YoVDO

Death to CIA! Long Live DIE! - How the DIE Triad Helps Us Achieve Resiliency

Offered By: RSA Conference via YouTube

Tags

RSA Conference Courses Cybersecurity Courses Cloud Computing Courses Distributed Systems Courses

Course Description

Overview

Explore the DIE Triad (Distributed, Immutable, Ephemeral) as an alternative to the traditional CIA Triad in this 40-minute conference talk from the RSA Conference. Discover how applying DIE principles can reduce security burdens, enhance resiliency, and move towards antifragility. Learn about new paradigms for the next era of security, changing roles and responsibilities, and methods for measuring and benchmarking resiliency. Examine the application of DIE to data privacy, cloud-native maturity, and design patterns. Gain insights into tackling tough challenges in security, resiliency, and privacy using commonly available tools and design patterns. Prepare for the next era of IT and Security, where irreversible attacks may challenge recovery capabilities.

Syllabus

Intro
New Paradigms for the Next Era of Security
The DIE Triad Changes Roles and Responsibilities
Measuring Resiliency: Pets vs Cattle Curve
Benchmarking Resiliency
Other ways to measure D-I-E: Code Update Timestamps "The security of our products doesn't depend on the secrecy of our source code" - Apple
The distribution Responsibility Model and with cloud native maturity
Applying DIE to Data: Privacy Enhancing Technologies
Old and New Design Patterns: Backup vs iCloud
Summary The next era in IT and Security will manifest more irreversible attacks that challenge and undermine our ability to RECOVER


Taught by

RSA Conference

Related Courses

Computer Security
Stanford University via Coursera
Cryptography II
Stanford University via Coursera
Malicious Software and its Underground Economy: Two Sides to Every Story
University of London International Programmes via Coursera
Building an Information Risk Management Toolkit
University of Washington via Coursera
Introduction to Cybersecurity
National Cybersecurity Institute at Excelsior College via Canvas Network