Computer Systems Design

Engineering Excellence.
Every Connection.

Chengdu Yazhengxiao Technology Co., Ltd. delivers enterprise-grade computer integrated systems design, architecture engineering, and technology consulting that powers the next generation of connected infrastructure — from silicon to cloud.

99.97%
System Uptime
500+
Deployments
Infrastructure Reliability94%
Integration Efficiency88%
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Precision Engineering for Complex Systems

A systems integrator built on deep technical expertise, rigorous methodology, and an unwavering commitment to reliability.

Distributed Systems Architecture — Ya Zheng
12+ Years
Engineering Experience

Chengdu Yazhengxiao Technology Co., Ltd., operating as Ya Zheng, is a specialized computer systems design firm headquartered in Chengdu, Sichuan Province. We engineer integrated hardware-software systems that form the operational backbone of modern enterprises — spanning telecommunications infrastructure, industrial control networks, data center architecture, and embedded computing platforms.

Our methodology bridges the gap between business requirements and technical implementation. Every engagement begins with rigorous requirements analysis, proceeds through iterative architecture design and prototyping, and culminates in validated deployment — supported by comprehensive documentation and long-term maintenance planning.

We serve clients across China and internationally, combining deep knowledge of the Sichuan technology ecosystem with global engineering standards including ISO/IEC 15288, IEEE 1012, and TOGAF framework principles.

12+

Years in Systems Engineering

500+

Projects Delivered

40+

Enterprise Clients

Comprehensive Systems Design Services

End-to-end engineering services covering the full lifecycle of computer integrated systems.

Systems Architecture Design

Full-stack architecture definition for distributed computing environments, including component decomposition, interface specification, data flow modeling, and technology selection aligned with business objectives.

TOGAF UML/SysML Microservices Event-Driven

Cloud & Data Center Engineering

Design and optimization of on-premises data centers, hybrid cloud architectures, and multi-cloud strategies. Capacity planning, thermal optimization, network fabric design, and disaster recovery architecture.

AWS/Azure/GCP Kubernetes SDN Infrastructure as Code
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Embedded Systems Design

Custom embedded computing platforms from requirements through PCB design, firmware development, RTOS integration, and compliance testing for industrial, automotive, and IoT applications.

ARM/MIPS/RISC-V FreeRTOS FPGA PCB Design
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Network & Communications Design

Enterprise network architecture, telecommunications infrastructure planning, wireless network design, and secure communication protocol engineering for mission-critical connected systems.

5G/LTE MPLS Zero Trust SD-WAN
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Software Systems Engineering

Custom software architecture and development for systems integration, middleware, real-time data processing, and control systems. Emphasis on reliability, observability, and maintainability.

C/C++/Rust Python/Go Message Queues CI/CD
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Technology Consulting & Advisory

Strategic technology advisory including architecture review, technology due diligence, system audits, migration planning, and technical roadmap development for organizations modernizing their systems infrastructure.

Architecture Review Due Diligence Roadmap Planning Cost Optimization

Cross-Sector Systems Expertise

Deep domain knowledge across industries where system reliability and integration excellence are non-negotiable.

Telecommunications

Core network infrastructure, OSS/BSS systems integration, and 5G deployment architecture.

Energy & Utilities

SCADA systems, smart grid architecture, energy management platforms, and industrial control networks.

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Healthcare & MedTech

Medical device integration, hospital information systems, imaging platforms, and HIPAA-compliant infrastructure.

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Financial Services

Trading platform architecture, payment processing systems, fraud detection infrastructure, and regulatory compliance.

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Manufacturing

Industry 4.0 systems, MES integration, PLC programming, digital twin platforms, and factory automation.

Aerospace & Defense

Avionics systems integration, mission-critical computing, secure communications, and DO-178C compliant software.

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Transportation & Logistics

Intelligent transportation systems, fleet management platforms, logistics optimization, and railway signaling.

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Smart Cities & IoT

Urban infrastructure platforms, sensor networks, edge computing deployments, and municipal data platforms.

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Media & Broadcasting

Content delivery networks, broadcast automation, media asset management, and real-time streaming infrastructure.

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Education & Research

HPC cluster design, research computing platforms, campus network architecture, and e-learning infrastructure.

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Cybersecurity

Security architecture design, SOC infrastructure, identity and access management systems, and threat detection platforms.

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Agriculture Technology

Precision agriculture systems, sensor-driven irrigation control, drone integration, and supply chain traceability.

A Proven Engineering Methodology

Four disciplined phases that transform requirements into reliable, production-ready systems.

01

Discovery & Analysis

Every engagement begins with structured requirements elicitation. We conduct stakeholder interviews, system audits, feasibility studies, and market analysis to build a complete picture of technical constraints, business objectives, and operational context. Deliverables include a detailed System Requirements Specification (SyRS) and feasibility report.

02

Architecture & Design

Using model-based systems engineering (MBSE) techniques, we produce a comprehensive architecture definition including component diagrams, interface control documents, data models, technology evaluation matrices, and a phased implementation roadmap. Every design undergoes peer review against IEEE 1012 standards for design verification.

03

Integration & Validation

We build, integrate, and rigorously test every subsystem — unit testing, integration testing, performance benchmarking, security auditing, and user acceptance testing. Our validation framework ensures every requirement is traced to a test case with documented results, providing full traceability from specification to acceptance.

04

Deployment & Sustainment

Controlled production rollout with rollback contingencies, comprehensive operational documentation, training programs for operations teams, and a structured maintenance plan with SLAs tailored to your availability requirements. We provide ongoing monitoring, performance tuning, and continuous improvement recommendations.

Technologies & Platforms

A comprehensive toolkit spanning hardware, software, networking, and cloud — selected and mastered for enterprise systems integration.

Systems Engineering (ISO 15288)
Amazon Web Services (AWS)
Microsoft Azure
Google Cloud Platform
Kubernetes & Container Orchestration
🔌 Embedded Linux & Yocto Project
FPGA Design (Verilog/VHDL)
📡 Software-Defined Networking (SDN)
🔒 Zero Trust Security Architecture
📈 Real-Time Data Processing (Kafka/Flink)
🛠 CI/CD Pipeline Engineering
💾 Infrastructure as Code (Terraform/Pulumi)
🔧 ARM Cortex & RISC-V Development
🛰 Distributed Systems Design
📚 Model-Based Systems Engineering
🔬 Machine Learning Infrastructure
📱 IoT Platform Architecture
High-Performance Computing (HPC)
🔗 API Gateway & Service Mesh Design
📧 Message Queuing (RabbitMQ/Redis/NATS)
🗃 Database Architecture (SQL/NoSQL/TSDB)
🔊 Observability & Monitoring Stacks
💾 PCB Design & Hardware Engineering
🔑 Identity & Access Management (IAM)
🔃 Edge Computing Architecture

What Sets Our Engineering Apart

In a field where reliability is everything, our differentiated approach delivers measurable results.

01

Systems Thinking First

We evaluate every component in the context of the whole system. Our engineers are trained in systems theory, not just individual technologies — meaning we design for emergent behaviors, failure modes, and long-term evolvability from day one.

02

Rigorous Requirements Engineering

The root cause of most system failures is poor requirements. We invest heavily in structured elicitation, formal specification, and continuous traceability. Every design decision maps to a validated requirement — nothing is built that shouldn't be.

03

Vendor-Neutral Architecture

We have no reseller agreements, no vendor quotas, and no incentive to recommend one technology over another. Our architecture recommendations are driven purely by your requirements, constraints, and total cost of ownership analysis.

04

Full Lifecycle Support

From concept through deployment and beyond, we remain engaged. Our sustainment programs include proactive monitoring, capacity forecasting, security patching, and architectural health assessments — ensuring systems perform reliably over years.

05

Global Standards, Local Insight

Based in Chengdu's technology corridor in Jinniu District, we combine ISO/IEC/IEEE standards expertise with deep knowledge of China's technology supply chain, regulatory environment, and business culture — a bridge few firms can credibly offer.

06

Measured by Uptime

We track and publish our system reliability metrics. With a 99.97% average uptime across deployed systems and a mean time to recovery under 12 minutes, our engineering speaks in numbers — not marketing claims.

Start the Conversation

Tell us about your systems challenge. We will respond within one business day with a preliminary assessment and proposed approach.

Ya Zheng Headquarters

Chengdu Yazhengxiao Technology Co., Ltd.

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Office Address

Room 6, Attached No. 9, 4th Floor, 413
Saiyuntai East 1st Road, Jinniu District
Chengdu City, Sichuan Province, 610000
China

Email

connect@yazheng.lat

Phone

+1 (938) 388-9332

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Domain

yazheng.lat

Ready to Engineer What is Next?

Whether you are architecting a new platform, integrating legacy systems, or scaling infrastructure for the next decade — our engineering team is ready to deliver.

Schedule a Consultation →