DIYI Holdings (Guangzhou) Co., Ltd.-Digital Platforms

Platform Portfolio

DIGITAL PLATFORM

Building the digital foundation for intelligent manufacturing and incubating scalable technology platforms.

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The Digital Technology Platform serves as the “technology brain” of the Group. Internally, it provides unified digital capabilities for all business units; externally, EcoChain transforms accumulated technologies into independent end-to-end automation solutions.

Why We Exist

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Hardware Silos--Different robot brands and equipment protocols are incompatible, limiting customer choices and weakening bargaining power.

Solution: Unified coordination through the **Multi-device Coordination** module.

System Silos--Multiple systems such as WMS/WCS/RCS coexist, with integration costs accounting for over 30% of total project costs.

Solution: Seamless connectivity through the **Integration & API Layer**.

Rigid Business Processes--Process changes rely heavily on secondary development, making it difficult to respond to order surges and peak demand.

Solution: Flexible task orchestration and dynamic scheduling through **iROS**.

Vendor Lock-in--Dependence on a single hardware ecosystem leads to high long-term costs and poor scalability.

Solution: Neutral hardware selection and open architecture to avoid ecosystem lock-in.

What we deliver is not merely a collection of equipment or software, but an intelligent system that is operational, scalable, and continuously evolving.

Software System Integration

Integrate ERP/WMS/MES with various robots and equipment to form a unified operational hub.

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Four Core Competencies

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Professional Engineering Implementation

Deliver turnkey projects from infrastructure retrofitting and equipment installation to system commissioning.

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High-Quality Hardware Sourcing

Leverage China’s manufacturing ecosystem to provide neutral selection, original sourcing, and end-to-end quality control.

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Flexible Financial Services

Offer BOT, OPEX, and finance leasing to convert CAPEX into manageable OPEX.

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These four competencies work in synergy to provide each business division of the Group with a “deliverable, operable, and scalable” technology foundation—rather than a one-time equipment purchase.

Core Drivers of Independent Growth Potential

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Module 1: iROS – Execution & Dispatching Hub

Positioning: Intelligent Dispatching × Task Orchestration

Mission: Unified task orchestration, process scheduling, and execution control – enabling complex automation systems to "think".

Core Capabilities:

Real-time task orchestration: Dynamically assign tasks to the most suitable execution unit

Process scheduling engine: Support flexible configuration of complex business processes

Execution control hub: Unified monitoring, exception handling, and retry mechanisms

Independent Growth Potential: Can be delivered externally as a standalone "automation dispatching engine", serving any smart manufacturing scenario that requires complex task orchestration.

Technology Highlight: Supports hybrid human-robot collaboration scenarios, allowing progressive expansion based on business phases.

Module 2: Integration & API Layer – System Connectivity Layer

Positioning: System Connectivity × Data Integration

Mission: Connect mainstream interfaces such as ERP, EDI, and APIs – enabling siloed systems to "talk".

Core Capabilities:

Mainstream interface library:

Pre-built connectors for common systems including ERP, WMS, MES, and OMS

Data mapping engine: Automatically handle data format conversion between different systems

Real-time synchronization mechanism: Ensure cross-system data consistency

Independent Growth Potential: Can be delivered externally as a "system integration middleware", solving the "interface hell" problem during enterprise digital transformation.

Technology Highlight: Reduces integration cost from over 30% of total project cost to a manageable level.

Module 3: Visibility & Control Tower – Operational Visualization & Management Hub

Positioning: Status Transparency × Decision Support

Mission: Provide real-time visibility, task tracking, anomaly monitoring, and decision support – enabling managers to "see clearly and stay in control".

Core Capabilities:

Real-time status transparency:

At-a-glance view of equipment status, task progress, and inventory levels

Anomaly monitoring & alerting: Automatically identify exceptions and trigger handling workflows

Digital twin & simulation: 3D modeling and what-if analysis to provide quantitative decision support for expansion and peak seasons

Independent Growth Potential: Can be delivered externally as an "operations management suite", serving warehousing, manufacturing, and logistics enterprises that require refined operations.

Technology Highlight: Achieves 99.9% inventory accuracy through real-time data closed-loop.

Module 4: Multi-device Coordination – Equipment & Robot Coordination Module

Positioning: Cross-brand Coordination × Unified Dispatching

Mission: Enable unified collaboration across multi-brand robots, automation equipment, and execution units – allowing heterogeneous devices to "work together".

Core Capabilities:

Protocol conversion engine: Compatible with mainstream robot communication protocols

Device abstraction layer: Standardize different devices into unified execution units

Coordination scheduling algorithm: Path planning and conflict avoidance during simultaneous multi-device operations

Independent Growth Potential: Can be delivered externally as a "robot coordination middleware", serving automation scenarios that involve multi-brand robots.

Technology Highlight: Partners with 30+ leading Chinese robot manufacturers to provide neutral selection advice, avoiding vendor lock-in.

Intelligent Dispatching Algorithm Library

Core algorithms for task orchestration, path planning, and conflict avoidance Use Cases: All business scenarios involving automated dispatching

System Integration Methodology

Standard processes for interface integration, data mapping, and system commissioning Use Cases: Digital transformation projects across all business divisions of the Group

Device Coordination Framework

Unified access and management capability for multi-brand equipment Use Cases: Any scenario requiring heterogeneous device coordination

Digital Twin Capability

3D modeling, simulation analysis, and decision support tools Use Cases: Site planning, capacity assessment, and operational optimization

Platform Capabilities

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Global Implementation Cases

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Japan – Project with a Leading Manufacturing Company

Description: Project in initiation phase, providing automation solutions for a manufacturing enterprise.

South Korea – Warehouse Automation for a Large Logistics Center

Description: Project in implementation phase, covering WMS + multi-brand robot coordination.

Americas – Long-term Partnership with a 3PL Service Provider

Description: Supporting operations in the Americas and global expansion, providing ongoing maintenance, support, and upgrades.

Australia – Strategic Partnership with a Local System Integrator

Description: Providing technical consulting and custom software development to jointly serve the local market.