Emerging Technologies & Future Networks

Explore our comprehensive Emerging Technologies & Future Networks training programs in Courses for Government, Regulatory & Public Sector Technology Programs.

Satellite, HAPS & Hybrid Terrestrial–Non-Terrestrial Networks

Satellite communications, High-Altitude Platform Stations (HAPS), and hybrid Terrestrial–Non-Terrestrial Networks (NTN) are emerging as critical components of modern connectivity ecosystems. They play a vital role in rural and remote coverage, disaster recovery, public safety, border connectivity, maritime and aviation services, and future 5G/6G integrated networks. This course provides a holistic understanding of satellite, HAPS, and NTN technologies, their architectures, use cases, and integration with terrestrial telecom networks. It also addresses spectrum policy, regulatory frameworks, security, and national strategy considerations, enabling participants to make informed planning and policy decisions for nationwide connectivity and resilience.

5 Days

Quantum Communications – Concepts & Readiness

Quantum communications leverage quantum mechanics principles to enable ultra-secure information exchange, with technologies such as Quantum Key Distribution (QKD) and quantum-safe cryptography emerging as strategic capabilities for national security, defense, finance, and critical infrastructure. This course provides a non-mathematical, systems-level introduction to quantum communications, focusing on concepts, architectures, security implications, and readiness assessment. Participants will gain insight into how quantum communications may impact existing telecom networks, encryption practices, and national cybersecurity strategies, and how governments and regulators can prepare for future adoption.

5 Days

Metaverse, XR & Future Digital Services

The Metaverse, along with Extended Reality (XR) technologies—Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR)—is emerging as a new digital layer for public services, education, healthcare, governance, training, and citizen engagement. Powered by 5G/6G, edge computing, AI, cloud, and digital twins, these technologies enable immersive, interactive, and data-driven services. This course provides a strategic and practical understanding of metaverse and XR ecosystems, focusing on public-sector and telecom-enabled digital services. Participants will explore technology foundations, service models, policy considerations, and readiness frameworks, enabling informed decisions on future digital service planning and governance.

5 Days

Blockchain Applications in Telecom & Identity Management

Blockchain technology offers tamper-resistant, transparent, and decentralized mechanisms that are increasingly relevant for telecom operations and digital identity ecosystems. In telecom, blockchain can enable secure inter-operator settlements, fraud reduction, roaming management, and supply chain integrity. In the public sector, it supports trusted digital identity, credential verification, and citizen data protection. This course provides a foundational and applied understanding of blockchain concepts, focusing on telecom and identity management use cases, architecture options, governance models, and policy considerations. Participants will explore how blockchain can be safely adopted within regulated environments, supported by hands-on analytical labs and real-world case scenarios.

5 Days

AI + IoT + Telecom for Smart Government Services

The convergence of Artificial Intelligence (AI), Internet of Things (IoT), and Telecom networks (4G/5G/LPWAN/NTN) is enabling a new generation of smart, data-driven government services. From smart cities and intelligent transport to public safety, utilities, healthcare, and environmental monitoring, these technologies allow governments to deliver efficient, predictive, and citizen-centric services. This course provides a holistic understanding of how AI, IoT, and telecom work together, focusing on architecture, deployment models, data pipelines, security, governance, and public-sector use cases. Participants will learn how to plan, evaluate, and govern smart government solutions at scale using realistic scenarios and policy-aligned labs.

5 Days

6G Vision, Use Cases & Policy Considerations

While 5G deployments continue globally, 6G is emerging as the next transformational leap in wireless communications, expected to integrate terrestrial, satellite, AI-native networks, sensing, and digital twins to support societal-scale applications. For governments and regulators, early understanding of 6G vision, spectrum needs, security, sustainability, and policy frameworks is essential to shape national readiness, innovation ecosystems, and global competitiveness. This course provides a holistic overview of 6G, focusing on vision, potential use cases, enabling technologies, and policy considerations. Participants will explore how 6G could impact public services, national infrastructure, regulation, and digital sovereignty, using strategic labs and foresight exercises rather than implementation-level engineering.

5 Days