A closely followed crypto strategist believes one Ethereum (ETH) competitor is primed to print gains of more than 2x this year.
Pseudonymous analyst Altcoin Sherpa tells his 211,900 followers on the social media platform X that he thinks Solana (SOL) will see new all-time highs this year.
[adinserter block="1"]
But while the crypto strategist is long-term bullish on SOL, he expects the Ethereum rival to witness a pullback before starting a fresh leg up.
“There is going to probably going to be a pullback somewhere in the $200-$250s, but I don’t know how deep it’s going to be.
Still bullish as hell on this one this cycle, it’s the best chain for retail (evidence of memes). Probably $500+ in 2024.”
Source: Altcoin Sherpa/X At time of writing, SOL is worth $187.90, down over 6% in the past day.
Next up, the trader says that RSS3, a decentralized information processing protocol, appears to be trading in a range with an upper bound of $0.57 and a lower bound of $0.40.
“Still a super strong coin, RSS3 is one I’m still invested in and have a bag. Ranging for now and I think that this has been very strong amidst market volatility.”
Source: Altcoin Sherpa/X RSS3 is trading for $0.448 at time of writing, down 15.4% in the last 24 hours.
Lastly, the trader says he is bullish on Ondo Finance (ONDO), a project focused on tokenizing real-world assets (RWAs) including short-term bonds and US Treasuries.
“ONDO: buy ONDO for financial freedom around $0.43. One of my bags for real-world assets (RWA) this cycle, expecting good things for the future.”
Source: Altcoin Sherpa/X Ondo is trading for $0.422 at time of writing, down more than 12% in the last 24 hours.
[PRESS RELEASE – Singapore, Singapore, March 22nd, 2024]
Rollie Finance, the first one-swipe AI trading perpetual exchange on Scroll, announced today that it has raised a seed round of funding from Animoca Ventures, M77 Ventures, Sandy Peng, Co-Founder of Scroll, Alex Lee, Founder of Wombat Exchange, and Kate Wong, COO of RSS3.
Rollie Finance stands out from the many decentralized perpetual exchanges through its innovative AI-powered one-swipe-trading design, in which trades can be placed by simply swiping left or right on mobile to reflect users’ interests and trading appetites. Inside the simple one-swipe-trading interface, numerous trading algorithms, years of trading experience, real-time on-chain data, AI analysis, and more are simultaneously implemented in the background to ensure the trade is both simple and sophisticated. The new funding announced today will be used to further refine Rollie’s AI-powered trading algorithms.
Animoca Ventures is the venture investment arm of Animoca Brands, a global leader in gamification and blockchain with a large portfolio of over 400 investments in Web3 projects, and with the mission to advance digital property rights and decentralized projects that contribute to building the open metaverse.
Arthur, the founder of Rollie Finance, said: “The advances in AI, trading algorithms, and on-chain data mean that the time-consuming technical analysis (TA) and fundamental analysis (FA) can now be abstracted from the consumer experience. Some users like to spend their time on research and analysis, and some are too busy or new to trading and wish to have all the complexity abstracted away; Rollie targets the latter. We are here to make trading fun and simple.”
James Ho, the head of Animoca Ventures, commented: “We are here to support innovations, especially those that are consumer friendly and demonstrate a strong product-market fit. Rollie’s appealingly simple trading UI makes it easy to onboard new users to Web3.”
Sandy Peng, co-founder of Scroll, commented: “We believe in the wealth of experience of the Rollie team and are excited that such an innovative product chose Scroll as its home. After the highly anticipated EIP 4844 Ethereum Dencun upgrade, we expect trading on Rollie to become even faster and cheaper.”
About Rollie Finance One-Swipe AI Trading Perpetual Exchange on Scroll
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Chainwire is a specialized crypto newswire service providing high-impact distribution for the cryptocurrency and blockchain industry.
Artificial Intelligence (AI) crypto tokens Render (RNDR), Bittensor Tao (TAO), The Graph (GRT), AIOZ Network (AIOZ), Golem (GLM), OriginTrail (TRAC) and RSS3 (RSS3) prices rally on Monday.
Apple is likely working on an on-device Large Language Model (LLM), according to Bloomberg Correspondent Mark Gurman. The report, alongside other AI-related developments in the past week, has fueled the AI token rally.
Crypto AI tokens gain riding on updates in Artificial Intelligence from giants AI firms made several announcements in the past week. Meta, OpenAI, Sora, Microsoft, Google DeepMind, Boston Dynamics and Tencent among others, announced AI-related updates. Gurman said that Apple is likely working on its on-device LLM. LLMs are AI programs that recognize and generate text and train on huge sets of data. ChatGPT is among the most popular ones.
Power On: Apple needs a low-end iPhone and a push into emerging markets to get back on track. Also: Apple’s next big thing is an on-device LLM; iPad availability dwindles; Vision Pro loses steam; and iOS 17.5 includes a change that may upend the App Store. https://t.co/A5gdasXhIA
— Mark Gurman (@markgurman) April 21, 2024 In the past week, Meta introduced two out of three versions of Llama 3, while OpenAI and TED shared a new Sora-generated AI video. Additionally, Microsoft announced a new model to turn a single photo or piece of audio into a deep fake and researchers at Google DeepMind shared a demo of autonomous ALOHA 2 robots.
The updates from AI giants have likely catalyzed token gains. Prices of RNDR, TAO, GRT, AIOZ, GLM, TRAC and RSS3 rally on Monday. The AI tokens postd between 2% and 13% gains on the day.
Crypto AI tokens
AI token resurgence Digital Bank Sygnum’s quarterly research report states that crypto use cases are evolving.
The report states that Web3 sector performance is driven by a strong narrative around AI-related protocols and decentralized physical infrastructure networks (DePIN), and a growing demand for decentralized computing resources, interoperability solutions, and data sharing services.
A popular crypto trader thinks artificial intelligence (AI) altcoins are primed to do well in the latter part of this year despite underperforming in the past couple of weeks.
The pseudonymous analyst known as Altcoin Sherpa tells his 216,800 followers on the social media platform X that he’s looking at decentralized graphics processing unit (GPU) rendering blockchain Render (RNDR), AI and machine learning platform Fetch.ai (FET), the decentralized data storage protocol Arweave (AR) and the decentralized information processing protocol RSS3 (RSS3).
[adinserter block="1"]
“The play right now is to just be patient, scale into the ones you like and just wait. We’ve seen a decent pullback on many of these and I think that there should be some decent buying opportunities available in the coming weeks. Still bullish on this sector myself.”
Altcoin Sherpa also feels somewhat bullish on Echelon Prime (PRIME), a web3 ecosystem that aims to advance the next generation of gaming.
“PRIME is a coin that everyone loves and a good gaming play for this current cycle.
We’ve seen a strong pullback and I’d personally view the $15-$11 area as a good strong place to accumulate if you like this project. I probably won’t buy but will observe. Lots of good TA (technical analysis) confluence there though with the 0.50 and 0.618 key Fibonacci levels + 200 day exponential moving average (EMA).”
Source: Altcoin Sherpa/X PRIME is trading at $16.70 at time of writing.
RSS3 joins NVIDIA Inception Program to enhance its open AI infrastructure. Collaboration aims to address challenges in integrating Web3 and AI. RSS3 is developing infrastructure to deliver Web3-native data for AI models. Decentralized information platform RSS3 has joined NVIDIA’s Startup Inception Program, aiming to accelerate the development of its open and verifiable AI training infrastructure. The partnership highlights the growing convergence of Web3 and AI, with both industries seeking to leverage each other’s strengths.
We’ve supercharged into @NVIDIA Startup Inception Program to accelerate our development of an Open and Verifiable AI training infrastructure – part of RSS3's journey in pursuit of a more Open and interconnected new Internet – the Open Web. pic.twitter.com/VgPJ8lCsRm
— RSS3 🟦 (@rss3_) July 19, 2024 The platform’s dual-layer infrastructure, which integrates an incentivization layer with the data layer of the Open Web, will benefit from this advanced technology. Joshua Meng, the founder of RSS3, stated that this partnership is set to propel the company toward new horizons in truly open AI and the Open Web. Additionally, RSS3 added that it aims to drive the transformation of the Internet to serve a broader audience.
The alliance between RSS3 and NVIDIA demonstrates progress in addressing challenges and integrating Web3 and AI. As both industries are on the brink of substantial growth, establishing robust infrastructure and standards is crucial for future progress.
Adding to that, on July 17, RSS3 published an X post focusing on the intersection of AI and Web3. The announcement highlighted that nearly $2 billion has been invested in Web3 and AI startups over the past two years.
The post discussed the importance of high-quality, structured data for AI models. While GPT-4 and Stable Diffusion rely on extensive datasets, Web3’s decentralized nature complicates data aggregation. RSS3 is developing infrastructure to deliver Web3-native data in AI-ready formats, addressing these challenges.
Traditionally, users have provided vast amounts of data without receiving direct benefits. The convergence of Web3 and AI addresses this issue by allowing individuals to control and benefit from their data, aiming to ensure a more equitable distribution of AI benefits.
Additionally, efficient infrastructure that provides real-time Web3 data is crucial for AI applications. Such infrastructure would streamline data access, enhancing the effectiveness of AI technologies.
Disclaimer: The information presented in this article is for informational and educational purposes only. The article does not constitute financial advice or advice of any kind. Coin Edition is not responsible for any losses incurred as a result of the utilization of content, products, or services mentioned. Readers are advised to exercise caution before taking any action related to the company.
[PRESS RELEASE – San Francisco, California, December 4th, 2024]
The internet was once a playground for open exchange, where ideas, innovation, and creativity flourished. However, centralized control and walled platforms have eroded those ideals. Open emerges as a new infrastructure dedicated to rebuilding the Open Web’s foundations in the age of Web3.
From RSS3 to Open: A Broader Vision
Open represents the next evolution of RSS3, a broader and more ambitious ecosystem designed to unify technologies, initiatives, and communities. This transformation recognizes that the vision for a decentralized internet extends beyond the original scope of RSS3.
Open now unites the forces of RSS3, RSSHub, OVM, OpenAgent, and the Open Information Initiative under a single banner. Together, they form a collective dedicated to reshaping the internet into a transparent, permissionless, and collaborative space.
“Open’s mission goes beyond technology,” said Joshua, the founder. “This is about building an ecosystem and a movement to create a web that works for everyone, not just a select few. Open exists to make that happen.”
Open: The Foundation for a New Web
Open serves as the foundation for a new internet era. It brings together infrastructure, real-world applications, and initiatives with a clear goal:
Building Infrastructure: Open is constructing a “Wormhole” that bridges data and computing on-chain in a transparent and verifiable manner. This facilitates truly immutable, reproducible, and open Artificial Intelligence (AI), Decentralized Finance (DeFi), Decentralized Science (DeSci), and more. Empowering Builders: Open supports developers and creators dedicated to advancing the Open Web through grants, incubation programs, and dedicated studios. Delivering Practical Solutions: Open focuses on real-world problem-solving by offering practical tools, ranging from AI-powered agents to DeSci platforms. Thriving Projects within the Open Ecosystem
The Open ecosystem already boasts projects with proven technology and distribution:
OpenAgent: Launched in March 2024, OpenAgent quickly became the most advanced decentralized AI agent platform. DeSci Database: This decentralized science initiative accelerates innovation by making open data accessible across thousands of nodes. Follow App: With over 120,000 users and 50,000 daily on-chain participants in its first 40 days, Follow App demonstrates Open’s ability to drive large-scale adoption. Exclusive Studios: Four studios are dedicated to building critical infrastructure and tools for the Open Web, ensuring scalability and robustness. The AiSweatShop: A new standard for decentralized AI deployment, this OpenAgent initiative extends its capabilities. AiSweatShop offers scalable and customizable AI agent solutions that integrate with on-chain decentralized applications, bridging the gap between decentralized AI and real-world uses. The Case for Open: A Better Internet
Centralized platforms have inhibited creativity, transparency, and innovation for far too long. Open aims to reverse this trend, restoring an Open Web where:
Creativity Flourishes: No longer will restrictions hinder how ideas are shared and developed. Transparency Reigns: Decision-making will occur openly, not behind closed doors. Innovation Accelerates: Open infrastructure will drive the next wave of digital breakthroughs. The Movement Gathers Momentum
Open serves as an open invitation for developers, creators, and visionaries to join the mission of restoring the web’s original purpose. The ecosystem has already gained significant traction, bolstered by funding from the Open Initiative. The adoption of Follow App, the innovation of the AiSweatShop, and the expanding developer community all demonstrate the ecosystem’s steady growth and potential.
“Our focus is unwavering: to create real solutions for real users,” reiterated Joshua, Founder of Open. “We’re building a future where the internet belongs to everyone.”
Users interested in learning more and joining the movement can visit webisopen.com.
About Open
RSS3 is a decentralized network indexing and structuring data, delivering accessible and valuable Open Information to the next X (prev. Twitter), Google, OpenAI, and beyond.
RSS3 is an Open project. Open is a series of endeavors aimed at propelling the Open Web forward. Collectively, Open is the Data and Compute Wormhole for innovations like verifiable and transparent AI and DeSci. Users can find more details at https://open.network/
Get ready for a seismic shift in Web3 AI with AISweat.Shop (A.S.S.), the first-of-its-kind AI Agent Factory deployed on the Arbitrum Layer 2 blockchain, allowing anyone to easily deploy and customize a DeFi or DeSci AI Agent. Powered by the OpenAgent framework from Open (collective include RSS3), A.S.S. is here to reshape DeFi and DeSci with AgentUI, a seamless and intuitive user interface powered by AI.
The very first AI Agent deployed via AiSweat.shop is Overlord.bot, the very first AI Agent for you to dump your bag on. Overlord.bot has its own wallet, starting with 50 ETH. He/She autonomously manages and decides which tokens to buy. With just a simple post on X mentioning @overlordbot_, a token will be created for a user with Overlord AI handling the image and any specifics required. Users can then convince Overlord.bot to pump its bag and buy its tokens through chatting with him on X (previously Twitter). Through aggregated real-time structured data across Web1, 2, and 3 delivered by the Open (collective include RSS3), and input from users, Overlord.bot will decide which tokens to buy.
From DeFi UI to AgentUI AiSweat.Shop (A.S.S.) addresses the limitations of traditional AI solutions by delivering blockchain integrated, and sophisticated DeFi AI Agents designed for Web3. With A.S.S., developers and users alike can create customizable, autonomous DeFi AI Agents that operate seamlessly across platforms like X (previously Twitter), Telegram, terminals, and native Web3 environments.
Key features include:
Permissionless Deployment: Open the doors for anyone to build DeFi and DeSci AI Agents, making cutting-edge on-chain AI features accessible to all. Autonomous Functionality: AI Agents capable of real-time engagement across social and Web3 platforms and controlling of its own pools, vaults, and wallets alike. Customizable Applications: Tailored solutions for DeFi and DeSci that redefine AI’s potential in decentralized ecosystems.. Data Wormhole for AI Agents Open (coll. incl. RSS3)’s Data Wormhole aggregates, structures and delivers real-time AI-ready data to AI Agents deployed via AiSweat.shop in a transparent and decentralized manner. This facilitates truly decentralized, and open Artificial Intelligence (AI), such as Decentralized Finance (DeFi) and Decentralized Science (DeSci) AI Agents.
These datasets include:
Real-time blockchain data from top networks. Insights from Web2 social platforms and traditional Web1 sources. Real-world event data enriched with contextual intelligence. This Data Wormhole is a battle-tested data layer that has processed over 3 billion queries. Unlike traditional solutions, the Data Wormhole offers:
A fully decentralized architecture. Structured and standardized data in human-readable formats, making it AI-ready. Comprehensive datasets spanning Web1, Web2, Web3, and real-world events. By leveraging this information-abstracted infrastructure, A.S.S. ensures that its AI Agents are equipped with high-quality highest quality data, enabling them to operate seamlessly and autonomously in their own autonomous, dynamic DeFi and DeSci landscapes.
OpenAgent – the First Web3 AI Framework OpenAgent is the very first Web3 AI Agent Framework launched back then in March 2024, subsequently AI Agents quickly became the most worked on vertical in Web3.
With OpenAgent, customized AI agents can be created for specific needs such as analysis, prediction, content creation, and transaction automation, drastically shortening the development time of AI agents for independent builders from months to hours, leveling the AI playing field. OpenAgent utilizes a Mixture of Experts (MoE) architecture, which uses a gating network to choose the best expert models for specific tasks. Different expert models are like specialized Lego blocks, each optimized for distinctive functions, working independently yet collaboratively to produce a unified output. Unlike the popular OpenAI GPT models, any LLM (large language model) can be turned into on-chain AI agents with OpenAgent, creating AI agents with precise outputs for analytical or transactional purposes on top of the usual GPT creative content styles. Examples include natural language initiated on-chain transaction AI, on-chain arbitrage AI, and smart contract analytic AI.
DeFi & DeSci AI Agents AiSweat.Shop (A.S.S.) combines the scalability of the OpenAgent Framework with the robustness of the Data Wormhole, creating a foundation for DeFi and DeSci AI Agents that go beyond simple automation.
Future agents are experts equipped with:
Knowledgeable about DeFi and DeSci ecosystems. Capable of performing sophisticated tasks in real-world contexts. Designed for long-term impact in the decentralized world. Join the AI Expert Revolution A.S.S. is calling developers, builders, and enthusiasts to become part of this transformative journey. With its permissionless deployment model and scalable infrastructure, anyone can contribute to building the next generation of DeFi AI Agents, starting on Arbitrum.
About AiSweat.Shop Upgrading DeFi UI to AgentUI @arbitrum; Customize ur DeFi AI Agent on X powered by @webisopen @rss3_
X / Twitter: https://x.com/aisweatshop X / Twitter: https://x.com/OverlordBot_ Website: https://aisweat.shop/ Website: https://overlord.bot/ Disclaimer: TheNewsCrypto does not endorse any content on this page. The content depicted in this press release does not represent any investment advice. TheNewsCrypto recommend our readers to make decisions based on their own research. TheNewsCrypto is not accountable for any damage or loss related to content, products, or services stated in this press release.
San Francisco, California, December 31st, 2024, Chainwire
Open (also known as webisOpen on X, collective includes RSS3) is transforming virological research and decentralized science (DeSci) through its innovative Open Virtual Machine (OVM). This technology, integrated with the Compute Wormhole, facilitates the on-chain analysis of genetic similarities between two viruses: SARS-CoV-2 (sequenced in Wuhan, 2019) and SARS-CoV (sequenced in Toronto, 2003).
This analysis is performed fully on-chain using Open’s Open Virtual Machine (OVM) within a Trusted Execution Environment (TEE) (together known as Open’s Compute Wormhole) utilizing and bridging decentralized compute from Hyperbolic Labs, to ensure integrity, immutability, determinism, and resistance to tampering. Additionally, OVM guarantees verifiability through on-chain transactions, promoting transparency and trust in the results.
This demo and experiment of Open Desci Platform Alpha and its record on-chain (on Open Chain) has also been released to the public to showcase the power of OVM to the public. Users can check out this link for more information.
The Research Challenge
Decoding the genetic fingerprints of viruses has traditionally required expensive supercomputers and extensive infrastructure—resources often out of reach for many researchers. For years, virologists have been constrained by financial and logistical challenges, forcing them to focus more on acquiring equipment than advancing scientific discovery. Moreover, the reliance on private or centralized computing resources has limited peer reviews, making it difficult to reproduce results and raising concerns about the integrity, reliability, and trustworthiness of the findings.
Entering the OVM Revolution
The Open Virtual Machine (OVM) offers a high-performance, decentralized, and verifiable compute layer, designed to democratize access to advanced computational resources. Its implementation begins with a demonstration and experimental applications on Open Chain, showcasing its capabilities in bridging decentralized computation with the immutability of blockchain technology. By bridging powerful decentralized computation with blockchain immutability, OVM is a Data Wormhole for innovations like verifiable and transparent AI and DeSci. The Open collective includes @RSS3_, @_RSSHub, and @openinfo.
RSS3 is a decentralized network indexing and structuring data, delivering accessible and valuable Open Information to the next X (prev. Twitter), Google, OpenAI, and beyondfor AI and decentralized science (also known as DeSci).
Key Features of OVM in Decentralized Science
Reproducibility Guaranteed: Every computation is verifiable and reproducible, a critical feature for peer-reviewed scientific research. Secure Data Processing: A built-in Trusted Execution Environment (TEE) safeguards sensitive data, ensuring integrity and tamper resistance throughout the computational process. Effortless Genomic Analysis: Researchers can now compare viral genomes, such as [SARS-CoV-2] and [SARS-Tor-2], in a decentralized and democratized manner, without permission and access to exclusive and expensive hardware. These capabilities highlight the expanding potential of OVM in decentralized science (DeSci), paving the way for further innovations in transparent and democratized research.
The Bridge Between Blockchain and Beyond
OVM’s architecture introduces a framework that integrates blockchain’s on-chain immutability with scalable, decentralized computing resources, including GPU support for demanding computational tasks. This design enables efficient execution of compute-intensive applications, such as:
AI and Machine Learning Training DeFi Risk Assessments and Financial Modeling Real-Time DeSci, Gaming, and Metaverse Simulations Whether it’s simulating virus interactions, optimizing decentralized finance protocols, or powering the next-gen virtual worlds, OVM provides immutable, verifiable, and transparent computational solutions. These advanced capabilities demonstrate the potential of decentralized systems to address complex, real-world challenges.
Democratizing Research, Unlocking Discovery
OVM enables researchers worldwide to access advanced computational resources without reliance on costly infrastructure. By prioritizing accessibility, the platform emphasizes scientific innovation over financial constraints. This approach fosters global collaboration, empowering researchers to address critical challenges such as pandemics and climate change.
Open and Modular by Design
OVM’s modular architecture allows decentralized applications to tap into scalable computing power through partnerships with decentralized providers like Hyperbolic, Gensyn.ai, and Aethir Cloud, or virtually anyone with spare computational resources. This design supports the creation of an open and transparent ecosystem for research and development, accessible globally and at any time.
Exploring OVM-Powered Genomic Analysis (Coming Soon on Mainnet)
The OVM-powered infrastructure will enable users to analyze the genetic sequences of:
SARS-CoV-2 Genome SARS-Tor-2 Genome The Open DeSci team is preparing to release the Alpha version of its demo and experimental platform. This release will showcase the capabilities of OVM in performing DNA sequence alignment, providing a practical example of its potential in decentralized science.
The Future of Compute is Open
Available now on Open Chain for demo purposes, with support for more platforms on the horizon, OVM is ushering in a new era of decentralized science. By bridging the gap between blockchain and advanced decentralized computation, OVM unlocks the true potential of the Open Web and DeSci, paving the way for breakthroughs in Science, AI, and beyond.
OVM removes infrastructure barriers, enabling scientific progress to be driven by creativity and innovation. This approach represents a significant step forward in the evolution of open science.
About Open (aka webisOpen on X, coll. Incl. RSS3)
Open is a series of endeavors aimed at propelling the Open Web forward. Collectively, Open is the Data and Compute Wormhole for innovations like verifiable and transparent AI and DeSci. The Open collective includes @RSS3_ @_RSSHub & @openinfo_. webisOpen.
RSS3 is a decentralized network indexing and structuring data, delivering accessible and valuable Open Information to the next X (prev. Twitter), Google, OpenAI, and beyond.
Disclaimer: This is a Press Release provided by a third party who is responsible for the content. Please conduct your own research before taking any action based on the content.
San Francisco, California, December 31st, 2024, Chainwire
Open (also known as webisOpen on X, collective includes RSS3) is transforming virological research and decentralized science (DeSci) through its innovative Open Virtual Machine (OVM). This technology, integrated with the Compute Wormhole, facilitates the on-chain analysis of genetic similarities between two viruses: SARS-CoV-2 (sequenced in Wuhan, 2019) and SARS-CoV (sequenced in Toronto, 2003).
This analysis is performed fully on-chain using Open’s Open Virtual Machine (OVM) within a Trusted Execution Environment (TEE) (together known as Open’s Compute Wormhole) utilizing and bridging decentralized compute from Hyperbolic Labs, to ensure integrity, immutability, determinism, and resistance to tampering. Additionally, OVM guarantees verifiability through on-chain transactions, promoting transparency and trust in the results.
This demo and experiment of Open Desci Platform Alpha and its record on-chain (on Open Chain) has also been released to the public to showcase the power of OVM to the public. Users can check out this link for more information.
The Research Challenge
Decoding the genetic fingerprints of viruses has traditionally required expensive supercomputers and extensive infrastructure—resources often out of reach for many researchers. For years, virologists have been constrained by financial and logistical challenges, forcing them to focus more on acquiring equipment than advancing scientific discovery. Moreover, the reliance on private or centralized computing resources has limited peer reviews, making it difficult to reproduce results and raising concerns about the integrity, reliability, and trustworthiness of the findings.
Entering the OVM Revolution
The Open Virtual Machine (OVM) offers a high-performance, decentralized, and verifiable compute layer, designed to democratize access to advanced computational resources. Its implementation begins with a demonstration and experimental applications on Open Chain, showcasing its capabilities in bridging decentralized computation with the immutability of blockchain technology. By bridging powerful decentralized computation with blockchain immutability, OVM is a Data Wormhole for innovations like verifiable and transparent AI and DeSci. The Open collective includes @RSS3_, @_RSSHub, and @openinfo.
RSS3 is a decentralized network indexing and structuring data, delivering accessible and valuable Open Information to the next X (prev. Twitter), Google, OpenAI, and beyondfor AI and decentralized science (also known as DeSci).
Key Features of OVM in Decentralized Science
Reproducibility Guaranteed: Every computation is verifiable and reproducible, a critical feature for peer-reviewed scientific research. Secure Data Processing: A built-in Trusted Execution Environment (TEE) safeguards sensitive data, ensuring integrity and tamper resistance throughout the computational process. Effortless Genomic Analysis: Researchers can now compare viral genomes, such as [SARS-CoV-2] and [SARS-Tor-2], in a decentralized and democratized manner, without permission and access to exclusive and expensive hardware. These capabilities highlight the expanding potential of OVM in decentralized science (DeSci), paving the way for further innovations in transparent and democratized research.
The Bridge Between Blockchain and Beyond
OVM’s architecture introduces a framework that integrates blockchain’s on-chain immutability with scalable, decentralized computing resources, including GPU support for demanding computational tasks. This design enables efficient execution of compute-intensive applications, such as:
AI and Machine Learning Training DeFi Risk Assessments and Financial Modeling Real-Time DeSci, Gaming, and Metaverse Simulations Whether it’s simulating virus interactions, optimizing decentralized finance protocols, or powering the next-gen virtual worlds, OVM provides immutable, verifiable, and transparent computational solutions. These advanced capabilities demonstrate the potential of decentralized systems to address complex, real-world challenges.
Democratizing Research, Unlocking Discovery
OVM enables researchers worldwide to access advanced computational resources without reliance on costly infrastructure. By prioritizing accessibility, the platform emphasizes scientific innovation over financial constraints. This approach fosters global collaboration, empowering researchers to address critical challenges such as pandemics and climate change.
Open and Modular by Design
OVM’s modular architecture allows decentralized applications to tap into scalable computing power through partnerships with decentralized providers like Hyperbolic, Gensyn.ai, and Aethir Cloud, or virtually anyone with spare computational resources. This design supports the creation of an open and transparent ecosystem for research and development, accessible globally and at any time.
Exploring OVM-Powered Genomic Analysis (Coming Soon on Mainnet)
The OVM-powered infrastructure will enable users to analyze the genetic sequences of:
SARS-CoV-2 Genome SARS-Tor-2 Genome The Open DeSci team is preparing to release the Alpha version of its demo and experimental platform. This release will showcase the capabilities of OVM in performing DNA sequence alignment, providing a practical example of its potential in decentralized science.
The Future of Compute is Open
Available now on Open Chain for demo purposes, with support for more platforms on the horizon, OVM is ushering in a new era of decentralized science. By bridging the gap between blockchain and advanced decentralized computation, OVM unlocks the true potential of the Open Web and DeSci, paving the way for breakthroughs in Science, AI, and beyond.
OVM removes infrastructure barriers, enabling scientific progress to be driven by creativity and innovation. This approach represents a significant step forward in the evolution of open science.
About Open (aka webisOpen on X, coll. Incl. RSS3)
Open is a series of endeavors aimed at propelling the Open Web forward. Collectively, Open is the Data and Compute Wormhole for innovations like verifiable and transparent AI and DeSci. The Open collective includes @RSS3_ @_RSSHub & @openinfo_. webisOpen.
RSS3 is a decentralized network indexing and structuring data, delivering accessible and valuable Open Information to the next X (prev. Twitter), Google, OpenAI, and beyond.
[PRESS RELEASE – San Francisco, California, December 31st, 2024]
Open (also known as webisOpen on X, collective includes RSS3) is transforming virological research and decentralized science (DeSci) through its innovative Open Virtual Machine (OVM). This technology, integrated with the Compute Wormhole, facilitates the on-chain analysis of genetic similarities between two viruses: SARS-CoV-2 (sequenced in Wuhan, 2019) and SARS-CoV (sequenced in Toronto, 2003).
This analysis is performed fully on-chain using Open’s Open Virtual Machine (OVM) within a Trusted Execution Environment (TEE) (together known as Open’s Compute Wormhole) utilizing and bridging decentralized compute from Hyperbolic Labs, to ensure integrity, immutability, determinism, and resistance to tampering. Additionally, OVM guarantees verifiability through on-chain transactions, promoting transparency and trust in the results.
This demo and experiment of Open Desci Platform Alpha and its record on-chain (on Open Chain) has also been released to the public to showcase the power of OVM to the public. Users can check out this link for more information.
The Research Challenge
Decoding the genetic fingerprints of viruses has traditionally required expensive supercomputers and extensive infrastructure—resources often out of reach for many researchers. For years, virologists have been constrained by financial and logistical challenges, forcing them to focus more on acquiring equipment than advancing scientific discovery. Moreover, the reliance on private or centralized computing resources has limited peer reviews, making it difficult to reproduce results and raising concerns about the integrity, reliability, and trustworthiness of the findings.
Entering the OVM Revolution
The Open Virtual Machine (OVM) offers a high-performance, decentralized, and verifiable compute layer, designed to democratize access to advanced computational resources. Its implementation begins with a demonstration and experimental applications on Open Chain, showcasing its capabilities in bridging decentralized computation with the immutability of blockchain technology. By bridging powerful decentralized computation with blockchain immutability, OVM is a Data Wormhole for innovations like verifiable and transparent AI and DeSci. The Open collective includes @RSS3_, @_RSSHub, and @openinfo.
RSS3 is a decentralized network indexing and structuring data, delivering accessible and valuable Open Information to the next X (prev. Twitter), Google, OpenAI, and beyondfor AI and decentralized science (also known as DeSci).
Key Features of OVM in Decentralized Science
Reproducibility Guaranteed: Every computation is verifiable and reproducible, a critical feature for peer-reviewed scientific research. Secure Data Processing: A built-in Trusted Execution Environment (TEE) safeguards sensitive data, ensuring integrity and tamper resistance throughout the computational process. Effortless Genomic Analysis: Researchers can now compare viral genomes, such as [SARS-CoV-2] and [SARS-Tor-2], in a decentralized and democratized manner, without permission and access to exclusive and expensive hardware. These capabilities highlight the expanding potential of OVM in decentralized science (DeSci), paving the way for further innovations in transparent and democratized research.
The Bridge Between Blockchain and Beyond
OVM’s architecture introduces a framework that integrates blockchain’s on-chain immutability with scalable, decentralized computing resources, including GPU support for demanding computational tasks. This design enables efficient execution of compute-intensive applications, such as:
AI and Machine Learning Training DeFi Risk Assessments and Financial Modeling Real-Time DeSci, Gaming, and Metaverse Simulations Whether it’s simulating virus interactions, optimizing decentralized finance protocols, or powering the next-gen virtual worlds, OVM provides immutable, verifiable, and transparent computational solutions. These advanced capabilities demonstrate the potential of decentralized systems to address complex, real-world challenges.
Democratizing Research, Unlocking Discovery
OVM enables researchers worldwide to access advanced computational resources without reliance on costly infrastructure. By prioritizing accessibility, the platform emphasizes scientific innovation over financial constraints. This approach fosters global collaboration, empowering researchers to address critical challenges such as pandemics and climate change.
Open and Modular by Design
OVM’s modular architecture allows decentralized applications to tap into scalable computing power through partnerships with decentralized providers like Hyperbolic, Gensyn.ai, and Aethir Cloud, or virtually anyone with spare computational resources. This design supports the creation of an open and transparent ecosystem for research and development, accessible globally and at any time.
Exploring OVM-Powered Genomic Analysis (Coming Soon on Mainnet)
The OVM-powered infrastructure will enable users to analyze the genetic sequences of:
SARS-CoV-2 Genome SARS-Tor-2 Genome The Open DeSci team is preparing to release the Alpha version of its demo and experimental platform. This release will showcase the capabilities of OVM in performing DNA sequence alignment, providing a practical example of its potential in decentralized science.
The Future of Compute is Open
Available now on Open Chain for demo purposes, with support for more platforms on the horizon, OVM is ushering in a new era of decentralized science. By bridging the gap between blockchain and advanced decentralized computation, OVM unlocks the true potential of the Open Web and DeSci, paving the way for breakthroughs in Science, AI, and beyond.
OVM removes infrastructure barriers, enabling scientific progress to be driven by creativity and innovation. This approach represents a significant step forward in the evolution of open science.
About Open (aka webisOpen on X, coll. Incl. RSS3)
Open is a series of endeavors aimed at propelling the Open Web forward. Collectively, Open is the Data and Compute Wormhole for innovations like verifiable and transparent AI and DeSci. The Open collective includes @RSS3_ @_RSSHub & @openinfo_. webisOpen.
RSS3 is a decentralized network indexing and structuring data, delivering accessible and valuable Open Information to the next X (prev. Twitter), Google, OpenAI, and beyond.
[PRESS RELEASE – San Francisco, California, January 8th, 2025]
RSS3 has introduced a comprehensive Web3 dataset on Hugging Face, serving as a valuable resource for AI applications. This decentralized and verifiable dataset transforms machine learning by granting developers open access to structured data derived from platforms such as Farcaster and Lens, fundamentally reshaping the construction of AI and decentralized applications.
New Step in Web3 AI
The RSS3-powered dataset offers a verifiable solution for parsing, transforming, and analyzing decentralized Web3 data. By leveraging RSS3 Nodes for content indexing, the dataset aims to guarantee ownership integrity and transparency. This innovation allows developers and researchers to train models, build recommendation systems, and power decentralized applications without facing API rate limits or data access barriers.
The Backbone of Machine Learning
Structured Data Designed with machine learning applications in mind, the dataset incorporates several components:
Handle: Author profiles from platforms like Farcaster and Lens. Body: The main content of posts. Media: Links to hosted media files categorized by MIME type. Profile & Publication IDs: Unique identifiers enabling granular data tracking. Timestamps: Real-time accuracy for publication or indexing dates. This streamlined structure facilitates effortless integration into machine learning pipelines, providing immediate value for training adaptive AI models.
Fueling Verifiable AI The effectiveness of AI depends on diverse, open datasets. By sourcing data from decentralized platforms, the RSS3 dataset provides the breadth and depth required to train unbiased and contextually aware models. By capturing a wide spectrum of social interactions, the dataset enables the development of safer and more inclusive AI systems.
Joining the Decentralized Data Revolution RSS3’s collaboration with Hugging Face highlights its dedication to advancing innovation through open, decentralized data. RSS3 offers SDKs, frameworks, and grants via the Open Information Initiative, empowering developers to build the next generation of AI and Open Web applications.
About RSS3
The Largest AI Open Data Network Since its inception in 2021, RSS3 has solidified its role as a leader in decentralized data, operating the world’s largest Open Web network. More than 80 RSS3 Nodes, including one operated by Google, collaborate to source and index decentralized content while ensuring verifiability and transparency. By eliminating traditional API constraints, RSS3 delivers bulk datasets, making Web3 and Open Data readily accessible for AI development pipelines.
Users can explore the dataset or start building with RSS3: docs.rss3.io. Users can access the first Web3 dataset: huggingface.co/high_quality_open_web_content. Users can apply for an Open Information Grant: openinformation.io/grant.
