Credit: Dell Technologies In 2019, in an introductory Dell Technologies blog, we discussed building the first Data Confidence Fabric. The technology has subsequently been re-engineered using the IOTA Streams framework, providing increased security and scalability, to help ensure the data trust that is imperative to organizations today. Modern industries often rely on automated decision-making systems for business-critical functions. At a time of vastly increasing data volumes, the trustworthiness of the data that drives these decisions is difficult to assess. Through Project Alvarium, IOTA Foundation, a non-profit focused on distributed ledger technology and the machine economy, and Dell Technologies, provide a measurable way of evaluating the confidence in data before it is used by an application. The system logs different steps in the journey of each data point, as it travels from an edge or IoT device sensor, to a router, to an edge server, and to the cloud. Each interaction is given a trust rating, a score, according to industry-specific requirements. Importantly, these scores are logged on the IOTA Tangle to ensure integrity and prevent tampering. In an upcoming webinar, we’ll demonstrate Project Alvarium’s ability to measure the trustworthiness of data. The project proves that trust on the edge can be measured. The presence of a Data Confidence Fabric allows for a host of new business opportunities and services. An obvious use case would be any industry that has a high degree of compliance or regulatory demands with fine grained access and revocation controls for sanctioned use, without loss of attribution opportunities. Read more to learn how Dell Technologies and Intel plan to leverage Data Confidence Fabrics in combination with Confidential Computing for privacy-preserving edge deployments. I believe the importance of data transparency is integral to how organizations in every industry move forward. Data confidence is needed to manage data at scale, creating systems of trust in this data so users at all levels understand the terms of use. Project Alvarium will create this transparency and the more companies that integrate it into their processes and systems, the closer we’ll come to a future without data ambiguity. To Learn More IOTA, Dell, Accenture and Intel will discuss and demonstrate Project Alvarium, a simulated Data Confidence Fabric, during a public webinar, followed by a question and answer session on February 24, 2021 at 11:00AM EST. You can register for the webinar here. Explore Edge solutions from Dell Technologies and Intel. Related content brandpost Democratizing HPC with multicloud to accelerate engineering innovations Cloud for HPC is facilitating broader access to high performance computing and accelerating innovations and opportunities for all types of organizations. By Tanya O'Hara Jun 01, 2023 6 mins Multi Cloud brandpost Solving 3 key IT challenges to unlock business innovation Dell and Microsoft are integrating strengths to help organizations unlock innovation with cloud-like agility across on-premises, edge, and cloud environments. By Vikram Belapurkar, Product Marketing, Multicloud, and Software-defined Infrastructure Platforms, Dell Technologies May 23, 2023 4 mins Hybrid Cloud brandpost How to Make the Quantum (Computing) Leap Three steps to start deploying quantum computing applications. By Mike Robillard, Senior Distinguished Engineer, Office of the CTO, Dell Technologies and Victor Fong, Distinguished Engineer, Office of the CTO, Dell Technologies May 08, 2023 7 mins Digital Transformation brandpost 8-10x performance upticks in next-gen infrastructure enable AI workloads New infrastructure solutions from Dell Technologies provide 8-10x improvement in performance metrics, advancing AI development and deployment at speed and scale. By Ihab Tarazi, SVP/Chief Technology Officer, Dell Technologies May 05, 2023 5 mins Artificial Intelligence Podcasts Videos Resources Events SUBSCRIBE TO OUR NEWSLETTER From our editors straight to your inbox Get started by entering your email address below. Please enter a valid email address Subscribe