Cyber Security Engineering Specialist®

Cyber Security Engineering Specialist®

3 Days, 1 Professional Certification

This course is well suited to professionals with varied disciplines and positions. Application and Business Security stakeholders, such as cybersecurity architects, engineers, designers, planners, operators and managers as well as professional roles such as project management, sales, finance and compliance, attend CSES®. This course provides a comprehensive understanding of cybersecurity architecture, cryptography and secure communications and the overall design as well a good understanding of web and mobile and the role of cybersecurity. How to leverage engineering in cybersecurity to address the risks associated with the application and data is adequately addressed. It covers the security consideration for the Application Ecosystem

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Description

Course Description

Who should take this course?

Cyber Security Professionals including but not limited to, Security Analyst, Security Engineer, Security Architect, Security Administrator, Security Software Developer, Cryptographer, Cryptanalyst, Security Consultant and also Application Developers, Finance Professionals, Data Center Designers/Engineers, Data Center Planners, Project Managers, Legal & Compliance Professionals, College Students & Graduates and Business Continuity Experts.

what you study

The course provides comprehensive coverage of the Cybersecurity Architecture History & Overview, Cybersecurity Architecture Governance, Reference Security Architecture, Cybersecurity Architecture Strategy, Cybersecurity Architecture Design Document, Cybersecurity Architecture & Operations, Cybersecurity Architecture Practical Designs, Intrusion Detection/Penetration System, Cybersecure Communications, Public Cryptography & Key Infrastructure Certificates, Secure Socket Layer (SSL) & Transport Layer Security (TLS) Protocols, cybersecurity considerations for the 7-layers of the Application Ecosystem, 5G network security, trends in cybersecurity architecture technology and the future of cybersecurity architecture.

Learning Outcomes

Learn how to design cyber security solutions, Learn cyber security best practices to keep the whole system cyber safe, e.g. Application Security, Learn to design and engineer robust cyber security architectures and approaches, e.g. defense in-depth, layered security, security-by-design, resilience-by-design and Learn cyber security principles beyond the CIA Triads.

Recommendations

It is recommended for this course to be taken back-to-back with CSIS® in a 5-day program. This will optimize learning and cost saving.

Course Features

Course Code CSES

Sessions 3

Duraion 3 Days

Track Cloud Engineering

Language English

Public Yes

Virtual Availability Yes

Private Availability Yes

Certificate Yes

Assessment Yes

Syllabus

Day 1

Introduction

Secure by Design Principles

Five Principles for Design of Cybersecurity Systems
Before Designing a system, the Context must be Established
Make it very Difficult for Attackers to Compromise your AE
The Design Must Make AE Downtime Very Difficult to Occur
Being Able to Detect Attacks
Reduce the Impact Should an Attack Occur

Application Security Architecture

The Application Ecosystem
Application Security
Application Architecture
TOGAF Security Architecture Phases
SABSA Secure Application Development
Application Security Architecture Governance
Application Architecture Security Checklist

Operating Systems & Virtualization

Overview
Attacker Model
Operating System Role and its Security Design Considerations

Symmetric Key Ciphers & Wireless LAN Security

Overview
Block Ciphers
The Feistel Function in a DES Operation
Triple DES (3DES)
AES Encryption and why it was Developed
128vs129vs256-Bit AES
Security Challenges with AES
Confidentiality Modes
Stream Cipher
WLAN Security Journey
Wi-Fi Protected Setup (WPS)

Day 2

Hash & Authentication

Overview
Hash Function Properties
Authentication
Hash Function Properties
Hash Function History
Issues with SHA2
Migration to SHA-3
Hash Message Authentication Code (HMAC)
Key Derivation Function (KDF) & Pseudorandom Function (PRF)
Authentication Based Password
Dictionary Attack
Malware Password Cracking Technique
Unix Encrypted Password System
UNIX/LINUX Password Hash
The MD-5 Based Scheme
SSHA Scheme
Automated Password Generator
Online Authentication
One-Time Password (OTP) & Token
SecurID Simple Authentication & Security (SASL)
HMAC-Based One-Time Password (HOTP)
Cryptographic Token Initialization

Data Encryption

Overview
The Need for Data Encryption

Case Study

Mathematical Introduction to Cryptography

Classical Cryptography

Euclidean Algorithm

Modular Arithmetic