Gaganpreet Singh

Discover how 5G-enabled vehicular networks leverage cloud platforms, mmWave, and D2D links to power intelligent transport systems for safer and smarter mobility.

5G networks face security threats like eavesdropping, jamming, DDoS, and MITM. Learn how these attacks work, their impact on telecom systems, and ways to defend against them.

Discover how SDN-enabled authentication models revolutionize network security by combining full authentication, secure context transfer, and fast authentication.

Explore the pseudo random time hopping system model, its role in wireless security, and how private and pre-shared keys enable secure data transmission.

Discover how the m-health system model leverages wireless body area networks, secure key generation, and physician access to enable real-time healthcare monitoring.

The 5G radio protocol stack powers seamless communication between UE and gNB. Explore SDAP, PDCP, RLC, MAC, and PHY layers and their roles in next-gen networks.

5G spectrum spans sub-1 GHz to 100 GHz, balancing coverage and capacity with macro and small cells. Discover how each frequency band powers next-gen connectivity.

Learn how PNMS remote management centralizes control of private 5G networks, empowering enterprises like hospitals, harbors, and factories with efficiency and security.

Discover how 5G NR enables industrial IoT (IIoT) through private networks, URLLC, TSN, spectrum flexibility, and advanced positioning for industry 4.0.

Learn how one-stop service providers enable seamless 5G and MEC solutions with deployment, vertical-specific applications, and managed services across industries.