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Gaganpreet Singh

Gaganpreet Singh

Major Drives for 5G Wireless Security: Built-in Protection, Flexibility, and Automation

Explore the key drivers of 5G wireless security, including supreme built-in protection, flexible mechanisms, and automation to meet new threats and use cases.

Key Elements in a 5G Security Architecture: Protecting Next-Gen Networks

Explore the essential elements of 5G security architecture, including authentication, NFV/SDN protection, network slicing security, and edge-to-cloud safeguards.

A Generic Architecture for 5G Wireless Systems: Core Components and Applications

Explore the generic architecture of 5G wireless systems, including macrocell MIMO, smart communities, healthcare, vehicular networks, and cloud integration.

Split-RAN Processing Pipeline: CU, DU, and RU Roles in 5G Architecture

Explore how the Split-RAN processing pipeline distributes functions across the Central Unit (CU), Distributed Unit (DU), and Radio Unit (RU) for efficient 5G networks.

RAN Processing Pipeline: User and Control Plane Components Explained

Understand the RAN processing pipeline with control and user plane functions like RRC, PDCP, RLC, MAC, PHY, and RF front end for 5G and LTE networks.

End-to-End Disaggregated System: Mobile Core and Split-RAN Architecture

Learn how end-to-end disaggregated systems reshape mobile networks with split-RAN, CU/DU/RU separation, and cloud-native mobile core integration.

CORD Implementation of RAN and Mobile Core: Architecture Explained

CORD integrates cloud-native principles into telecom networks. Learn how CORD enables RAN and mobile core implementation with disaggregation, virtualization, and ONOS control.

Security Threats in 5G: Device, RAN, MEC, and Core Network Risks Explained

5G networks promise high speed and low latency, but they also bring unique security threats across devices, RAN, MEC, and core networks. Learn the key risks and solutions.

Interfaces Associated with CUPS in LTE: Control and User Plane Separation Explained

Explore the interfaces associated with Control and User Plane Separation (CUPS) in LTE networks. Learn how SGW-C, PGW-C, SGW-U, and PGW-U interact via control and user plane interfaces.

High-Level CI/CD Architecture in Telecom: Pipelines, Quality Gates & Deployment

Explore the high-level CI/CD architecture used by telecom operators. Learn how development teams, vendors, pipelines, and quality gates ensure reliable software delivery.