Planning & Construction Layer

New Factory IT: Get It Right the First Time — Building a Solid Foundation for Smart Manufacturing.

This is not simply "cabling and networking" — it is the physical realization of a "Digital Twin." We ensure that your new factory's IT infrastructure, like your production lines, can withstand the test of the next decade, supporting your capacity and ambitions as they take off together.

200+ Success stories.
100% Synchronized go-live rate.
30% Cost Optimization

New Factory IT: A Weak Foundation Brings Everything Crashing Down

A new factory represents new capacity and new opportunities—and a brand-new digital starting point. However, IT infrastructure built without foresight will become an "inherent bottleneck" for future efficiency gains, data-driven operations, and smart upgrades. Today, we explore how to embed "smart genes" into your new factory, so you never start from behind.

Typical Predicaments in New Factory IT Planning

Three Major Predicaments Preventing Your Digital Blueprint from Materializing.

Challenge One: No overall blueprint; a forest of "chimney" silos.

  • Networking, security, telephony, and production data each operate independently—systems are siloed.
  • High post-integration costs creating "data silos."
  • Unclear responsibilities among different vendors; coordination is difficult.

Predicament 2: Disconnected from construction — costs spiral out of control.

  • Low-voltage conduits and server room locations not pre-reserved.
  • Leads to costly "open-heart surgery" later, causing construction delays.
  • Budget overruns; remediation costs are 3–5 times higher than during the planning phase.

Predicament 3: Heavy on hardware, light on planning — growth constrained.

  • Focusing only on immediate needs without long-term planning.
  • Equipment selection lacks scalability; three years later as the business grows, systems must be torn down and rebuilt.
  • Technology iterates rapidly; investments quickly depreciate.

The cost of traditional construction models.

Piecemeal construction vs. integrated planning: the cost comparison is staggering.

Model A: Multi-vendor subcontracting, self-coordination.

The owner manages multiple suppliers and coordinates all parties independently.

The cost: extremely high communication overhead, unclear accountability boundaries, and subpar overall performance.

Model B: Relying on a general contractor or a single equipment vendor.

Handing IT construction to a general contractor or a single-brand vendor.

The cost: solutions may be locked into a specific brand or constrained by limited technical perspective.

Model C: Ignoring IT and paying the price later.

Build the Factory First, Figure Out IT Systems Later

The cost: delayed business go-live, with remediation costs 3–5 times higher than during the planning phase.

Cloud Valley's Approach: New Factory IT "Chief Consultant" and Integrator.

Turnkey Project: From blueprint to production launch, we serve as your IT "general contractor."

Cloud Valley serves as the central hub, coordinating all parties in an integrated manner.
Cloud Valley Chief Control.
Architectural Design Institute
M&E subcontracting.
Production equipment vendor.
Business departments.

Unified interface with clear accountability, ensuring IT systems integrate seamlessly with buildings and production workflows.

Our Positioning & Value

As the owner's IT "representative" and "chief controller," we are involved throughout the entire process of planning, design, implementation, and acceptance. We ensure seamless integration of IT systems with buildings and production workflows, achieving a "move-in ready" level of production readiness. Delivering a unified, scalable, secure, and compliant digital factory foundation.

  • Impartial planning advisor.

    Leveraging multi-brand capabilities to ensure the optimal solution—vendor-agnostic and always representing the client’s best interests.

  • Powerful general contracting integration.

    One-stop integration of network, security, cloud, security surveillance, and ICS — single interface, clear accountability.

  • Long-term operations partner.

    The system builder is also the operator—no knowledge gaps, seamless service continuity.

Core Framework: Integrated Planning and Layered Construction.

One Blueprint from Start to Finish: A Panoramic View of Smart Manufacturing IT Architecture

4

Application Layer (Cloud and Platforms)

Enterprise cloud platform (Huawei Cloud / Sangfor Cloud), future MES/ERP access points, and data analytics platform foundation.

Enterprise cloud platform. MES/ERP integration. Data middle platform.
3

Production Layer (Industrial Interconnection)

Industrial wireless networks, data acquisition networks, and ICS security (coordinated with Schneider Electric, Siemens, etc.).

Industrial wireless. Data Acquisition ICS security.
2

Security Layer (security and IoT)

Video surveillance (Hikvision), access control systems, perimeter protection, environmental monitoring, IoT platforms

Video surveillance. Access Control System Environmental monitoring.
1

Foundation Layer (Network and Data Center).

All-optical networks, modular data centers, structured cabling, and data center infrastructure.

All-optical network. Modular data center. Structured cabling.

Guiding principle: security, compliance, and scalability run through every architectural layer.

Key Milestones Deeply Integrated with Engineering Construction

How do we synchronize with your factory construction?

1

Phase 1: Planning and Design

Participate in architectural drawing reviews to determine core equipment rooms, low-voltage rooms, and pipe routing—ensuring IT requirements are incorporated into the building design.

Key Deliverables:

  • Comprehensive IT Planning Proposal
  • Server room and low-voltage room layout diagram.
  • Pipeline & Routing Planning Diagram
2

Phase 2: Civil Works and Construction.

Supervise conduit pre-embedding and cable tray installation to ensure IT standards compliance, avoiding costly retroactive wall openings later.

Key Deliverables:

  • Concealed works acceptance report.
  • Conduit pre-installation confirmation.
  • Phase construction progress report.
3

Phase 3: MEP Installation.

Deploy backbone systems including networking, security surveillance, and telephony, coordinated with electrical and HVAC system installation and commissioning.

Key Deliverables:

  • Backbone network deployment diagram.
  • Security System Deployment Diagram
  • System integration test report.
4

Phase 4: Production Line Installation and Commissioning

Interface with production equipment vendors, establish data acquisition networks, and implement ICS security policies to ensure production systems go live securely.

Key Deliverables:

  • Data collection network configuration.
  • ICS security policy deployment.
  • Production system integration report.
5

Phase 5: Pre-Production Acceptance

Conduct system-wide integration testing, stress testing, and security scanning, then issue a System Delivery Report to ensure the system is production-ready and efficient from day one.

Key Deliverables:

  • Full-Network Integration Test Report
  • System Stress Test Report
  • Final System Delivery Report

Manufacturing-Specific Consideration: Production Always Takes Center Stage

All for Production: Safeguarding Stability, Efficiency, and Security

Network isolation and reliability.

Rigorously segment office, production, surveillance, and guest networks. The production network uses a high-reliability redundant architecture with dual hot-standby core switches to ensure production continuity.

Environmental Adaptability Design

Workshop APs and switches use industrial-grade equipment — dust-proof, high-temperature resistant, and immune to electromagnetic interference — adapted to the harsh manufacturing environment for long-term stable operation.

ICS security front-loading.

Deploy industrial firewalls and audit platforms during the construction phase, achieving "security planned, built, and operated in sync" — ensuring production security from the source.

Flexible Expansion Headroom

Reserve ample network ports and computing resources for future needs such as AGVs, machine vision, and energy consumption monitoring, ensuring the factory’s digital capabilities can sustainably scale.

Cost optimization and value analysis.

Integrated planning: How does it save you money and create a premium?

Traditional model total cost.

Decentralized planning, procurement, and implementation — initial investment may appear low, but the full lifecycle cost is prohibitively high.

  • Retrofit costs: wall openings, pipe re-routing due to poor planning.
  • Duplicate procurement costs: equipment replacement due to system incompatibility.
  • Integration interface costs: development expenses for connecting disparate systems.
  • Cost of operational chaos: hidden costs from multi-vendor coordination and unclear accountability.

Cloud Valley Integrated Model — Total Cost

Holistic planning, holistic design, holistic implementation — initial planning investment is slightly higher, but full lifecycle costs are significantly reduced.

  • Efficiency gains: a high-performance, stable digital environment from day one, accelerating production ramp-up.
  • Shortened payback period: systems done right the first time, avoiding repeat investment, reducing the ROI timeline by 30%.
  • Earned premium: intelligent, visualized modern factory that attracts premium clients and orders.
  • Risk reduction: professional planning avoids technical risks, and stable system operation safeguards production continuity.

Investment analysis comparison curve.

Traditional model total cost vs. integrated model total cost comparison.

Traditional model total cost.
Integrated model total cost.

Although the integrated model requires a slightly higher initial planning investment, its full-lifecycle cost is significantly lower—making it one of the highest-ROI investments.

Five-Step Professional Implementation Process

A clear and transparent process ensuring perfect delivery results.

1

Blueprint Planning Phase

In-Depth Research to Clarify Business Objectives and Technology Roadmap

In-depth investigation and analysis of business requirements.
Technical architecture design and review.
Investment Estimate and ROI Analysis
Key Outputs:

IT Master Plan and Investment Estimate & ROI Analysis Report

2

Detailed design phase.

Complete detailed design, ready for implementation.

Construction Drawing Design and Review
Equipment Selection and Bill-of-Materials Confirmation
Tender technical specification preparation.
Key Outputs:

Complete construction drawings, equipment selection lists, and bidding technical specifications.

3

Integration implementation period.

Procurement, Construction, Installation, and Commissioning with Rigorous Project Management

Equipment Procurement and Delivery Acceptance
On-site construction and installation commissioning.
Concealed works acceptance and confirmation.
Key Outputs:

Equipment Acceptance Forms, Construction Progress Reports, and Phase Acceptance Reports

4

Integration testing period.

Multi-system joint commissioning, simulating production environments.

Multi-system joint commissioning.
Simulated production environment stress testing.
Security scanning and vulnerability remediation.
Key Outputs:

System integration test report, stress test report, and security scan report.

5

Delivery & Operations Phase

Knowledge Transfer, Documentation Handover, and Transition to Managed Services

System knowledge transfer and training.
Technical documentation delivery.
Operations service handover.
Key Outputs:

Complete technical documentation, user training manuals, and managed service agreements.

Risk management and quality assurance.

Foolproof assurance system.

Design Risk

Unreasonable technical solution, misaligned with actual requirements.

  • Mitigated through multi-scheme review and expert validation.
  • Proof of Concept (POC) to Validate Key Technologies
  • Multiple Rounds of Client Confirmation to Ensure Requirement Alignment

Engineering risks.

Construction quality falls below standards, causing project delays.

  • Rigorous construction management and process supervision.
  • Concealed work acceptance and phased sign-off confirmation.
  • Close Coordination with Civil and MEP Engineering

Technical Risk

Equipment compatibility issues, system instability.

  • Backed by a team of Gold-certified engineers from Cisco, Huawei, H3C, and other leading vendors.
  • Rigorous equipment compatibility testing.
  • Multi-Vendor Integration Experience Ensures System Stability

Quality Risk

Delivered System Falls Short of Expectations with Defects

  • Execute three-level testing: unit testing, system testing, and business integration testing.
  • Client participation in UAT acceptance testing.
  • Comprehensive Quality Review Before Delivery

Why is Cloud Valley the Best Choice?

Triple value: serving as your advisor, integrator, and service provider all in one.

Value 1: An impartial planning consultant.

Through multi-brand capability, we ensure the optimal solution with no vendor lock-in, truly representing the owner's interests and providing the most sound investment advice.

Value 2: Powerful Turnkey Integration

One-stop integration of networking, security, cloud, surveillance, and ICS — single interface, clear accountability, ensuring optimal overall system performance.

Value 3: A long-term operations partner.

The system builder is also the operator — no knowledge gaps, seamless service continuity, accompanying your factory throughout its entire lifecycle from construction to operations.

Case Reference: A new energy battery materials smart factory's overall IT construction.

See how we help clients build industry-benchmark digital workshops.

Client Background.

A well-known new energy battery materials company is building a high-standard smart factory covering 200 mu with a total investment of 2 billion yuan, requiring IT systems to be planned, built, and commissioned in sync with the production lines.

200 mu. Factory Footprint
2 Billion RMB Total investment.
98% Data collection rate.
Zero delay. IT system delivery.

Challenges & Requirements

  • Cleanroom Environments Have Special Requirements for Network Equipment
  • Complex production data collection requirements involving multiple industrial protocols.
  • Extremely High Safety and Reliability Requirements — Production Cannot Be Interrupted
  • System integration with multiple production equipment vendors (Siemens, ABB, etc.).

Our Solution

Cloud Valley provides full lifecycle services from planning to operations, integrating industrial PON networking, micro-modular data centers, comprehensive security, and ICS security to achieve deep IT-OT convergence.

Implementation results.

IT systems supported factory ramp-up with zero delays; automated data collection rate reached 98%, network availability hit 99.99%—becoming an industry benchmark digital workshop.

Client Testimonials

"Cloud Valley's integrated planning and implementation capabilities exceeded our expectations. The IT systems were not only delivered on schedule; more importantly, they integrated seamlessly with our production processes, laying a solid foundation for Smart Manufacturing." — Mr. Wang, Project Director

Inject intelligent genes into your blueprint now.

We sincerely invite you to a free, no-strings-attached "New Factory IT Planning Top-Level Design Consultation Workshop."

Free Workshop

New Factory IT Planning Top-Level Design Consultation.

Professional guide.

Get the Guide to Smart Factory IT Infrastructure Construction.

No strings attached.

Even without cooperation, it provides important reference value.

How to Get Started?

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