Networks are a fundamental part of modern digital infrastructure, playing a crucial role in facilitating the exchange of information and services across various sectors. As reliance on advanced networks in the European Union increases, cyber threats have become more sophisticated and complex. These threats include targeted attacks on sensitive networks, which can disrupt systems and compromise critical data and information. To ensure business continuity and safeguard data, institutions and companies must adopt robust network security strategies.

The Defense of European Advanced Networks course, offered by The British Academy for Training and Development, aims to provide participants with the necessary skills and knowledge to secure advanced networks in accordance with European standards. The course covers the latest techniques and methodologies for network protection, as well as strategies for preventing and responding to cyberattacks, with a focus on compliance with European laws and regulations.

Who Should Attend?

• Network engineers and network security specialists.
• IT professionals working in sensitive sectors.
• Cybersecurity managers in large enterprises and institutions.
• Incident response teams.
• Security consultants and cybersecurity experts.
• Professionals responsible for implementing and managing network security policies.

Knowledge and Benefits:

After completing the program, participants will be able to master the following:

• Understand the fundamentals of securing advanced networks in the European Union.
• Identify modern cyber threats targeting advanced networks.
• Learn how to apply security strategies to protect networks from cyberattacks.
• Gain insights into addressing network vulnerabilities and implementing appropriate solutions.
• Understand European laws and standards related to network security.
• Acquire the skills needed to design and implement effective security policies for organizational networks.

• What Are Advanced Networks and Their Importance?

  • Definition of advanced networks and their role in the European digital economy.
  • Key sectors that rely heavily on advanced networks.
  • The impact of advanced networks on operational efficiency.

• The Importance of Securing Networks in the EU

  • The increasing cyber threats facing digital networks.
  • The impact of cyberattacks on the stability of organizations and businesses.
  • EU regulations and directives aimed at protecting networks.

• Legal and Regulatory Framework for Network Security

  • Overview of EU laws such as the GDPR and NIS Directive.
  • Compliance requirements for public and private sector entities.
  • Responsibilities of organizations to comply with these regulations.

• Types of Cyberattacks on Networks

  • DDoS (Distributed Denial of Service) attacks.
  • Exploitation of vulnerabilities in network systems.
  • Malware and ransomware attacks.

• Detecting Cyber Threats

  • Tools and software used for threat detection.
  • Behavioral analytics techniques for identifying suspicious patterns.
  • Methods for collecting network data to analyze potential threats.

• Cyber Threat Prevention Techniques

  • Using firewalls and intrusion detection systems (IDS).
  • Encryption techniques for protecting data in transit.
  • The role of network encryption in ensuring data confidentiality.

• Designing Secure Network Architectures

  • Strategies for designing networks that are resistant to cyberattacks.
  • Using network segmentation to minimize damage from breaches.
  • Implementing Virtual Private Networks (VPNs) for secure connections.

• Authentication and Identity Verification in Networks

  • Multi-factor authentication (MFA) methods for securing networks.
  • The importance of strong passwords and unified password policies.
  • Protecting endpoints from unauthorized access.

• Network Security Policies

  • Developing internal network security policies for organizations.
  • Creating continuous network security assessment processes.
  • Employee training and awareness programs to enforce security policies.

• Common Network Vulnerabilities

  • Vulnerabilities in software and applications that affect networks.
  • Weak configurations in network devices and servers.
  • Insider threats and lateral movement within the network.

• Tools for Network Vulnerability Scanning

  • Vulnerability scanning and penetration testing tools.
  • Patch management and system updates for security.
  • The importance of periodic security audits for network systems.

• Solutions for Addressing Network Vulnerabilities

  • Updating software and strengthening firewall defenses.
  • Implementing automated threat detection systems.
  • Enhancing network protection techniques to defend against attacks.

• Emergency Response Procedures for Advanced Networks

  • Best practices for responding to cyberattacks on networks.
  • Creating an incident response plan for network breaches.
  • Prioritizing actions during a cyberattack to mitigate damage.

• Cyber Incident Investigation and Analysis

  • Techniques for forensic investigation following a cyberattack.
  • Analyzing digital evidence from network attacks.
  • Case studies of large-scale network breach incidents.

• Network Recovery Post-Incident

  • Procedures for restoring data and systems after an attack.
  • Using backup systems and disaster recovery strategies.
  • Evaluating the effectiveness of security measures after incidents.

• Emerging Technologies for Network Security

  • The role of AI, machine learning, and automation in improving network security.
  • How emerging technologies can help detect and mitigate cyber threats.
  • The impact of the Internet of Things (IoT) on network security.

• Cybersecurity Trends in the European Union

  • Evolving network security policies within the EU.
  • Collaboration across EU member states to strengthen network security.
  • The role of European companies in developing new security solutions.

• Preparing for Future Network Threats

  • Predicting future network security risks and trends.
  • The importance of continuous improvement in security strategies.
  • Integrating new technologies into network defense systems.