 0.1% for every trade made on the network. This fee is significantly lower than traditional exchanges, which charge up to 1% or more.

Decentralized

Bancor Network is fully decentralized and operates on the Ethereum blockchain, which means that users have full control over their funds and transactions.

Improved User Experience

Bancor Network provides a seamless and user-friendly experience for users who want to trade cryptocurrencies without the hassle of matching orders or dealing with complex trading interfaces.

Drawbacks of Bancor Network

High Slippage

Bancor Network's AMM algorithm can result in high slippage for large trades, as the price of a token can change significantly if a large order is placed.

Limited Token Support

Bancor Network currently supports a limited number of tokens, which can make it difficult for users to trade less popular cryptocurrencies.

Why the Bancor Team Should Pay Attention

Bancor Network has the potential to revolutionize the way cryptocurrencies are traded by creating a decentralized liquidity network that solves the problem of liquidity in decentralized exchanges. The key features of Bancor Network, such as its automated market maker algorithm, instant transactions, low fees, and decentralized nature, make it an attractive option for users who want to trade cryptocurrencies in a user-friendly and seamless manner.

However, there are also some drawbacks to Bancor Network, such as high slippage and limited token support. These issues should be addressed by the Bancor team to improve the overall user experience and increase adoption.

Despite these drawbacks, there are several reasons why the Bancor team should pay attention to Bancor Network's development. Firstly, Bancor Network has a growing user base and has already processed over $5 billion in trades since its launch. This demonstrates the demand for a decentralized liquidity network and the potential for Bancor Network to become a significant player in the cryptocurrency trading space.

Secondly, Bancor Network has a strong community of developers and supporters who are committed to improving the network and expanding its capabilities. This includes the BancorDAO, a decentralized autonomous organization that governs the network and makes decisions on behalf of its members. This community-driven approach ensures that Bancor Network is constantly evolving to meet the needs of its users and stay ahead of the competition.

Finally, Bancor Network has partnerships with several other blockchain projects, including Kyber Network and Chainlink, which will help to expand its reach and improve its functionality. These partnerships demonstrate that Bancor Network is a respected and valuable player in the blockchain ecosystem and has the potential to continue growing and evolving in the years to come.

Conclusion

Bancor Network is a decentralized liquidity network that has the potential to revolutionize the way cryptocurrencies are traded. Its key features, such as its automated market maker algorithm, instant transactions, low fees, and decentralized nature, make it an attractive option for users who want to trade cryptocurrencies in a user-friendly and seamless manner. However, there are also some drawbacks to Bancor Network, such as high slippage and limited token support, which should be addressed by the Bancor team to improve the overall user experience.

Despite these challenges, there are several reasons why the Bancor team should pay attention to Bancor Network's development. It has a growing user base, a strong community of developers and supporters, and partnerships with other blockchain projects. These factors demonstrate that Bancor Network is a valuable player in the blockchain ecosystem and has the potential to continue growing and evolving in the years to come.

#BTC #Fed #launchpad #GPT-4

Decentralized cloud computing is an important aspect of the Web3 ecosystem. With the growth of decentralized applications (dApps) and the increasing demand for computing power, decentralized cloud computing has become a crucial infrastructure for many Web3 applications. In this context, iExec is emerging as a leading solution for decentralized cloud computing in Web3. In this article, we will explore in detail why iExec is an ideal solution for decentralized cloud computing in Web3.

Decentralized Infrastructure

iExec provides a decentralized infrastructure for cloud computing. The resources are distributed among multiple nodes in a network, rather than being centralized in a single data center. This ensures that the system is more secure, resilient, and less prone to downtime or failure. By leveraging a distributed infrastructure, iExec can provide a more reliable and efficient platform for cloud computing.

iExec is built on Ethereum, a highly scalable blockchain platform that enables developers to build and deploy dApps. Ethereum provides a robust and reliable infrastructure for iExec, allowing it to handle a large number of transactions simultaneously, making it ideal for large-scale cloud computing tasks. This means that businesses can leverage iExec's decentralized infrastructure to scale their applications without worrying about resource limitations.

Cost-Effective

iExec's decentralized infrastructure is designed to be cost-effective. By utilizing idle computing resources, iExec can reduce the cost of cloud computing, making it more accessible and affordable for businesses and individuals. iExec provides a pay-per-use model, which allows users to pay only for the computing resources they use, rather than paying for an entire server or data center. This can significantly reduce costs for businesses, especially those that require large amounts of computing power.

Moreover, iExec allows individuals or organizations to monetize their idle computing resources, which can generate additional income for them. This incentivizes users to contribute their resources to the network, creating a self-sustaining ecosystem that benefits all participants.

Privacy and Security

iExec's decentralized infrastructure provides enhanced privacy and security. Data is encrypted and distributed across the network, making it more difficult for unauthorized users to access or manipulate it. This is critical for businesses that handle sensitive data, such as financial information or personal data. iExec provides a secure and private platform for cloud computing, enabling businesses to operate with confidence and trust.

iExec's privacy and security features also enable the creation of confidential computing applications, which can process sensitive data without exposing it to unauthorized users. This opens up new opportunities for businesses that require the processing of sensitive data in a secure and private manner.

Open Platform

iExec is an open platform that enables developers to build and deploy dApps on top of its infrastructure. This fosters innovation and collaboration within the Web3 ecosystem, making it easier for developers to create and deploy new solutions. iExec provides a range of tools and resources for developers, including a software development kit (SDK), API, and documentation. This makes it easier for developers to build and deploy dApps on iExec, and to integrate their solutions with other Web3 platforms and applications.

iExec's open platform also enables businesses to collaborate with other organizations and share their computing resources. This can lead to the creation of new applications and services that leverage the collective computing power of multiple organizations.

Conclusion

In conclusion, iExec is an ideal solution for decentralized cloud computing in Web3, providing a decentralized infrastructure, high scalability, cost-effectiveness, privacy and security, and an open platform for innovation and collaboration. iExec's platform has the potential to transform the way businesses and individuals access and use cloud computing resources, enabling greater efficiency, security, and reliability in the Web3 ecosystem. As Web3 continues to grow and evolve, iExec is poised to play a crucial role in driving innovation and progress in this exciting and rapidly evolving field.

#Binance #Stablecoins #BNB #BTC #buildtogether