Data Solution

Build Your Own Private 4G/5G Network

Deploy a secure, low-latency, fully sovereign private cellular network for industrial and enterprise environments — data stays on-premise, performance unaffected by public network congestion, operations fully under your control.

9
Critical Challenges

Wi-Fi and public network solutions face multiple bottlenecks in reliability, security, and control for mission-critical enterprise scenarios.

#01

Wi-Fi instability — signal interference and coverage dead zones are common in industrial environments

#02

Data sovereignty concerns — critical enterprise data must not leave the campus, public network solutions carry inherent leakage risks

#03

Deterministic low latency required — remote control and AGV dispatching demand millisecond-level deterministic communication

#04

Massive IoT density — thousands of sensors and industrial devices need high-reliability, high-density connectivity

#05

Autonomous control needed — enterprises need self-service SIM management, user authentication, and QoS policy control

#06

Coverage dead zones from public networks disrupt production continuity, especially in mines, ports, and complex sites

#07

IT/OT network silos — traditional separation makes unified management and fault localization extremely difficult

#08

Lack of turnkey expertise — spectrum application, network planning, and equipment selection require one-stop professional services

#09

No carrier-grade operations capability — alarm monitoring, performance analysis, and fault diagnosis are entirely vendor-dependent

End-to-End Private 4G/5G Network Architecture

End-to-End Private 4G/5G Network Architecture
📡

Core Network

📶

Local Offload & Edge

UPF Local OffloadMEC
🔐

Security & Control

AAASIM Management
🖥️

O&M Monitoring

NMSAlarm Monitoring
🛡️

Build locally controlled, secure, reliable, low-latency 4G/5G private networks — data stays on-premise, network is self-managed, performance is stable and predictable.

End-to-End Private Network Capabilities

From access to applications, covering the full spectrum of private network operations

📶

Connectivity & Access

Dual-mode 4G/5G seamless access
SIM/eSIM full lifecycle management
Massive device concurrent connectivity
Seamless intra-campus mobility
🛡️

Security & Sovereignty

Local traffic offload (UPF)
End-to-end security encryption
Logical network slice isolation
Unified access control (AAA)

Edge Intelligence

Multi-access Edge Computing (MEC)
Real-time video AI analytics
Industrial protocol integration (PLC/SCADA)
AR remote collaboration & guidance
🖥️

Operations & Management

Unified NMS monitoring
Automated alarm & fault management
Usage analytics & capacity planning
Enterprise self-service management portal

ZBensoft Private Network Advantage

01

End-to-end turnkey delivery — core network → access → edge → NMS from a single vendor, eliminating multi-vendor integration risks

02

100% data stays on-premise — UPF local offload ensures all production data remains within the enterprise network, meeting data sovereignty requirements

03

Carrier-grade 99.999% availability — operator-class reliability for AGV dispatching, remote control, video surveillance, and other mission-critical workloads

04

Elastic scaling on demand — from single-server pilot to multi-node full-campus deployment, capacity scales smoothly with business growth

05

Full autonomous control — enterprises independently manage SIM cards, user permissions, QoS policies, and spectrum configuration without external dependency

06

Open integration ecosystem — RESTful APIs connect to existing IT/OT systems, with native support for PLC, SCADA, MQTT, and other industrial protocols

07

Flexible spectrum adaptation — supports licensed, shared, and unlicensed spectrum to meet diverse national and industry regulatory requirements

08

Rapid deployment — pre-integrated solution with automated deployment tools, from installation to commercial operation in as fast as 4 weeks

Who Needs Private 4G/5G

🏭

Industrial Parks — equipment interconnectivity, AGV dispatching, production line automation

🚢

Ports & Terminals — quay crane remote control, autonomous trucks, smart tallying

⛏️

Mines & Quarries — autonomous haul trucks, remote operation, safety monitoring

Power & Utilities — smart inspection, distribution automation, substation monitoring

🎓

Smart Campuses — campus security, smart classrooms, AR/VR education

🏛️

Government Networks — emergency command, secure government operations, air-gapped networks

🏗️

Manufacturing — industrial visual inspection, predictive maintenance, digital twins

Frequently Asked Questions

How long does it take to deploy a private 4G/5G network?

Typical deployment takes 4–12 weeks, depending on campus size, coverage area, and application complexity. ZBensoft provides a pre-integrated all-in-one solution covering core network, access planning, MEC, and NMS, dramatically shortening deployment cycles. Small campuses, such as a single factory, can go from installation to commercial operation in as fast as 4 weeks.

Does a private network require licensed operator spectrum?

This depends on the regulatory policies of the country and region. Many countries have already allocated dedicated spectrum for industrial private networks (e.g., Germany 3.7–3.8 GHz, Japan 4.6–4.9 GHz), while some allow unlicensed spectrum use. ZBensoft supports multiple spectrum strategies — licensed, shared, and unlicensed — and our team assists customers with local spectrum application and compliance processes.

How do existing IT/OT systems integrate with the private network?

ZBensoft's private network solution natively supports industrial protocols (Modbus, PROFINET, OPC UA, MQTT, etc.) and RESTful APIs, enabling seamless integration with existing SCADA, MES, and ERP systems through the MEC platform. We provide a standard API gateway and protocol adaptation layer, ensuring private network data flows into your existing IT/OT platforms for unified visualization and business orchestration.

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ZBensoft integrates charging, core network, and AI capabilities to help operators run efficiently and grow sustainably.

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