Professional Diploma In Cyber Security

Become a Cyber Security Expert. "Master the Art of Defending Against Digital Threats". Gain Valuable Skills.

What you'll learn

The principles of cyber security

Cyber Security Fundamentals

Cyber Security Risks and Prevention Mechanisms

Cyber Security Strategy

Cyber Security Policy and Implementation

Cyber Security Ecosystem

Cyber Security Concepts

Cyber Security Theories

The importance of Cyber Security

The Implications of Cyber Security

Cyber Security Risks and Prevention mechanisms

Cyber Security laws

Cyber Security Ethics and Privacy

Cyber Security Framework

Cyber Security Analysis

Cyber Security Essentials

Cyber Security Projects

Cyber Security Stakeholders- their role and importance

Cyber Security Measures

Cyber Security Vulnerabilities

Cyber Security Management

Regular Software Updates and Patch Management

Understanding firewalls and its application in cyber security

Malware and Spyware

Employee Training and Awareness

Access control and least priviledge

Backup and Recovery as a prevention and response strategy

Incidence Response Plan

Net Segmentation as a strategy in Cyber Security

Security monitoring and logging

Vendor Security management

Mobile Device Management

Understanding how Cyber Criminals use Malware

Cryptography and Encryption

2 Factor Authentication

Virtual Private Network

Anti Virus Protection

Software updates

Regular security audits and assessments

Cyber Security Research

Theoretical Underpinnings of Cyber Security

Conceptual Underpinnings of Cyber Security

Regulatory Compliance in Cyber Security

Cyber Security Paradigm

Cyber Security perspectives

Cyber Security ideologies

Cyber security philosophies

Cyber security policies

Cyber Security Threats

Cyber Security Tools

Cause, Consequences of cyber insecurity and preventive mechanisms

Cyber security ecosystems

Cyber security attacks and solutions

Implications of cyber security

Cyber security initiatives

Cyber security roles

Rich picture of cyber security

Causal diagram of cyber security

Cyber security objectives

Cyber security plan of action

Cyber security guidelines

Cyber security investments

The future of cyber security

New Developments in cyber security

Cyber security supply chain

The use of Artificial Intelligence in Cyber security

The use of machine learning in Cyber security

Understanding the mind, psychology and operations of a cyber criminal

Operationalisation of cyber criminality

Hacking simulations

Conducting Cyber criminality investigations

Snippets and pictograms depicting cyber security, criminal activities, intervention and response strategies

Cyber security technology

Cyber Bullying and Harassments and strategies to prevent/mitigate

Latest discoveries and innovations in cyber security

Cyber Security softwares and hardwares

Cyber security dynamics

Cyber security environment - (landscape)

Dimensions of Cyber security

Cyber Security Algorithm

Cyber Security Ethical considerations

Manifestation of cyber security

Cyber security plan of action

Cyber security resources

Cyber security alert

Types of Cyber Attacks

Cyber Threat Landscape

Network Security Fundamentals

Web Application Security

Cloud Security

Mobile Security

IoT Security

Social Engineering and Phishing

Incidence Response and Management

Cryptographic Principles

Cyber Security Compliance and Regulation

Cyber Security Risk Assessment

Security Operation and Monitoring

Secure Software Development

Ethical Hacking and Penetration

Cyber Security for Small Businesses

Cyber Security for Remote workforce

Cyber Security for critical infrastructure

Cyber Security for financial institutions

Emerging Trends in cyber security

Cyber Security for Smart Cities

Cyber Security for Healthcare

Cyber Security for Autonomous Vehicles

Cyber Security for the Supply Chain

Cyber Security for AI and Machine Learning

Cyber Security for 5G Networks

Cyber Security for Industrial Control Systems

Cyber Security for Blockchain and Cryptocurrency

Cyber Security for Virtualization and Containerization

Cyber Security for Quantum Computing

Cyber Security for Election systems

Cyber Security for Wearable Technology

Cyber Security for Artificial Intelligence Ethics

Cyber security for space systems

Cyber security for DevOps

Cyber Security for Aviation and Aerospace

Cyber security for Smart Grids

Cyber Security for Biometric Authentication

Cyber Security for Augmented Reality and Virtual Reality

Cyber Security for Quantum Internet

Requirements

No Requirements or Prerequisites

Description

Become a Cyber Security ExpertOverview:The "Become a Cyber Security Expert" course is a comprehensive and in-depth program designed to equip individuals with the knowledge, practical skills, and industry insights necessary to thrive in the dynamic field of cybersecurity. This course provides a holistic understanding of cybersecurity, covering essential topics such as cyber threats, risk management, network security, cryptography, and ethical hacking. With a focus on practical application and real-world scenarios, the course aims to prepare participants for the challenges and opportunities within the cybersecurity landscape.Curriculum Highlights:- Foundational Concepts: The course begins with an exploration of foundational concepts in cybersecurity, including the principles of information security, threat intelligence, and security governance. Participants will gain a solid understanding of the core principles that underpin effective cybersecurity strategies.- Technical Proficiency: Participants will delve into technical aspects of cybersecurity, including network security, penetration testing, incident response, and secure coding practices. The course emphasizes hands-on learning, allowing individuals to develop practical skills in identifying vulnerabilities, securing networks, and responding to cyber incidents.- Cyber Threat Landscape: Understanding the evolving cyber threat landscape is crucial for cybersecurity professionals. The course provides insights into current cyber trends, emerging threats, and the impact of technological advancements on cybersecurity practices.- Compliance and Regulations: Participants will explore the regulatory landscape governing cybersecurity, including compliance frameworks such as GDPR, HIPAA, and PCI DSS. Understanding regulatory requirements is essential for implementing effective security measures within organizations.- Security Tools and Technologies: The course introduces participants to a range of security tools and technologies commonly used in the cybersecurity industry. From intrusion detection systems to threat intelligence platforms, participants will gain exposure to the tools that are instrumental in safeguarding digital assets.- Ethical Considerations: Ethical considerations and best practices in cybersecurity are integral to the course curriculum. Participants will engage in discussions on ethical hacking, responsible disclosure, and the ethical dilemmas faced by cybersecurity professionals.Skills and Certifications:Upon completion of the course, participants will have developed a diverse skill set that includes threat analysis, risk assessment, security policy development, and incident handling. The course also prepares individuals for industry-recognized certifications such as Certified Information Systems Security Professional (CISSP), Certified Ethical Hacker (CEH), and CompTIA Security+.Career Paths and Opportunities:Graduates of the "Become a Cyber Security Expert" course can pursue various career paths within the cybersecurity domain, including roles such as cybersecurity analyst, security consultant, network security engineer, and chief information security officer (CISO). The course provides insights into the diverse opportunities available within the cybersecurity industry, highlighting the potential for career advancement and specialization.Industry Projects and Practical Application:One of the key features of the course is the integration of industry projects and practical exercises. Participants will have the opportunity to apply their knowledge in real-world scenarios, working on simulated cybersecurity challenges and scenarios that mirror the complexities of the industry. This hands-on approach fosters a deep understanding of cybersecurity practices and prepares individuals for the demands of the profession.Cybersecurity Specializations and Advanced Training:The course offers pathways for participants to specialize in areas such as cloud security, digital forensics, secure software development, and security architecture. Participants will gain insights into advanced training programs and specialized certifications that can further enhance their expertise in specific domains within cybersecurity.Global Demand for Cybersecurity Professionals:The course addresses the global demand for cybersecurity professionals, highlighting the critical role of cybersecurity in safeguarding digital assets, privacy, and critical infrastructure. Participants will gain an understanding of the increasing reliance on digital technologies and the corresponding need for skilled cybersecurity professionals across industries.Soft Skills and Professional Development:In addition to technical competencies, the course emphasizes the development of soft skills essential for success in the cybersecurity industry. Effective communication, problem-solving, and the ability to collaborate with multidisciplinary teams are integral to the professional development of cybersecurity experts.Entry into Cybersecurity:For individuals looking to transition into cybersecurity from other fields, the course provides guidance on building a foundation in information technology and cybersecurity fundamentals. It offers a structured pathway for career changers to acquire the necessary skills and knowledge to enter the cybersecurity domain.Value of Cybersecurity Expertise:The course underscores the value of cybersecurity expertise in today's digital landscape, emphasizing the importance of proactive security measures in mitigating cyber threats. Participants will gain an appreciation for the societal impact of cybersecurity professionals and the role they play in protecting individuals, organizations, and nations from cyber risks.In conclusion, the "Become a Cyber Security Expert" course offers a comprehensive and immersive learning experience for individuals aspiring to excel in the cybersecurity industry. With a focus on practical application, industry relevance, and career pathways, the course equips participants with the tools and knowledge needed to thrive in the rapidly evolving field of cybersecurity.

Overview

Section 1: Introduction

Lecture 1 Introduction

Lecture 2 Introduction

Lecture 3 Cyber Security Fundamentals

Lecture 4 Cyber Security Principles

Lecture 5 Cyber Security Concepts

Lecture 6 Cyber Security Theories

Lecture 7 Cyber Security Terminologies and Definitions

Lecture 8 Cyber Security Paradigms

Lecture 9 Cyber Security Philosophies

Lecture 10 Cyber Security Ideologies

Lecture 11 Cyber Security Perspectives

Lecture 12 The Importance of Cyber Security

Lecture 13 Implications of Cyber Security

Section 2: Cyber Security Ecosystem

Lecture 14 Cyber Security as an Ecosystem

Lecture 15 How the Cyber Security Ecosystem Works

Lecture 16 Cyber Security Risks, Vulnerabilities, Capacity and Preparedness Assessment

Lecture 17 Types of Risks in the Cyber Ecosystem

Lecture 18 Malware

Lecture 19 Spyware

Section 3: Understanding Cyber Security - An Critical Overview

Lecture 20 A critical overview of cyber security

Lecture 21 A holistic view of cyber security

Section 4: Causes, Consequence and prevention of Cyber criminality

Lecture 22 Causes, Consequences and prevention of Cyber Criminality

Section 5: Cyber Security Tools, functions, and implications

Lecture 23 Cyber Security Tools, functions and implications

Section 6: Cyber Security Analysis

Lecture 24 Cyber Security Analysis

Section 7: Cyber Security Policy

Lecture 25 Cyber Seurity Policy

Section 8: Cyber Security Essentials

Lecture 26 Cyber Security Essentials

Section 9: Operationalization and Conceptualization of Cyber Security

Lecture 27 Cyber Security Operationalisation

Lecture 28 Cyber Security Conceptualisation

Section 10: Stakeholder Analysis in Cyber Security

Lecture 29 The Various Stakeholders in the Cyber Ecosystem

Lecture 30 The role and importance of the stakeholders

Section 11: The Cyber Security Landscape (environment)

Lecture 31 The cyber security environment

Section 12: Cyber Security Interventions

Lecture 32 Intervention Strategies to deal with Cyber Threats

Lecture 33 Cryptography and Encryption

Section 13: Protecting your Digital Assets

Lecture 34 Cyber Security Strategy

Section 14: Cyber Threat Landscape

Lecture 35 Landscape of Cyber Threat

Lecture 36 Common Types of Cyber Threat and their Impact

Section 15: Network Security Fundamentals

Lecture 37 Essential Principles of Securing Networks

Lecture 38 Firewalls

Lecture 39 Intrusion Detection Systems

Lecture 40 VPNs

Section 16: Web Application Security

Lecture 41 Best Practices for Securing Web Applications

Lecture 42 Common Vulnerabilities and Mitigation Strategies

Section 17: Cloud Security

Lecture 43 Unique challenges of Cloud Security

Lecture 44 Solutions for securing data and applications in cloud environments

Section 18: Mobile Security

Lecture 45 Specific Security Considerations for Mobile Devices

Lecture 46 Specific security considerations for mobile applications and mobile devices

Lecture 47 Mobile Device management

Lecture 48 Secure App Development

Section 19: IoT Security

Lecture 49 IoT Security Challenges

Lecture 50 IoT Associated Risks

Lecture 51 How to Mitigate IoT Associated Risks

Section 20: Social Engineering and Phishing

Lecture 52 Social Engineering Attacks

Lecture 53 Phishing

Lecture 54 Effective Strategies for recognizing and preventing phishing attempts

Lecture 55 The Psychology behind Social Engineering Attacks

Section 21: Incidence Response and Management

Lecture 56 Essential steps for responding to cyber security incidents

Lecture 57 Essential steps for managing cyber securing incidents

Lecture 58 Best practices for responding to cyber security incidents

Lecture 59 Best practices for managing cyber security incidents

Section 22: Cryptographic Principles

Lecture 60 The fundamental principles of Cryptography

Lecture 61 Fundamental principles of Encryption

Lecture 62 Fundamental principles of Algorithms

Lecture 63 Fundamental principles of Digital Signatures

Lecture 64 Fundamental principles of Key management

Section 23: Cyber Security Compliance and Regulations

Lecture 65 Cyber Security Compliance Standards that organisations must adhere to

Lecture 66 Cyber Security Regulation Standards that organisations must adhere to

Lecture 67 GDPR

Lecture 68 HIPAA

Lecture 69 PCI DSS

Section 24: Cyber Security Risk Assessment

Lecture 70 The process of identifying cyber security risks

Lecture 71 Assessing Cyber Security Risks

Lecture 72 Mitigating Cyber Security Risks

Section 25: Security Operations and Monitoring

Lecture 73 The principles of secure software development

Lecture 74 The integration of security into software development lifecycle

Section 26: Ethical Hacking and Penetration Testing

Lecture 75 Ethical Hacking

Lecture 76 The role of Ethical Hacking

Lecture 77 The role of penetration testing

Lecture 78 Identifying and Addressing vulnerabilities

Section 27: Cyber Security for Small Businesses

Lecture 79 Tailored Cyber Security Strategies for small businesses

Lecture 80 Best cyber security best practices for small businesses

Lecture 81 Tailored Cyber security strategies for businesses with limited resources

Lecture 82 Best cyber security practices for businesses with limited resources

Section 28: Cyber Security for Remote Workforce

Lecture 83 Unique security challenges for organisations with remote/distributed workforce

Lecture 84 Unique solutions for organisations with remote or distributed workforces

Section 29: Cyber Security for Critical Infrastructure

Lecture 85 Specific security considerations for protecting critical infrastructure:

Lecture 86 Critical infrastructure: Energy, transportation and healthcare systems

Section 30: Cyber Security for financial institutions

Lecture 87 Unique cyber security challenges faced by financial institutions

Lecture 88 Cyber Security Regulatory requirements that must be met by financial institution

Section 31: Emerging trends for cyber security

Lecture 89 Latest Trends and Advancements in Cyber Security

Lecture 90 Latest Trends in AI-Driven security

Lecture 91 Latest trends in zero-trust architecture

Lecture 92 Latest trends in quantum-safe cryptography

Lecture 93 Latest trends in cyber security software and hardware

Section 32: Cyber Security for Smart Cities

Lecture 94 Security implications of interconnected IoT devices in urban environments

Lecture 95 Strategies for securing smart city infrastructure

Section 33: Cyber Security for Healthcare

Lecture 96 Unique challenges of securing sensitive patient data in the healthcare industry

Lecture 97 Unique challenges of securing sensitive medical devices in healthcare Industry

Section 34: Cyber security for autonomous vehicle

Lecture 98 Security considerations for autonomous and connected vehicles

Lecture 99 Cyber Threats for autonomous and connected vehicles

Lecture 100 Cyber protective measures for autonomous and connected vehicles

Section 35: Cyber Security for the Supply Chain

Lecture 101 Importance of securing the supply chain against cyber attacks

Lecture 102 The impact of supply chain breaches on the organisation

Section 36: Cyber Security for AI and Machine Learning

Lecture 103 Security challenges related to the use of AI in cyber security

Lecture 104 Ethical considerations related to the use of AI in cyber security

Lecture 105 Security challenges related to the use of machine learning in cyber security

Lecture 106 Ethical considerations relating to the use of machine learning in cyber security

Section 37: Cyber security for 5G Networks

Lecture 107 Cyber Security Implications of 5G Networks

Lecture 108 Measures needed to protect against emerging threats in the era of 5Gconnectivity

Section 38: Cyber security for industrial control systems (ICS)

Lecture 109 Unique cyber security considerations for protecting industrial control systems

Lecture 110 Unique cyber security considerations in critical infrastructures

Lecture 111 Unique cyber security considerations in manufacturing environments

Section 39: Cyber security for blockchain and cryptocurrency

Lecture 112 Blockchain networks

Lecture 113 Cryptocurrency transactions

Lecture 114 Security challenges for securing blockchain networks

Lecture 115 Security challenges for securing cryptocurrency transactions

Lecture 116 Best practices for securing blockchain networks

Lecture 117 Best practices for securing Cryptocurrency transactions

Section 40: Cyber Security Virtualization and Containerization

Lecture 118 Security considerations for virtualized environments

Lecture 119 Security considerations for containerized applications

Lecture 120 Hypervisor security

Lecture 121 Container Isolation

Lecture 122 Security considerations for Hypervisor Security

Lecture 123 Security considerations for Container Isolation

Section 41: Cyber security for Quantum Computing

Lecture 124 Potential Impact of Quantum Computing on current encryption methods

Lecture 125 Strategies for preparing for the era of quantum-safe cryptography

Section 42: Cyber security for election systems

Lecture 126 Cyber Security challenges for securing election systems

Lecture 127 Cyber security best practices for security election systems

Lecture 128 Cyber security strategies for protecting against cyber threats to democracy

Section 43: Cyber security for wearable technology

Lecture 129 Wearable Technology

Lecture 130 Cyber Security challenges of Wearable technology

Lecture 131 Cyber security implications of wearable devices

Lecture 132 Cyber security privacy concerns for wearable devices personal data collection

Section 44: Cyber security for artificial intelligence ethics

Lecture 133 Ethical considerations in AI driven cyber security solutions and decision making

Lecture 134 Potential Biases in AI-driven cyber security solutions and decision-making

Section 45: Cyber security for space systems

Lecture 135 Unique challenges of securing satellite communication systems from cyber threat

Lecture 136 Unique challenges of securing space-based assets against cyber threats

Section 46: Cyber security for DevOps

Lecture 137 Integration of security practices into the DevOps workflow

Lecture 138 The role of DevSecOps in ensuring secure software delivery

Section 47: Cyber Security for Aviation and Aerospace

Lecture 139 Security considerations for aviation

Lecture 140 Security considerations for aerospace

Lecture 141 Cyber security for aircraft communication and navigation systems

Section 48: Cyber security for Smart Grids

Lecture 142 Security challenges for securing smart grid infrastructure in the energy sector

Lecture 143 Resilience strategies for securing smart grid infrastructure in the energysector

Section 49: Cyber Security for Biometric Authentication

Lecture 144 Security implications of biometric authentication methods

Lecture 145 Privacy implications of biometric authentication methods

Lecture 146 Potential Vulnerabilities associated with biometric data

Section 50: Cyber Security for Augmented Reality and Virtual Reality

Lecture 147 Security considerations for AR/VR technologies

Lecture 148 Potential Privacy risks associated with immersive experiences

Section 51: Cyber Security for Quantum Internet

Lecture 149 Security challenges presented by the development of a quantum internet

Lecture 150 Security challenges presented by developing quantum communication protocol

Lecture 151 Security opportunities presented by the development of a quantum internet

Lecture 152 Security Opportunities presented by developing quantum communication protocol

Section 52: Summary, Conclusion and Recommendation

Lecture 153 Summary, Conclusion, and Recommendation

This course is for everyone passionate about Cyber Security