Overview
As digital transformation accelerates, enterprises increasingly demand robust indoor and outdoor coverage, data sovereignty and seamless integration across assets and applications. Private 5G networks are redefining enterprise connectivity by delivering ultra-fast speeds, ultra-low latency, secure and reliable communication tailored to business-critical operations.
HCLTech is at the forefront of this transformation, helping global enterprises harness the full potential of private 5G through end-to-end solutions—spanning strategy, design, deployment and operations. With deep domain expertise and global delivery capabilities, HCLTech enables organizations to build secure, scalable and intelligent networks that power connected operations, smart assets and immersive customer experiences.
Private 5G, powered by HCLTech, is not just a network—it’s the foundation for next-gen enterprise agility and innovation.
Industry Challenges
Lack of seamless and uninterrupted connectivity
Need for seamless and uninterrupted connectivity, which can deliver hardware redundancy and carrier-grade availability
Connecting a large number of IoT devices
Need to connect large number of Industry 4.0, IoT Devices (Sensors) ensuring, monitoring and control function operate smoothly and reliably
IT-OT convergence
To control and monitor physical devices and processes in industrial environment, enabling interoperability b/w traditionally separated IT and OT domains
Adopting new technologies like AI, AR/VR and ML
Adoption of emerging technologies like AI, AR/VR for predictive maintenance quality control and worker training and remote assistance
Key Differentiators
Trunkey Private 5G as a Service
Modular and tiered solution stacks tailored to different industry needs—covering on-premises, edge and hybrid 5G deployments with rapid scalability.
E2E SLA ownership
Guaranteed service levels for latency, throughput, coverage and availability—aligned with enterprise SLAs to support Private 5G network operations.
Center of excellence for 5G and edge
A dedicated global CoE focused on 5G network design, MEC integration, automation, cybersecurity and advanced analytics.
Dedicated labs for testing and validation
Pre-integration testing environments to simulate enterprise use cases (e.g., AGV, AR/VR) ensuring seamless application performance pre-deployment.
Accelerated time-to-deploy
Rapid deployment using pre-certified blueprints, ecosystem partnerships (RAN, Core, Edge, Cloud), and zero-touch provisioning tools.
24x7x365 fully managed services
Round-the-clock monitoring, incident management, remote support and analytics-led optimization via HCLTech’ s global NOCs and AI-Ops platforms
Key Benefits
Secure network and integration
Ensuring seamless, fully complaint and resilient connectivity with E2E security, zero trust architectures and Industrial grade threat mitigation
Flexible and scalable global services
We enable you to deploy anywhere globally for diverse industries, adapting to regional regulations and dynamic enterprise needs with 24x7 operation and managed services
Global partners ecosystem
A broad and strong ecosystem of partners enables agile, interoperable solutions with unmatched scalability, flexibility and innovation
Seamless multivendor and multi technology integration
Ensuring interoperability with wi-fi, edge computing, cloud platforms and enterprise IT systems for a unified network experience
Future-proof and scalable architecture
Delivering a modular, cloud native, software-defined network that simplifies upgrades and scales with evolving business needs
Our Partners
HCLTech partners with leading telecom OEMs (RAN and Core) and edge solution providers to deliver end-to-end Private 5G networks. These strategic alliances enable scalable, secure and industry-tailored 5G deployments that accelerate enterprise digital transformation.
Industry Applications
Manufacturing
- Autonomous Guided Vehicles (AGVs) and mobile robots
- Real-time machine control and process automation
- Augmented reality for remote support and training
- Condition-based monitoring and predictive maintenance
- Wireless PLCs and industrial sensor networks
- Quality inspection using AI and computer vision
Mining
- Remote and autonomous operation of heavy machinery
- Worker safety monitoring via wearables and sensors
- Environmental and gas detection sensors
- Drone-based inspection and surveillance
- High-bandwidth communication in remote mining zones
- Private push-to-talk/mission-critical voice systems
Oil and Gas
- Remote control and monitoring of offshore/onshore rigs
- Pipeline surveillance using drones and AI
- Worker safety with real-time tracking in hazardous zones
- Predictive maintenance of critical infrastructure
- Environmental and leak detection sensors
- Emergency response coordination and voice/data communications
Healthcare
- Real-time remote patient monitoring (RPM)
- Telemedicine with high-definition video and low latency
- AR/VR-assisted surgery and medical training
- Asset tracking (beds, equipment, medicine carts)
- Secure transmission of large medical imaging files
- Emergency response coordination and smart ambulances
Logistics
- Smart yard and container tracking with IoT
- Remote-controlled cranes and automated stacking cranes (ASCs)
- Real-time location tracking for trucks and cargo
- Drone surveillance for perimeter security
- Digital twin of port operations for optimization
- Autonomous Guided Vehicles (AGVs) or robotic arms
Private 5G FAQs
Yes, Private 5G offers better reliability, lower latency, and improved mobility compared to Wi-Fi, especially in environments with high interference or moving machinery.
Yes, with special deployment considerations like indoor radios in underground or ruggedized base stations in open-pit environments.
Yes, 5G is designed for massive IoT and dense connectivity environments.
Yes, Private 5G enables real-time remote operations and autonomous systems safely.
The network is encrypted end-to-end and complies with local data privacy regulations.
Private 5G leverages dedicated spectrum to deliver a highly secure and interference-free environment. It uses 3GPP-grade security protocols, SIM-based authentication, and supports integration with enterprise Security Operations Centers (SOC). The network is secured with end-to-end encryption, user/device authentication, and traffic segmentation, ensuring complete control and visibility across the infrastructure.
Enables real-time tracking of personnel, collision avoidance systems, and remote-controlled machinery.
Yes, via satellite backhaul and edge core deployments; it’s suitable for isolated, hazardous locations.
Through redundant architectures, SLAs, and edge-based resiliency options.
Through SIM-based authentication and role-based policies.
