India Private 5G Use Cases

A state-of-the-art automotive electronics manufacturing facility needed ultra-reliable, low-latency connectivity to automate quality inspection and reduce wired IT infrastructure dependency across its electronics production lines. Legacy Wi-Fi and wired networks could not deliver the deterministic performance required for real-time, AI-driven manufacturing operations at scale.

An on-premise 5G Captive Private Network was deployed to manage thousands of connected devices while delivering multi-GBPS throughput. The network leverages 5G mobile broadband and Ultra-Reliable Low-Latency Communications (URLLC) to drive automated operations with greater reliability, enhanced security, and freedom from wire-dependency.

Refinery operations demand high-speed data transfer, real-time monitoring, and airtight network security. Traditional networks fell short of the low-latency and high-reliability requirements needed for modern industrial automation, scalable IoT deployment, and immersive AR/VR training platforms in a high-risk, mission-critical environment.

A dedicated 5G Captive Non-Public Network (CNPN) was deployed using indigenous spectrum holdings and infrastructure, customized for mission-critical refinery environments. The deployment includes a private 5G core and radio access network, edge compute capabilities for localized data processing, AI and Digital Twins integration, real-time analytics for process optimization, and secure industrial-grade access points.

A digital transformation leader needed to demonstrate Industry 4.0 capabilities — including connected robotics, real-time analytics, and automated shop-floor operations — within its own campuses, both to accelerate internal productivity and to serve as a live, working showcase for enterprises evaluating private 5G adoption.

Private 5G networks were deployed across campus facilities, enabling connected robotics, real-time analytics, and Industry 4.0 applications. The deployment serves as both an internal productivity platform and a live demonstration environment for enterprise clients, advancing India's private 5G ecosystem for industrial digital transformation.

Enterprises across manufacturing, logistics, and campus environments needed a one-stop, easy-to-manage, pre-integrated 5G network solution with orchestration, automation, and industry-specific domain expertise — without the complexity and capital expenditure of building private networks from scratch.

A pre-integrated private 5G network platform with an orchestration and automation layer backed by industry-specific domain expertise was launched. The solution enables enterprises to deploy private 5G across diverse environments with a one-stop managed service model, accelerating digital transformation.

India's Smart Cities Mission needed robust, scalable connectivity to support intelligent traffic management, public safety surveillance, environmental monitoring, and digital citizen services across 100+ mission cities. Legacy public networks could not handle the device density, low latency, and security requirements of millions of simultaneous IoT connections.

Private 5G network slices tailored for smart city applications are being deployed — including AI-powered adaptive traffic management, connected CCTV with real-time video analytics, smart streetlight controls, environmental sensors, and integrated city operations centers — aligned with the national vision for digitally empowered urban infrastructure.

Major Indian ports needed to automate container handling, improve real-time asset tracking, and enhance security across vast terminal areas while coordinating thousands of moving assets daily — following the global trend of port 5G transformation seen at leading international ports.

Private 5G networks are being adopted enabling autonomous crane operations, real-time container tracking via IoT, AI-powered traffic flow management, and integrated surveillance systems. Modeled on proven global deployments, these networks provide the ultra-reliable, low-latency connectivity required for autonomous AGVs and remote-controlled operations across sprawling port terminals.