While the Internet and the Web offer many benefits, they also create opportunities for criminal activity. Many individuals and companies face significant challenges in safeguarding their information and networks against potential attacks and hacks. To address this issue, the British Academy for Training and Development has established the Cybersecurity Course. This course teaches you about Internet security, as information security impacts all of us in our daily lives, whether at home or at work. By enrolling in this course, you will learn how to avoid the dangers of the Internet, equipping you with the knowledge needed to make informed decisions.

Who should attend? 

• People who work online
• Internet, telecommunications and local network companies
• People who have an interest in learning more about how to identify cyber threats and prevent potential attacks.
• Those interested in this field.

How attendees will benefit? 

After completion of the course, delegates will be able to: 

• Knowledge of the basics of managing and protecting networks and systems.
• Learn ways to detect threats and counteract cyber-attacks.
• Develop effective solutions to prevent cyber attacks.
• Analyze the risks and impacts of data breaches.
• Get a complete picture of the basics of securing information such as confidentiality, integrity, availability, etc.
• The ability to become familiar with the basic concepts of cryptography.

• Knowledge of the basics of managing and protecting networks and systems.
• Ways to detect threats and confront expected cyber attacks.
• Developing effective solutions to prevent electronic attacks.
• Analyze the risks and impacts of data breaches.
• Creating a complete picture of the basics of information security, such as confidentiality, integrity, availability, etc.
• Basic concepts of cryptography.
• The Internet: its importance, disadvantages, and advantages.
• Concepts and problems of Internet protection.
• Online privacy.
• What is the value of our personal data to companies?
• What is cyber security?
• Elements and types of cybersecurity.
• The importance of cybersecurity.
• The difference between cybersecurity and information security.
• What does the term cybersecurity apply to?
• The size of the cyber threat.
• Types of cyber threats.
• Cyber crimes.
• Some areas of cyber threats.
• Social engineering.
• Threats Persistent Advanced.
• Malware and spyware.
• How to achieve cybersecurity.
• How can you easily find out what information is available about you on the Internet?
• The special beliefs and practices that lead to giving our data to the internet.
• Payment safety.
• How online are payments?
• How can our money be kept safe?
• All the different payment methods, whether cash, credit cards, checks or Bitcoin, range between security and convenience.
• The ever-evolving race between payment fraud and the security measures needed to prevent fraud.
• Basics of information security.
• Smart card security.
• Protecting the security of private accounts from hacking.
• Security analysis and risk assessment techniques.
• Using artificial intelligence and machine learning techniques in cybersecurity.
• Using log analysis and attack analysis techniques.
• Application security analysis and risk assessment related to web and mobile applications.
• Develop and experiment with secure software development techniques.
• Use best practices in application security.
• Protection from malicious programs, hacking, and confronting risks.
• Information security in electronic transactions.
• How autonomous devices can be abused in our homes and cars.
• What can we do to understand and respond to risks and threats?
• Means of protecting systems, networks and programs from digital attacks.
• Network security assessment, infrastructure design and protection.
• Use techniques to discover vulnerabilities and protect against network attacks.
• Wireless network security and secure communication techniques.
• Advanced encryption and data security technologies.
• Communications security and data protection in transit.
• Digital signature and information security.
• Electronic risk analysis.
• Practical examples and applications.