// Qingdao, China

Systems that
deliver.

Enterprise computer systems design, network infrastructure engineering, and industrial technology solutions built for reliability at scale.

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Systems Deployed

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Uptime SLA

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Years Experience

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Enterprise Clients

Core Services

Full-stack systems engineering from architecture through deployment and ongoing operations.

SVC / 01

Computer Systems Design

End-to-end architecture planning, hardware specification, and systems integration for enterprise environments. We design fault-tolerant infrastructure that scales with your operations.

SVC / 02

Network Infrastructure

Structured cabling, switching and routing topology design, wireless coverage planning, and network security architecture. Built for high throughput and zero single points of failure.

SVC / 03

Industrial Automation

PLC programming, SCADA system integration, HMI design, and industrial IoT sensor networks. Connecting factory floors to real-time data platforms.

SVC / 04

Cloud & DevOps

Hybrid cloud architecture, container orchestration, CI/CD pipeline engineering, and infrastructure-as-code. Automate everything from commit to production.

Technology Stack

Proficiency across the full spectrum of modern infrastructure and development technologies.

Infrastructure

Cisco IOS Juniper HPE Aruba Fortinet pfSense Dell EMC

Platforms & OS

Linux RHEL Ubuntu Server Windows Server VMware ESXi Proxmox Docker

Automation & DevOps

Ansible Terraform Kubernetes GitLab CI GitHub Actions Prometheus

Development

Python Go Rust TypeScript PostgreSQL Redis

Industrial & IoT

Modbus TCP OPC-UA MQTT SCADA Node-RED InfluxDB

Security

Zero Trust NAC/802.1X Wireshark Nmap Suricata IDS OpenVPN/WG

Engineering Process

A structured methodology refined over 12 years of enterprise delivery.

01

Discovery

Requirements analysis, site survey, and feasibility assessment.

02

Design

Architecture blueprints, topology maps, and technical specifications.

03

Deploy

Staged rollout with continuous validation at each milestone.

04

Operate

Monitoring, maintenance, and iterative optimization cycles.

Engineering Principles

>Reliability First

Every system we design assumes failure is inevitable. We build with redundancy, graceful degradation, and automated recovery from day one. Five-nines isn't a target — it's the baseline.

>Minimal Complexity

The best architecture is the simplest one that meets requirements. We resist unnecessary abstraction and favor composable, well-understood components over monolithic frameworks.

>Observable by Default

Every system ships with structured logging, metrics, and traces. If you cannot observe it, you cannot operate it. We instrument everything from the kernel up.

>Vendor Neutrality

We recommend what fits the problem, not what earns the highest margin. Multi-vendor interoperability is designed in, and lock-in is designed out. Open standards where possible, pragmatism where necessary.

>Continuous Improvement

Post-deployment review is mandatory. Every project generates a retro document that feeds into the next. The process sharpens itself with each iteration.

Engineering is not about being right once. It is about being wrong in all the ways that do not matter — and building systems that survive the rest.

— Zhan Sheng Engineering

Qingdao Zhanshengzhen Network Technology Co., Ltd.

Founded and operated by Zhan Sheng in Qingdao, we are a computer systems design firm specializing in enterprise infrastructure, industrial networking, and automation technology.

Our practice combines deep technical expertise in systems architecture with practical field experience across manufacturing, logistics, and enterprise IT environments. We deliver infrastructure that works — on time, on budget, and built to last.

Based in Laixi City, Qingdao, we serve clients throughout Shandong Province and beyond, bringing enterprise-grade systems engineering to organizations of every scale.

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