Open (including RSS3) DeSci enhancements

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San Francisco, CA, December 31, 2024, Chainwire

Open (also known as webisOpen for This technology, integrated with Compute Wormhole, facilitates on-chain analysis of genetic similarities between two viruses. sars coronavirus 2 (consecutive from Wuhan in 2019) and SARS-CoV (Continued in Toronto in 2003).

This analysis is performed entirely on-chain using Open’s. Open Virtual Machine (OVM) within Trusted Execution Environment (TEE) (collectively known as Open’s Compute Wormhole) leverages and connects distributed computing from Hyperbolic Labs to ensure integrity, immutability, determinism, and tamper resistance. Additionally, OVM ensures verifiability through on-chain transactions, increasing transparency and trust in the results.

These demos and experiments and on-chain records (open chain) from Open Desci Platform Alpha were also released to the public to show the public the power of OVM. Users can find more details through this link.

research assignment

Deciphering a virus’ genetic fingerprint has traditionally required expensive supercomputers and extensive infrastructure, resources often out of reach for many researchers. For many years, virologists have been constrained by financial and logistical difficulties, forcing them to focus more on purchasing equipment than on advancing scientific discoveries. Moreover, reliance on private or centralized computing resources limits peer review, makes reproducibility of results difficult, and raises concerns about the integrity, reliability, and trustworthiness of results.

The beginning of the OVM revolution

Open Virtual Machine (OVM) provides a verifiable, high-performance, distributed computing layer designed to democratize access to advanced computing resources. Implementation begins with demonstration and experimental applications. open chainDemonstrates the ability of blockchain technology to bridge immutability and distributed computing. By combining powerful distributed computing with blockchain immutability, OVM is a verifiable and transparent data wormhole for innovations like AI and DeSci. Open Collective includes @RSS3_, @_RSSHub, and @openinfo.

RSS3 is a decentralized network indexing and structured data that provides accessible and valuable open information for AI and distributed science (also known as DeSci) to Next Generation X (formerly Twitter), Google, OpenAI, and beyond.

Key features of OVM in distributed science

Reproducibility guaranteed: All calculations are verifiable and reproducible, which are important features of peer-reviewed scientific research.
Secure data processing: A built-in Trusted Execution Environment (TEE) protects sensitive data, ensuring integrity and tamper resistance throughout the computational process.
Easy Genome Analysis: Researchers can now compare the genomes of viruses such as (SARS-CoV-2) and (SARS-Tor-2) in a decentralized and democratized manner without permission or access to proprietary and expensive hardware.

These features highlight the scaling potential of OVM in distributed science (DeSci), paving the way for further innovation in transparent and democratized research.

Blockchain and the Bridge Beyond

OVM’s architecture introduces a framework that integrates the on-chain immutability of blockchains with scalable, distributed computing resources, including GPU support for demanding computational tasks. This design allows you to efficiently run compute-intensive applications such as:

AI and machine learning training
DeFi Risk Assessment and Financial Modeling
Real-time DeSci, games and metaverse simulations

Whether simulating viral interactions, optimizing decentralized finance protocols, or supporting next-generation virtual worlds, OVM provides immutable, verifiable, and transparent computing solutions. These advanced capabilities demonstrate the potential of decentralized systems to solve complex real-world problems.

Democratizing Research, Unlocking Discovery

OVM allows researchers around the world to access advanced computing resources without relying on expensive infrastructure. By prioritizing accessibility, the platform emphasizes scientific innovation over financial constraints. This approach fosters global collaboration, helping researchers solve critical problems such as infectious diseases and climate change.

Open and modular design

OVM’s modular architecture allows decentralized applications to leverage scalable computing power through partnerships with decentralized providers such as Hyperbolic, Gensyn.ai, and Aethir Cloud, or virtually anyone with spare computing resources. This design supports the creation of an open and transparent ecosystem for research and development that is globally accessible at any time.

Exploring OVM-based genome analysis (mainnet release scheduled)

The OVM-based infrastructure allows users to analyze the following genetic sequences:

The Open DeSci team is preparing to release an alpha version of its demo and experimentation platform. This release showcases OVM’s ability to perform DNA sequence alignment and provides a practical example of its potential in distributed science.

The future of computing is open

Currently available on OpenChain for demo purposes, with support for more platforms coming soon, OVM is ushering in a new era of decentralized science. By bridging the gap between blockchain and advanced distributed computing, OVM unlocks the true potential of the open web and DeSci, paving the way for innovation in science, AI, and beyond.

OVM removes infrastructure barriers to enable creativity and innovation to drive scientific progress. This approach represents an important step forward in the evolution of open science.

Open information (aka webisOpen on

Open is a series of efforts to promote the Open Web. Collectively, Open is a data and computing wormhole for innovations like verifiable and transparent AI and DeSci. Open Collective includes @RSS3_ @_RSSHub and @openinfo_. webisOpen.

RSS3 is a decentralized network of indexing and structured data that provides accessible and valuable public information to Next Generation X (formerly Twitter), Google, OpenAI and others.