Definitive Guide To Cybersecurity Design And Architecture

Building Resilient Systems: The Definitive Guide to Cybersecurity Design and Architecture

What you'll learn

Understand core principles such as Zero Trust, defense-in-depth, and secure-by-design.

Explore the fundamentals of secure system architecture and lifecycle management.

Create network architectures that incorporate segmentation, firewalls, and intrusion prevention systems.

Implement secure communication protocols and advanced encryption methods.

Design robust IAM solutions using principles such as least privilege and just-in-time access.

Use micro-segmentation, behavioral monitoring, and threat intelligence in architectures.

Design systems that adapt to evolving threats with built-in resilience.

Use frameworks like NIST CSF, ISO 27001, TOGAF, and MITRE ATT&CK to guide design processes.

Identify, evaluate, and mitigate risks in cybersecurity design.

Participate in case studies, simulations, and interactive projects to reinforce learning.

Requirements

Familiarity with fundamental cybersecurity principles, such as confidentiality, integrity, and availability (CIA triad).

Awareness of common cyber threats, such as malware, phishing, and DDoS attacks.

Understanding of operating systems, protocols (e.g., TCP/IP, HTTP), and database basics is helpful but not mandatory.

Prior experience in IT, system administration, or cybersecurity roles will enhance comprehension.

Roles like SOC analyst, IT manager, or network administrator are a plus.

A strong interest in understanding and applying cybersecurity architecture principles.

A technical or STEM-related background (e.g., computer science, information systems, engineering) is helpful but not mandatory.

Description

In an increasingly complex digital landscape, robust cybersecurity design and architecture are essential for protecting organizational assets, maintaining compliance, and ensuring operational resilience. This course, "Definitive Guide to Cybersecurity Design and Architecture," provides a comprehensive framework for designing secure, scalable, and resilient systems tailored to modern threats and challenges.Participants will explore key principles of cybersecurity architecture, including Zero Trust models, defense-in-depth strategies, and secure system lifecycle management. The course delves into practical approaches to designing secure networks, applications, and cloud infrastructures while integrating risk management and compliance considerations.Through interactive lessons, case studies, and hands-on exercises, learners will gain the knowledge and tools to craft cybersecurity architectures that align with organizational goals and adapt to evolving cyber threats. Whether you're an IT professional, architect, or security leader, this course equips you to build and manage systems that defend against today's most sophisticated adversaries.Key Learning Outcomes:Master the principles and methodologies of cybersecurity design and architecture.Design secure and scalable architectures for networks, applications, and cloud infrastructures.Implement advanced models such as Zero Trust, defense-in-depth, and secure-by-design.Leverage industry frameworks like NIST, ISO 27001, for architectural planning.Secure systems throughout their lifecycle, from development to deployment and beyond.Understand how to integrate risk management, business continuity, and compliance requirements into cybersecurity design.Gain practical experience with real-world scenarios, case studies, and tools.Stay ahead of emerging cyber threats by designing adaptable and future-ready systems.Why This Course is for You:Whether you’re an experienced professional or just starting in cybersecurity, this course provides a structured pathway to mastering the design and architecture of secure systems. It bridges technical knowledge with strategic insights, enabling you to protect your organization from modern threats while building a resilient and scalable security posture.

Overview

Section 1: Course Introduction

Lecture 1 Understand the Role of Cybersecurity and Information Assurance

Lecture 2 Understand the Governance, Risk, Compliance Function (GRC)

Lecture 3 About Trainer

Lecture 4 How to Get the Most Out of this Training!

Section 2: Network Security Operational Excellence

Lecture 5 Understand Typical Network Architecture

Lecture 6 Understanding Enterprise Architecture

Lecture 7 Understand Security Control Concept

Lecture 8 Example of Security Controls

Lecture 9 Control Objective

Lecture 10 Layered Defences - Defence in Depth

Lecture 11 Zero Trust Design

Section 3: General Design Best Practices and Considerations

Lecture 12 Operational Security Requirements and Best Practices

Lecture 13 Network Security Operation Best Practices

Lecture 14 Network Security Management Policies

Lecture 15 System Security Best Practices and Policies

Section 4: Security Controls

Lecture 16 Firewalls

Lecture 17 IDS & IPS

Lecture 18 Understand DDoS and Anti-DDoS

Lecture 19 Security Sandboxes

Lecture 20 Web Application Firewalls

Lecture 21 Understand Data Decryption and SSL-Offloaders

Lecture 22 Data Center Design

Section 5: Vendor Management and Acquiring New Solution

Lecture 23 Process of Acquiring New Solution

Lecture 24 Understanding Project Management

Lecture 25 Understanding RACI Matrix

Lecture 26 Tender Process, RFP, RFI, RFQ and Bidding Stages

Lecture 27 Management Buy In and Feasibility Analysis

Lecture 28 Understand Capex, Opex, ROI, ROSI

Section 6: Data Security Operational Excellence

Lecture 29 Understanding Identity Access Management

Lecture 30 Understand Asset Management

Lecture 31 Asset Management Best Practices

Lecture 32 What is Log Management?

Lecture 33 Log Management Best Practices

Lecture 34 Data Security and Encryption Best Practices

Lecture 35 Data Classification and Related Tools

Lecture 36 Data Leakage Prevention

Lecture 37 Information Right Management - DRM

Lecture 38 Security Best Practices for Endpoint Security

Section 7: Regulatory and Security Standards Landscape

Lecture 39 ISO 27001:2022 - ISMS

Lecture 40 NIST SP 800-53

Lecture 41 DORA - Digital Operational Resiliency Act

Lecture 42 PCI - DSS

Lecture 43 Privacy Concept and Related Regulations

Lecture 44 Gap Analysis - The First Step to Regulatory Compliance

Section 8: Operation Management Excellence

Lecture 45 Performance Management and Operational Excellence

Lecture 46 Routine Data Backup

Lecture 47 Configuration Management

Lecture 48 Patch Management

Lecture 49 Software Security Testing Methods

Lecture 50 Best Practices in Selecting, Designing Security Controls

Cybersecurity Professionals,IT and Network Professionals,Security Leaders and Decision-Makers,Architects and Developers,Cloud and Digital Transformation Specialists,Consultants and Advisors