Today, healthcare data is more important than ever – and so is keeping patient privacy intact. How do we solve the conflict between the need for better predictions, insights, and analysis on the wealth of Real-World healthcare data and the need to keep patient data private? In this brief talk, Dr. Alon Kaufman, CEO and co-founder of Duality Technologies, dives into how Privacy Enhancing Technologies (PETs) are allowing companies to use Real-World Evidence (RWE) to produce better treatments and prevention tactics.
In this Osterman Research supported webinar, Michael Sampson, Senior Analyst at Osterman Research, leads a discussion with Duality’s Vice President of Strategy, Ronen Cohen, and Head of the FFIS, Nick J. Maxwell on how their roles are helping financial institutions navigating the path to successfully leveraging regulations and technology to improve data sharing.
Join Marcelo Blatt, VP Data Science and Ronen Cohen VP of Strategy, at Duality for a first hand walk through of a real world business scenario that expertly combines cryptography and data science to perform queries and statistical analysis on large, disparate datasets, all under the veil of encryption.
Join Duality CEO and Co-founder, Dr. Alon Kaufman, to discuss the role that science is taking in privacy enabled data collaboration, the varied PETs that organizations are leaning on, and how to unleash the value of your sensitive data by adopting a privacy enhanced data collaboration strategy.
In this hands-on technical webinar, you will navigate the data sharing landscape and drive alongside two of our most experienced solution architects to understand how they initiate a Duality PoC and the challenges that they commonly uncover.
In today’s fragmented data sharing landscape, which is riddled with policy and regulations, it’s time to empower organizations to extract value from their data, capitalize on the insights it drives, and evolve their overall data collaboration ability all while protecting the most sensitive information contained within their data.
As our global data footprint continues to grow, so does the need for adopting technologies that enable you to initiate privacy preserving analytics that drive value and actionable outcomes.
This webinar will explore the collaborative approach, which can future-proof banks’ fraud detection. Thanks to Privacy-Enhancing Technologies (PETs), the privacy of the data is maintained, eliminating competitive and regulatory concerns.
For this fireside chat, we invited privacy and compliance experts across law firms, leading banks and the FFIS think tank to discuss the business potential and regulatory challenges associated with cross-border data transfers, and present emerging technology solutions that can help institutions mitigate compliance risks.
In this fireside chat, we present pioneering information sharing projects that leverage PETs and discuss pertinent GDPR obligations that institutions have to take into consideration.
Yuriy Polyakov, PALISADE co-founder and project lead, describes best practices for building efficient homomorphic encryption solutions based on approximate homomorphic encryption. These guidelines are applied to the problem of building efficient privacy-preserving Genome-Wide Association Studies (GWAS).
PALISADE Webinar #7A-Secure Large-Scale Genome-Wide Association Studies using Homomorphic Encryption
Alexander Gusev, assistant professor at Harvard Medical School, introduces the application of homomorphic encryption for privacy-preserving genomic analysis, focusing on the application of PALISADE for Genome-Wide Association Studies (GWAS) workloads used in practice.
Yuriy Polyakov, a PALISADE co-founder and project lead, introduces homomorphic encryption over real numbers using the Cheon-Kim-Kim-Song (CKKS) approximate homomorphic encryption scheme. In this talk we discuss its implementation in PALISADE from the perspective of an application developer and illustrate applications written using the CKKS implementation in PALISADE.
Yuriy Polyakov, a PALISADE co-founder and project lead, introduces multiparty homomorphic encryption and explains how to use it in PALISADE.
This talk by David Bruce Cousins, a PALISADE co-founder and project lead, focuses on sharing FHE Encrypted Data and FHE Keys using serialization in the PALISADE homomorphic encryption library.
Dave Cousins, a PALISADE co-founder and project lead, discusses applications of homomorphic encryption over integers, and presents in detail a private substring search application.
Yuriy Polyakov, a PALISADE co-founder and project lead, explains homomorphic encryption over integers using the Brakerski/Fan-Vercauteren (BFV) and Brakerski-Gentry-Vaikuntanathan (BGV) schemes, and discusses various aspects of their PALISADE implementation from the application developer perspective.
Dave Cousins, a PALISADE co-founder and project lead, refreshes the Boolean logic, presents basic code examples of encrypted Boolean arithmetic in PALISADE, and describes homomorphic encryption of simple and advanced Boolean circuits using the examples included in the PALISADE Encrypted Circuit Emulation repository.