Pittsburgh, USA, December 6, 2024 Chainwire
Anasi LabsIn collaboration with Carnegie Mellon University Silabwhich is the university’s cybersecurity and privacy institute. Announcing a compiler framework for coding that solves the impasse. By building scalable applications with Zero-Knowledge Basic trade-offs are required. Three elusive applications of scalability Cryptographic security and decentralization has been considered impossible And it has been a barrier to wider adoption — until now.
Advances in cryptography without trade-offs
Blockchain such as Ethereum has been hailed as the future of decentralized infrastructure. With technology Zero-Knowledge (ZK) proofs were announced to increase the security and scalability of Ethereum beyond 120 TPS. The team said that developing ZK proofs is complex and time-consuming. This required thousands of hours with dozens of developers. Prioritizing the speed of evidence generation also means designing the protocols themselves. And with manual coding and tens of thousands of lines of code This creates a major security vulnerability. This complicates the creation of security-sensitive decentralized applications. And it makes auditing and compliance a nightmare. All obstacles to widespread adoption in regulated industries such as finance, healthcare, and AI.
A team of Carnegie Mellon researchers is collaborating with Anaxi Labs to overcome this drawback.
A recent CMU report presents a revolutionary method for directly compiling high-level software. and convert it to a simpler format. (low-level representation) required for basic authentication systems to work And all of this is automated, repeatable, and auditable. Helps reduce manual work Greatly improved performance At the same time, process security is guaranteed through encryption. This task is accomplished through high-level program analysis. Divide the program into smaller units. indivisible It then creates low-level representations from each unit that can be fed into various proofing systems. easily
“This idea of dividing computations into specific parts that take over the CPU in an automated manner is a new approach and this is the first time anyone has attempted this type of approach where we avoid presenting the entire program. for compilers,” said Riad Wahby, assistant professor at Carnegie Mellon University. Department of Electrical and Computer Engineering- “We are very excited about this.”
Unlocking new decentralized applications
Anaxi Labs’ research and the framework it builds on are intended to revolutionize the industry in Web3 and beyond in traditional and regulated finance. Increasing efficiency while maintaining auditability allows for real-time settlement of intrabank transfers, such as instant USD payments, in healthcare. Among the challenges facing 23andMe, the secure and privacy-preserving encryption tools enabled by products developed by Anaxi Labs address key concerns. and use personal genetic information securely by ensuring the rightful ownership of their DNA. At the same time, it helps make research valuable. Within the scope of enterprise AI and critical physical infrastructure Decentralized solutions that require high availability and near-zero latency, such as rapid tuning and inference of multiple data and processing power resources, are becoming a reality.
In short, research-based products provide the most effective solutions for Web3 companies that struggle with scalability. security and decentralized exchanges It introduces a new design paradigm for roll-up and interoperability.
“This research and the products we are creating combining it will have profound implications for many important industrial applications today. This required secure solutions for huge performance overheads such as ZK and EVM, which eventually led us to the doorstep of our vision for crypto – secure decentralized consensus with peer-to-peer payments. real time,” said Kate Shen, co-founder of Anaxi Labs.
“We also like the fact that it is language and library agnostic. This means that projects Many will benefit from this without having to modify the code. This allows us to create an open and interoperable framework. This is in contrast to today’s more static and monolithic approaches,” Shen added. “This allows every developer to automatically select and integrate the best of the latest advances in proof systems, such as search, coprocessors. and hardware acceleration Maximize the efficiency of each computational substrate.”
Anaxi Labs and CyLab, a game-changing partnership
Carnegie Mellon’s CyLab is a center of cutting-edge research that serves as the foundation for blockchain development, including Zero-Knowledge. Notable CyLab faculty researchers include esteemed Professor Bryan Parno, an important figure in ZK’s history, whose lab has produced widely cited work. Nova paper setand Assistant Professor Riad Wahby, whose discovery resulted in a new encryption technology that realizes the vision of Ethereum Foundation (and the latest is an unconventional route shake zkvm It is operated by the crypto division of Andreessen Horowitz, a16z crypto).
The findings set out in this compiler framework are the result of a second research project resulting from a symbiotic collaboration between Anaxi Labs and CyLab through the CMU Secure Blockchain Initiative. Chiangmai can collaborate and learn from insights gathered from commercial applications of blockchain research led by Anaxi Labs for both Web3 and Web 2.0 applications, helping them find solutions. Commercial issues for the main problems that exist with blockchain. This fails to bridge the gap between the known benefits of blockchain technology. and wide acceptance It also serves as a starting point for CMU students to step into Web3 careers.
“Anaxi Labs’ partnership with CyLab enhances CMU researchers’ ability to work on projects that have direct real-world applications. This ensures that their work is practically relevant and has the potential to make an impact,” said Michael Lisanti, Senior Director of Partnerships at CyLab.
To learn more about Anaxi Labs: https://www.anaxilabs.com/
To learn more about the latest work by Anaxi Labs and CyLab: https://www.cylab.cmu.edu/
To learn more about CyLab’s partnership with Anaxi Labs: https://www.cylab.cmu.edu/news/2024/07/17-anaxi-labs-strategic-partner.html
About Anasi Labs
Anasi Labs It is a new type of research and development laboratory that bridges the world of advanced academic theory and wide application. They are dedicated to producing original, cutting-edge research. Building an enterprise-grade, secure, and scalable decentralized infrastructure. and accelerate the emergence of the next generation of decentralized applications powered by cryptography.
Anaxi Labs works with the world’s leading experts in cryptographic research and world-class engineers with experience building and operating household products used by hundreds of millions of people. They are industry partners of leading academic institutions in the field of coding such as Carnegie Mellon University- They are committed to changing the future of the internet by unlocking the power of what science can do for people, society and the planet.
website: https://www.anaxilabs.com/
About Zylab
of Carnegie Mellon University Silab It is a university security and privacy research institute. It brings together experts from all schools across the university. Covers the field of engineering computer science Public Policy, Information Systems, Business, Financial Information Risk Management, Humanities and Social Sciences Our mission is to stimulate, support, promote, and strengthen collaborative security and privacy research and education across departments, disciplines, and geographic boundaries to achieve meaningful impact on research, education, and public policy. and guidelines
website: https://www.cylab.cmu.edu/
Contact PRDaisy Leungdaisy@11.international
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