Data is no longer considered an asset to be protected within teams, but as an asset to be democratized and made available to everyone in the organization in a secure and governed manner. The Data Mesh is an evolving data architecture pattern that helps organizations in breaking down data silos and providing agility to respond to market changes quickly with decentralized data ownership and centralized governance and security.

This talk will provide details and demonstrate how to use Databricks Delta Lake with Unity Catalog to implement and operationalize the Data Mesh Architecture pattern. The demo includes LTI Canvas Alcazar solution which helps accelerate the data mesh implementation with Databricks.

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From airplanes to satellites, through mission systems, the aerospace industry generates a huge amount of data waiting to be exploited. All this information is shaping new concepts and capabilities that will forever change the industry thanks to artificial intelligence: autonomous flight, fault prediction, automatic problem detection or energy efficiency among many others. To achieve this, we face countless challenges, such as the rigorous AI certification and trustworthiness, safety, data integrity and security, which will have to be faced in this exciting Airbus journey: welcome to the aerospace revolution!

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McAfee, a global leader in online protection security enables home users and businesses to stay ahead of fileless attacks, viruses, malware, and other online threats. Learn how McAfee leverages Databricks on AWS to create a centralized data platform as a single source of truth to power customer insights. We will also describe how McAfee uses additional AWS services specifically Kinesis and CloudWatch to provide real time data streaming and monitor and optimize their Databricks on AWS deployment. Finally, we’ll discuss business benefits and lessons learned during McAfee’s petabyte scale migration to Databricks on AWS using Databricks Delta clone technology coupled with network, compute, storage optimizations on AWS.

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Unity Catalog unifies governance and security for Databricks in one place. It can store data classifications and privileges and enforce them.

This talk will go into the details of Unity Catalog and explains the core building blocks in Unity Catalog for Security and Governance. I will also explain how Privacera translates Apache Ranger policies into native policies of Unity Catalogs, audits are collected from Unity Catalog and imported into the centralized Audit Store of Apache Ranger, and Privacera can extend Unity Catalog.

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Interactive, Near Real Time analytics is usually a common requirement for many data teams across different fields.

In the field of web security, interactive analytics allows end users to get real time or historical insights about the state of their protected resource at any point of time and take actions accordingly.

One of the hardest aspects of enabling interactive, near-real-time analytics on a massive scale is a low response time. Scanning hundreds of Terabytes of data over a non-aggregated stream of events (a Delta Lake), and still returning an answer within just a few seconds can be a major challenge.

In this talk we will learn: • How did we build a 5PB Delta Lake of non-aggregated security events • What challenges did we see along the way - reducing delta log scan, improving cache affinity, reducing storage throttling errors etc. • How did we overcome them one by one

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In recent years, latest privacy laws & regulations bring a fundamental shift in the protection of data and privacy, placing new challenges to data applications. To resolve these privacy & security challenges in big data ecosystem without impacting existing applications, several hardware TEE (Trusted Execution Environment) solutions have been proposed for Apache Spark, e.g., PySpark with Scone and Opaque etc. However, to the best of our knowledge, none of them provide full protection to data pipelines in Spark applications. An adversary may still get sensitive information from unprotected components and stages. Furthermore, some of them greatly narrowed supported applications, e.g., only support SparkSQL. In this presentation, we will present a new PPMLA (privacy preserving machine learning and analytics) solution built on top of Apache Spark, BigDL, Occlum and Intel SGX. It ensures all spark components and pipelines are fully protected by Intel SGX, and existing Spark applications written in Scala, Java or Python can be migrated into our platform without any code change. We will demonstrate how to build distributed end-to-end SparkML/SparkSQL workloads with our solution on untrusted cloud environment and share real-world use cases for PPMLA.

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Think for a moment about an ML pipeline that you have created. Was it tedious to write? Did you have to familiarize yourself with technology outside your normal domain? Did you find many bugs? Did you give up with a “good enough” solution? Even simple ML pipelines are tedious. Complex ML pipelines make teams that include Data Engineers and ML Engineers still end up with delays and bugs. Okta’s FIG (Feature Infrastructure Generator) simplifies this with a configuration language for Data Scientists that produces scalable and correct ML pipelines, even highly complex ones. FIG is “just a library” in the sense that you can PIP install it. Once installed, FIG will configure your AWS account, creating ETL jobs, workflows, and ML training and scoring jobs. Data Scientists then use FIG’s configuration language to specify features and model integrations. With a single function call, FIG will run an ML pipeline to generate feature data, train models, and create scoring data. Feature generation is performed in a scalable, efficient, and temporally correct manner. Model training artifacts and scoring are automatically labeled and traced. This greatly simplifies the ML prototyping experience. Once it is time to productionize a model, FIG is able to use the same configuration to coordinate with Okta’s deployment infrastructure to configure production AWS accounts, register build and model artifacts, and setup monitoring. This talk will show a demo of using FIG in the development of Okta’s next generation security infrastructure. The demo includes a walkthrough of the configuration language and how that is translated into AWS during a prototyping session. The demo will also briefly cover how FIG interacts with Okta’s deployment system to make productionization seamless.

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The US Air Force VAULT platform is a cloud-native enterprise data platform designed to provide the Department of the Air Force (DAF) with a robust, interoperable, and secure data environment. The strategic goals of VAULT include:

• Leading Data Culture - Increase data use and literacy to improve efficiency and effectiveness of decisions, readiness, mission operations, and cybersecurity.
• A Catalyst for Sharing Data - Make data Visible, Accessible, Understandable, Linked, and Trusted (VAULT).
• Driving Data Capabilities - Increase access to the right combination of state-of-the-art technologies needed to best utilize data.

To achieve these goals, the VAULT team created a self-service platform to onboard and extract, transform and load data, perform data analytics, machine learning and visualization, and data governance. Supporting over 50 tenants across NIPR and SIPR, adds complexity to maintaining data security while ensuring data can be shared and utilized for analytics. To meet these goals VAULT requires dynamic and granular data access controls to both mitigate data exposure (due to compromised accounts, attackers monitoring a network, and other threats) while empowering users via self-service analytics. Protection of sensitive data is key to enable VAULT to support key use cases such as personal readiness to optimally place Airmen trainees to meet production goals, increase readiness, and match trainees to their preferences.

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