Cybersecurity & Telecom Security

Explore our comprehensive Cybersecurity & Telecom Security training programs in Courses for Government, Regulatory & Public Sector Technology Programs.

Telecom Network Security Fundamentals (RAN, Core, IP, Cloud)

Modern telecom networks—spanning RAN, Core, IP transport, and cloud-native infrastructure—form part of a nation’s critical information infrastructure. The convergence of 5G, virtualization, cloud, and software-defined networks has expanded the attack surface, introducing new cybersecurity risks alongside traditional telecom threats. This course provides a comprehensive foundation in telecom network security, focusing on threat models, vulnerabilities, security architectures, and defensive controls across RAN, Core, IP, and Cloud layers. It is designed to help participants understand risks, assess security posture, and support secure operations and regulatory oversight.

5 Days

Telecom Fraud, Identity Abuse & Financial Crime Prevention

Telecom networks are increasingly targeted by subscription fraud, SIM abuse, identity theft, interconnect fraud, and other financial crimes, which can result in revenue loss, reputational damage, and regulatory penalties. This course provides a comprehensive understanding of telecom fraud mechanisms, identity abuse scenarios, and financial crime risks, along with strategies, frameworks, and AI-driven prevention techniques. Participants will learn how to detect, investigate, and mitigate fraud while ensuring compliance with regulatory and financial standards.

5 Days

Lawful Interception (LI), Monitoring & Compliance Frameworks

Lawful Interception (LI) is a critical regulatory and security function enabling authorized monitoring of telecommunications for law enforcement, national security, and public safety purposes. With evolving IP, 4G/5G, and cloud-based networks, implementing LI securely and compliantly has become complex. This course provides a comprehensive understanding of LI, monitoring strategies, and compliance frameworks, covering legal, technical, and operational perspectives. Participants will learn how to design, deploy, audit, and govern LI systems in modern telecom networks while ensuring regulatory compliance and privacy safeguards.

5 Days

Incident Response, Forensics & Crisis Management for Telecom Networks

Telecom networks are critical national infrastructure supporting communication, public safety, and government operations. Security incidents—ranging from cyberattacks to network outages—can have severe operational, financial, and reputational impacts. This course provides a comprehensive framework for incident response, digital forensics, and crisis management in telecom networks. Participants will learn how to detect, investigate, contain, and recover from incidents, while ensuring regulatory compliance and operational continuity. The course combines policy, technical, and operational perspectives with scenario-based labs.

5 Days

Cybersecurity for Telecom Regulators & Government Agencies

Telecom networks form the backbone of national critical infrastructure, supporting everything from communications to emergency services. Regulators and government agencies must ensure these networks are resilient, secure, and compliant with national and international cybersecurity standards. This course provides regulatory and strategic professionals with a strong understanding of cybersecurity principles in the telecom context. Participants will learn about threat landscapes, risk management, policy frameworks, compliance standards, incident response, and operational oversight. The course blends conceptual understanding with scenario-based labs to help authorities make informed decisions and guide operators toward secure operations.

5 Days

AI-Driven Threat Detection & Security Analytics

Course Overview Telecom networks generate massive operational and security data across RAN, Core, IP, cloud, and OSS/BSS systems. Traditional security monitoring cannot handle this scale or detect sophisticated attacks in real time. AI-driven threat detection and security analytics enable proactive monitoring, anomaly detection, and predictive incident response. This course provides a comprehensive understanding of AI-powered security analytics, covering threat intelligence, anomaly detection, predictive security, operational dashboards, and governance considerations. Participants will learn to leverage AI to detect, analyze, and mitigate threats while ensuring transparency and compliance.

5 Days

5G Security Architecture & Threat Landscape

5G introduces a service-based, cloud-native, and highly programmable architecture, enabling use cases such as network slicing, private networks, and massive IoT. While these capabilities bring flexibility and scale, they also expand the attack surface across RAN, Core, transport, and cloud layers. As 5G networks become part of national critical infrastructure, understanding their security architecture and threat landscape is essential for both operators and public sector authorities. This course provides a comprehensive understanding of 5G security, covering 3GPP-defined security frameworks, threat models, vulnerabilities, and mitigation strategies across 5G RAN, Core, slicing, interconnect, and cloud deployments. Participants will gain the ability to assess security posture, support compliance, and guide secure 5G deployment and operations.

5 Days