MASTER CLOUD-NATIVE 5G/6G & TELECOM DEVOPS
From 5G Core Fundamentals to Cloud-Native Telecom Deployment and Automation
Build practical skills in cloud-native telecom infrastructure, 5G Core, Kubernetes, containerized network functions, CI/CD, GitOps, observability, and automated telecom deployment. Learn how modern telecom software is packaged, deployed, tested, monitored, upgraded, and operated in cloud-native environments.
Core Technologies: 5G Core • Cloud-Native Network Functions (CNFs) • Docker • Kubernetes • Helm • CI/CD • GitOps • Python • Linux • Prometheus • Grafana
- 3-4 Months
- 100+ Practical Hours
- Live Online Training
- Industry Practice Labs
What You Will Learn
Telecom and 5G Core Foundations
- Understand 5G Core architecture and network functions
- Learn AMF, SMF, UPF, AUSF, UDM and NRF roles
- Understand control-plane and user-plane functions
- Explore service-based architecture and network interfaces
- Trace basic registration and PDU session procedures
Linux, Networking and Container Fundamentals
- Work confidently with Linux commands and processes
- Understand IP addressing, routing, DNS and ports
- Learn Docker images, containers and registries
- Configure container networking and persistent storage
- Inspect logs, processes and resource utilization
Kubernetes for Telecom Workloads
- Understand clusters, nodes, pods and namespaces
- Deploy applications using Deployments and Services
- Configure Config Maps, Secrets and resource limits
- Work with probes, scaling and persistent volumes
- Troubleshoot pod, service and deployment failures
Cloud-Native 5G Core and CNFs
- Understand virtualized and cloud-native network functions
- Explore containerized 5G Core deployment models
- Configure network-function dependencies and connectivity
- Understand high availability and workload resilience
- Examine lifecycle management of telecom applications
CI/CD and Telecom Software Delivery
- Understand continuous integration and delivery workflows
- Build automated pipelines for telecom software
- Integrate builds, tests and deployment stages
- Automate configuration and environment preparation
- Manage releases, rollbacks and deployment validation
GitOps and Infrastructure Automation
- Understand declarative infrastructure and desired state
- Manage Kubernetes configurations through Git
- Use Helm charts for repeatable application deployment
- Automate environment provisioning and configuration
- Apply version control and controlled release practices
Monitoring, Logging and Troubleshooting
- Monitor cluster, pod and application health
- Use metrics, logs and alerts to identify failures
- Explore Prometheus and Grafana monitoring workflows
- Troubleshoot resource, connectivity and deployment issues
- Correlate infrastructure symptoms with telecom service impact
Production Operations and Telecom DevOps
- Automate deployment and lifecycle operations
- Understand resilience, scaling and service availability
- Plan software upgrades and controlled rollbacks
- Apply operational checks and incident investigation
- Build repeatable workflows for production-like telecom environments
Hands-On Industry Practice
Develop. Build. Debug. Test. Automate.
Go beyond classroom theory and practice the activities performed during real time protocol software development, testing and debugging.
Explore the Telecom Product and Deployment Architecture
- Identify the target 5G Core use case
- Map the required network functions
- Understand service dependencies and interfaces
- Identify infrastructure and deployment requirements
- Prepare an end-to-end deployment plan
Prepare the Linux and Container Environment
- Inspect the Linux environment and system resources
- Configure required networking and dependencies
- Build or retrieve container images
- Run containers and inspect their logs
- Validate application and network connectivity
Deploy Applications on Kubernetes
- Set up or access a Kubernetes environment
- Create namespaces and deployment configurations
- Deploy applications and expose services
- Configure resource requests, limits and probes
- Verify workload health and troubleshoot failures
Deploy a Cloud-Native Telecom Workload
- Map network-function components and dependencies
- Configure workload parameters and secrets
- Deploy the required application components
- Validate service connectivity and startup
- Record deployment status and verification results
Build the CI/CD Workflow
- Store application and configuration files in Git
- Define automated build and validation stages
- Run tests before deployment
- Deploy to a controlled target environment
- Verify the release and maintain rollback steps
Implement GitOps-Based Configuration
- Store deployment configuration in version control
- Define the desired state of the application
- Package configuration using Helm where appropriate
- Apply configuration changes through the workflow
- Verify reconciliation and deployment status
Monitor and Troubleshoot the Deployment
- Inspect pod, application and system logs
- Monitor resource usage and workload health
- Configure metrics and dashboard views
- Investigate connectivity and startup failures
- Document the cause and corrective action
Execute a Release and Operational Validation
- Prepare a release checklist
- Apply a controlled application update
- Validate service health after the update
- Test recovery or rollback procedures
- Produce a deployment and operations report
Cloud-Native Telecom DevOps
What the Industry Is Telling Us
Tools & Technologies
Telecom: 5G Core Architecture
AMF • SMF • UPF • NRF • CNFs • 5G Standalone concepts
Operating Systems & Networking
Linux • Bash • TCP/IP • DNS • Routing • Network troubleshooting
Containers & Orchestration
Docker • Kubernetes • Helm
Automation & Delivery
Python • Git • CI/CD pipelines • GitOps • YAML
Monitoring & Operations
Prometheus • Grafana • Logging • Alerts • Troubleshooting
Who is this Program For?
Fresh graduates targeting telecom software and cloud-native roles
Telecom engineers moving toward 5G Core and cloud-native operations
Linux or DevOps engineers entering telecom infrastructure
Network engineers who want practical automation skills
Software and integration engineers working with telecom deployments
Career Opportunities
This program is designed to build practical foundations relevant to roles such as
Why Primebit Solution?
17 Years of Training Experience
Structured technical learning focused on practical engineering skills.
In-Depth Technical Training
Understand the architecture and the engineering workflow behind the tools.
Practical Lab-Based Learning
Work through deployment, automation, monitoring and troubleshooting exercises.
Career & Placement Support
Guidance to help prepare for relevant technical roles and interviews.
Global Career Orientation
Explore telecom and cloud-native engineering opportunities in India and international markets.
Global Companies with Relevant Telecom, Cloud and DevOps Roles
Our alumni are working in leading semiconductor, networking and technology companies in India and abroad, including Qualcomm, MediaTek, Samsung, Apple, Broadcom, Cisco, AT&T Labs and many more.
PROGRAM AT A GLANCE
Duration
3-4 Months
Practical Training
100+ Hours
Mode
Live Hands-on Training
Core Focus
5G/6G Protocol Development
Career Direction
Cloud-native telecom engineering, deployment, integration and operations
Program
Cloud-Native 5G/6G & Telecom DevOps
Learning approach
Conceptual foundations followed by guided, hands-on workflows
Learning focus
5G Core • CNFs • Linux • Docker • Kubernetes • CI/CD • GitOps • Monitoring • Troubleshooting
Environment
Linux & Cloud-Native Telecom
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Frequently Asked Questions
No. The program is designed to introduce the required container and Kubernetes concepts progressively. Basic computer familiarity is helpful.
No. DevOps concepts are taught in the context of telecom software and cloud-native network functions, including 5G Core deployment and operations.
Yes. The course introduces key 5G Core functions and shows how cloud-native deployment and operations relate to the telecom architecture.
The course is designed around practical deployment, automation, monitoring and troubleshooting workflows. The precise lab environment depends on the delivery setup.
Relevant directions include Telecom DevOps, Cloud-Native Telecom, 5G Core Integration, CNF Deployment and Telecom Automation. Hiring requirements vary by employer.
Build Your Cloud-Native Telecom Engineering Skills
Develop. Debug. Test. Automate.
Learn how telecom software moves from architecture and configuration to deployment, automated validation and operational monitoring.
Start Your Journey as a 5G/6G Protocol Software Engineer.
PRIMEBIT SOLUTION
- 5G/6G
- Protocol Development
- Testing
- Automation
- Telecom DevOps
Develop the protocol. Understand the system. Build the future of telecom software.