SAN FRANCISCO, CA, Dec. 31, 2024 /Chainwire/ – Open (also known as webisOpen on
This technology, integrated with Compute Wormhole, facilitates 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 entirely on-chain using Open’s Open Virtual Machine (OVM) within a Trusted Execution Environment (TEE) (together known as Open’s Compute Wormhole) using and bridging decentralized computing from Hyperbolic Labs, to ensure integrity, immutability, determinism, and integrity. Tamper resistant.
In addition, OVM ensures verifiability of cross-chain transactions, enhancing transparency and trust in the results.
This demo and trial of the Open Desci Platform Alpha and its on-chain record (on Open Chain) were also released to the public to showcase the power of OVM to the public. Users can check this
Research challenge
Deciphering the genetic fingerprints of viruses has traditionally required expensive supercomputers and extensive infrastructure, resources that are often beyond the reach of many researchers.
For many years, virologists have been constrained by financial and logistical challenges, forcing them to focus more on acquiring equipment rather than promoting scientific discoveries.
Furthermore, 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 validity of the results.
Enter the OVM revolution
An open virtual machine (OVM) provides a high-performance, decentralized, and verifiable computing layer, designed to democratize access to advanced computational resources.
Its implementation begins with demos and applications on Open Chain, showcasing its capabilities in bridging decentralized computing with the stability of blockchain technology.
By bridging powerful decentralized computing with the immutability of blockchain, OVM is a data wormhole for innovations like transparent and verifiable AI and DeSci. The open set includes
RSS3 is a decentralized network of indexing and data curation, providing valuable, accessible open information to the Next
Key features of OVM in decentralized science
- Reproducibility guaranteed: Every calculation is verifiable and reproducible, a critical feature of peer-reviewed scientific research.
- Secure data processing: The built-in Trusted Execution Environment (TEE) protects sensitive data, ensuring integrity and tamper-proof throughout the computational process.
- Easily analyze genomes: Researchers can now compare viral genomes, e.g [
SARS-CoV-2 ] and [SARS-Tor-2 ]in a decentralized and democratic way, without permission and access to exclusive and expensive hardware.
These capabilities highlight the growing potential of OVM in decentralized science (DeSci), paving the way for further innovations in transparent and democratic research.
The bridge between Blockchain and beyond
The OVM architecture provides a framework that integrates on-chain blockchain immutability with scalable decentralized computing resources, including GPU support for demanding computational tasks. This design enables efficient execution of compute-intensive applications, such as:
- Artificial intelligence and machine learning training
- DeFi risk assessments and financial modeling
- DeSci simulation, gaming and real-time Metaverse
Whether it’s simulating virus interactions, optimizing decentralized finance protocols, or powering next-generation virtual worlds, OVM provides transparent, immutable, and verifiable computational solutions.
These advanced capabilities demonstrate the ability of decentralized systems to address complex real-world challenges.
Democratize research, open discovery
OVM enables researchers around the world to access advanced computational resources without relying on costly infrastructure. By prioritizing accessibility, the platform emphasizes scientific innovation rather than financial constraints.
This approach fosters global cooperation and enables researchers to address critical challenges such as pandemics and climate change.
Open and modular by design
OVM’s modular architecture allows decentralized applications to leverage scalable computing power through partnerships with decentralized providers such as Hyperbolic,
This design supports the creation of an open and transparent R&D ecosystem, accessible globally and at any time.
Explore OVM-powered genomic analysis (coming soon to mainnet)
The OVM-powered infrastructure will enable users to analyze the genetic sequences of:
The Open DeSci team is preparing to release the Alpha version of its beta and beta platform. This release will showcase OVM’s capabilities in performing DNA sequence alignments, providing a practical example of its potential in decentralized science.
The future of computing is open
Now available on Open Chain for demo purposes, with support for more platforms on the horizon, OVM heralds a new era of decentralized science.
By bridging the gap between blockchain and advanced decentralized computing, OVM unlocks the true potential of the open web and DeSci, paving the way for breakthroughs in science, artificial intelligence, and beyond.
OVM removes infrastructure barriers, enabling scientific progress to be driven by creativity and innovation. This approach represents an important step forward in the evolution of open science.
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