Cloud-Native Telecommunications Networks Course

Course Introduction

Cloud-Native Telecommunications Networks Course is designed to equip telecommunications engineers, network architects, cloud specialists, ICT professionals, and digital transformation leaders with the advanced knowledge and practical skills required to design, deploy, manage, and optimize cloud-native telecommunications infrastructures. As communication service providers transition from traditional hardware-centric networks to agile, software-defined, cloud-based architectures, organizations require professionals capable of building scalable, resilient, automated, and secure telecom environments. This course provides comprehensive expertise in cloud-native principles, virtualization technologies, microservices architectures, containerized network functions, orchestration platforms, and modern telecommunications operations.

The telecommunications industry is rapidly evolving with the adoption of 5G standalone networks, Open RAN, software-defined networking, network function virtualization, edge computing, artificial intelligence, and cloud-native core networks. These innovations are transforming service delivery, enabling faster deployment cycles, improved operational efficiency, dynamic resource allocation, and enhanced customer experiences. Participants will explore how cloud-native technologies are reshaping telecommunications ecosystems while supporting future-ready digital infrastructures capable of meeting increasing connectivity, scalability, and service availability demands.

Throughout this course, participants will gain practical knowledge in designing cloud-native network architectures, deploying containerized network functions, implementing Kubernetes-based orchestration, automating service delivery through DevOps methodologies, integrating CI/CD pipelines, managing service meshes, implementing observability frameworks, and securing cloud-native telecommunications environments. Practical case studies, engineering simulations, deployment exercises, and real-world implementation scenarios ensure participants acquire immediately applicable technical competencies suitable for modern telecommunications operators and technology providers.

Special emphasis is placed on emerging technologies including AI-driven network automation, machine learning for predictive operations, cloud-native 5G core networks, Open RAN ecosystems, edge cloud architectures, intent-based networking, digital twins, GitOps, zero-touch provisioning, infrastructure as code, confidential computing, multi-cloud networking, network slicing, service orchestration, and preparations for future 6G communication environments. Participants will understand how these innovations enhance agility, resilience, operational efficiency, and intelligent network management across evolving telecommunications infrastructures.

The course also explores cloud governance, cybersecurity, regulatory compliance, resilience engineering, disaster recovery, business continuity, operational excellence, performance monitoring, service level management, engineering documentation, sustainability, and lifecycle management. Participants will learn internationally recognized standards, industry best practices, and operational frameworks that enable secure, compliant, reliable, and highly available cloud-native telecommunications environments supporting mission-critical communication services across diverse industries.

Upon successful completion of the course, participants will possess advanced engineering capabilities to design, deploy, optimize, automate, secure, and manage cloud-native telecommunications networks supporting modern mobile operators, enterprise communication providers, hyperscale cloud environments, and digital service platforms. Graduates will be prepared to lead cloud transformation initiatives, improve network agility, reduce operational complexity, accelerate service innovation, and support next-generation telecommunications ecosystems built upon cloud-native engineering principles.

Duration

10 days

Who Should Attend

• Telecommunications Network Engineers
• Cloud Infrastructure Engineers
• Network Architects
• 5G Core Engineers
• DevOps Engineers
• Site Reliability Engineers
• Cloud Solution Architects
• ICT Infrastructure Managers
• Telecommunications Consultants
• Network Operations Center Engineers
• Systems Integration Engineers
• Digital Transformation Professionals

Course Objectives

• Develop comprehensive expertise in designing, deploying, operating, and optimizing cloud-native telecommunications infrastructures supporting next-generation communication services.
• Master cloud-native architectural principles including microservices, containers, orchestration, service meshes, and distributed application management within telecom environments.
• Design resilient telecommunications networks using Kubernetes, container platforms, infrastructure automation, and highly available cloud-native deployment strategies.
• Implement Network Function Virtualization and cloud-native network functions to improve scalability, flexibility, operational efficiency, and service innovation.
• Apply DevOps, GitOps, Infrastructure as Code, and CI/CD methodologies to automate telecommunications network deployment, testing, monitoring, and operations.
• Strengthen cloud-native cybersecurity by implementing zero-trust architectures, secure container management, identity governance, and workload protection mechanisms.
• Optimize telecommunications network performance through observability, distributed tracing, predictive analytics, artificial intelligence, and intelligent automation platforms.
• Integrate Open RAN, edge computing, software-defined networking, and cloud-native 5G core technologies within modern telecommunications ecosystems.
• Apply international engineering standards, cloud governance frameworks, regulatory compliance requirements, and operational best practices across cloud-native deployments.
• Design scalable multi-cloud and hybrid-cloud telecommunications architectures supporting business continuity, disaster recovery, and operational resilience.
• Lead cloud-native telecommunications transformation projects from architecture planning through implementation, optimization, migration, and lifecycle management activities.
• Prepare organizations for future telecommunications technologies including 6G, autonomous networks, digital twins, AI-native operations, and intelligent service orchestration.

Comprehensive Course Outline

Module 1: Introduction to Cloud-Native Telecommunications

• Understanding cloud-native principles transforming modern telecommunications network infrastructures.
• Exploring cloud computing models supporting telecommunications service delivery evolution.
• Examining cloud-native ecosystem components enabling agile telecommunications operations.
• Reviewing industry trends driving cloud transformation across global telecom networks.

Module 2: Containers and Kubernetes Fundamentals

• Understanding container technologies supporting portable telecommunications applications.
• Deploying Kubernetes clusters for cloud-native telecommunications infrastructure management.
• Managing container lifecycle through orchestration and automated resource scheduling.
• Implementing resilient Kubernetes architectures supporting telecom-grade reliability.

Module 3: Microservices Architecture

• Designing telecommunications applications using scalable microservices architecture principles.
• Managing service decomposition supporting modular network function implementation.
• Integrating distributed services ensuring reliable cloud-native telecommunications operations.
• Optimizing microservices communication using modern engineering methodologies.

Module 4: Network Function Virtualization

• Understanding virtualization technologies supporting flexible telecommunications infrastructure deployment.
• Deploying virtualized network functions within cloud-native communication environments.
• Managing VNF lifecycle through orchestration and intelligent automation frameworks.
• Optimizing virtualized network performance using engineering best practices.

Module 5: Cloud-Native Network Functions

• Designing cloud-native network functions supporting 5G and future telecommunications services.
• Deploying containerized communication workloads across distributed cloud environments.
• Managing lifecycle operations for cloud-native telecommunications applications.
• Integrating CNFs with orchestration platforms supporting operational scalability.

Module 6: Software-Defined Networking

• Understanding software-defined networking supporting programmable telecommunications infrastructures.
• Integrating SDN controllers within cloud-native network architectures effectively.
• Automating network configuration using centralized policy-driven management approaches.
• Optimizing traffic engineering through software-defined communication frameworks.

Module 7: Open RAN and 5G Core

• Understanding Open RAN architecture supporting flexible radio access deployments.
• Deploying cloud-native 5G core network components using container technologies.
• Integrating disaggregated telecommunications infrastructure supporting interoperability objectives.
• Optimizing network slicing across cloud-native communication environments.

Module 8: Edge Computing

• Designing edge cloud infrastructure supporting ultra-low-latency telecommunications services.
• Managing distributed computing resources across intelligent communication networks.
• Integrating edge platforms with centralized cloud-native telecommunications infrastructure.
• Supporting IoT and mission-critical services using edge computing architectures.

Module 9: DevOps and CI/CD

• Implementing DevOps culture supporting continuous telecommunications service innovation.
• Building CI/CD pipelines automating cloud-native network deployment activities.
• Managing automated testing ensuring telecommunications software quality assurance.
• Accelerating service delivery through continuous deployment engineering practices.

Module 10: Observability and Performance Monitoring

• Implementing comprehensive monitoring supporting proactive telecommunications operations management.
• Utilizing metrics, logs, and distributed tracing for operational intelligence.
• Optimizing service performance using advanced observability engineering platforms.
• Detecting operational anomalies through intelligent monitoring and analytics.

Module 11: Cloud-Native Security

• Implementing zero-trust security protecting cloud-native telecommunications infrastructure environments.
• Securing Kubernetes clusters, containers, and communication workloads effectively.
• Managing identity, authentication, authorization, and access control frameworks.
• Protecting telecommunications services using cloud-native cybersecurity best practices.

Module 12: AI and Intelligent Automation

• Applying artificial intelligence to optimize cloud-native telecommunications operations.
• Utilizing machine learning for predictive maintenance and capacity forecasting.
• Automating incident response through intelligent operational management platforms.
• Leveraging digital twins supporting network simulation and operational optimization.

Module 13: Multi-Cloud and Hybrid Cloud

• Designing resilient multi-cloud telecommunications deployment strategies for scalability.
• Integrating hybrid cloud environments supporting operational flexibility and resilience.
• Managing workloads across diverse cloud infrastructure providers efficiently.
• Optimizing cloud resource allocation using intelligent workload distribution.

Module 14: Governance and Compliance

• Applying cloud governance frameworks supporting telecommunications operational excellence.
• Managing regulatory compliance across cloud-native communication infrastructures.
• Implementing engineering documentation supporting operational transparency and accountability.
• Conducting risk management ensuring secure cloud-native service delivery.

Module 15: Business Continuity and Resilience

• Designing resilient telecommunications architectures supporting uninterrupted service availability.
• Implementing disaster recovery strategies for cloud-native communication platforms.
• Strengthening operational resilience against infrastructure failures and cyber threats.
• Managing lifecycle continuity through proactive engineering planning methodologies.

Module 16: Future Cloud-Native Telecommunications

• Preparing organizations for autonomous networks and AI-native telecommunications operations.
• Exploring cloud-native innovations supporting future 6G communication infrastructures.
• Evaluating confidential computing and emerging secure cloud technologies.
• Developing strategic roadmaps for sustainable cloud-native telecommunications transformation.

Training Approach          

This course will be delivered by our skilled trainers who have vast knowledge and experience as expert professionals in the fields. The course is taught in English and through a mix of theory, practical activities, group discussion and case studies. Course manuals and additional training materials will be provided to the participants upon completion of the training.

Tailor-Made Course

This course can also be tailor-made to meet organization requirement. For further inquiries, please contact us on: Email: training@upskilldevelopment.com Tel: +254 721 331 808

Training Venue 

The training will be held at our Upskill Training Centre. We also offer training for a group (at a discount of 10% to 50%) at requested location all over the world. The Onsite course fee covers the course tuition, training materials, two break refreshments, buffet lunch, airport transfers, Upskill gift package, and guided tour.

Visa application, travel expenses, dinners, accommodation, insurance, and other personal expenses are catered by the participant

Certification

Participants will be issued with Upskill certificate upon completion of this course.

Airport Pickup and Accommodation

Airport pickup and accommodation is arranged upon request. For booking contact our Training Coordinator through Email: training@upskilldevelopment.com, +254 721 331 808

Terms of Payment:

Unless otherwise agreed between the two parties’ payment of the course fee should be done 3 working days before commencement of the training so as to enable us to prepare better.