See assets in their real surroundings
Place buildings, equipment and pipelines in their actual locations, so asset information also shows where each asset is and what it connects to.
3D rendered scene · Visual concept
01 / BUSINESS VALUE
See the site clearly.
Make informed management decisions.
Connect spaces, equipment, operations and knowledge
to support everyday management and site coordination.
Connect equipment with business operations
Map equipment status, environmental readings and production progress to the scene, alongside business systems, to understand operations.
Locate alerts and risks
Link alerts to equipment and areas, together with video, inspection and response records, to help teams assess and act.
Reuse knowledge and experience
Use 3D assembly and disassembly, simulation training and digital humans to deliver business knowledge, explanations, enquiries and operating guidance.
02 / CONNECTED SCENES
Connect spaces with data.
Make business operations visible.
Across campuses, ports, grain depots and vessels,
connect site conditions with business information in the scene.
DIGITAL TWIN / CONNECTED WORLDPhysical and digital integration · Connected scenes
Map the whole site. Connect its elements.
Spatial assets · Site data · Business coordination
This panorama is a concept illustration. Select an industry to view related cases.CAMPUS — PORT — GRAIN — SHIP
03 / CORE CAPABILITIES
From spatial modelling
to data integration and intelligent interaction.
Combine 3D modelling, IoT integration and digital humans
with the technical and application capabilities your business needs.
Connect spaces with equipment clearly
Combine BIM, GIS, photogrammetry and custom 3D models to organise campuses, buildings, workshops and equipment for walkthroughs, information access and simulation.
Connect data to specific equipment
Connect IoT sensors, PLCs and systems such as MES and ERP, linking equipment status, environmental monitoring and operational information to 3D models.
Make business information easy to ask about and explain
Combine digital human characters, voice interaction and business knowledge for scene explanations, data enquiries and training across large screens, web and mobile apps.
Reuse suitable materials, hardware and systems, with a clear scope for new scenes, interfaces and interactions.Explore the technical approach
04 / TECHNICAL APPROACH
Connecting the site requires
a complete technical chain.
Combine models, data, rendering and interaction within the project scope,
based on existing equipment, business systems and target devices.
Sensing and data integration
Space and model organisation
Rendering and intelligent interaction
Applications and operational support
Digital human applications
From reception and wayfinding to business and scene explanations.
Bring characters, knowledge and data together
to make services and information easier to understand.
Engines, interfaces and deployment options are selected for project conditions; domestic platform compatibility is verified against the specific hardware and software.
05 / AI Digital twin solutions · CONNECTED OPERATIONS
Bring AI into the scene.
Connect site actions automatically.
For factories, ports, grain depots and other sites,
customise AI digital twin solutions around equipment conditions and management workflows.
Application settings
Four changes after AI integration.
Design connections and automation scope around site equipment, data availability and business rules.
Management stepCommon approach before integrationChanges with an AI digital twin
Tailor the solution to your site.
First discuss equipment conditions and business goals, then design integration, AI capabilities and workflow rules.
Custom implementation approach
- Requirements discussion and site assessment
- Integration and AI solution design
- Workflow customisation and integration testing
- Scenario acceptance and handover
Scope, AI analysis capabilities, automatic assignment and human confirmation points are defined through site assessment and planning.
06 / SELECTED PROJECTS
Connections in the digital world
serve real business sites.
From grain depots and ports to campuses, vessels and management cockpits,
explore how digital twins support different operating environments.
Digital twin platform for a Jiangsu grain depot
A 3D digital twin of a grain depot integrates warehouse, grain condition, inbound and outbound movement, energy use and security video data, with a dashboard and management platform delivered together.
Digital twin system for a Zhejiang grain depot
Warehouse management, grain condition monitoring, gas detection, weather monitoring and alerts, supported by a digital twin visualization dashboard.
Port operations and ship-to-shore coordination
Link vessels, cargo handling facilities and operating status in a night-time port scene, illustrating berthing, ship-to-shore connections and handling processes to support stage checks and safety confirmations.
A cross-region intelligent supervision cockpit
Bring operational risks and alerts from multiple regions onto a map, with risk levels, event types and response status, helping management move from an overview to priority areas and pending actions.
Smart campus management
Organize campus buildings, people, zones and surveillance access within a 3D panorama. An overall view and area analysis help managers understand the spatial layout and operational priorities.
3D port operations management
View port spaces, vessels, equipment and operational metrics together, with equipment maintenance records, pipeline information and risk alerts to assess operating conditions.
A 3D container terminal scene
Reconstruct the spatial distribution of cranes, yards, containers and vessels as a 3D foundation for berth viewing, site walkthroughs and operational area introductions.
3D grain depot walkthrough and warehouse location
View flat warehouses and silos in a 3D depot, select areas by warehouse labels, and explore through automatic or manual walkthroughs.
A digital workshop for a manufacturing business
Connect production equipment in a 3D workshop with operational, fault, maintenance and inspection records to help managers understand equipment distribution and status.
Warehouse spaces and storage location visualisation
Connect racks and storage locations with inventory data, categories, quantities and movement trends, helping teams locate the physical space behind the data.
3D management of a chemical industrial park
Link equipment, electricity use, monitoring and operational risks to a 3D scene for status checks, risk location and site management.
3D simulation training for wind power equipment
Use structural cutaways, assembly demonstrations and maintenance materials to turn abstract principles and procedures into interactive 3D training.
A hospital 3D visualisation platform
Combine 3D spaces and management data to present an overview, staffing information and operational status in an intuitive spatial view.
More industry cases and applications
Combine spatial views, operational management and interactive training across campuses, ports, grain depots, vessels, workshops and warehouses. The vessel scene is a concept illustration.
07 / DELIVERY PROCESS
Start with the business problem.
Build and deliver step by step.
First define user roles and management goals,
then connect models, data and systems.
Define the business problem
Review the site, existing systems and management priorities to establish what needs to be seen, connected and resolved.
Organise scenes and data
Review drawings, BIM/GIS and equipment records, confirming model accuracy, hardware conditions and data interfaces.
Build scenes and connected workflows
Complete modelling, live data mapping and business views, adding digital humans, video and simulation as needed.
Validate and hand over for use
Check models, data and interaction, then complete integration, testing and acceptance with the relevant users.
Confirm project boundaries and data conditions before agreeing model accuracy, integration scope and the implementation plan.
08 / PROJECT DELIVERABLES
Scenes, data and operations
with a clearly defined delivery scope.
Agree deliverables around business needs,
checking visual results alongside practical operating conditions.
Frequently asked questions · FAQ
Before construction,
Questions you may have。
start with models, hardware and systems
to confirm the right scope and ways of working.
Can existing models, equipment and business systems be reused?
We first assess existing BIM/GIS, 3D models, equipment and interfaces, prioritising suitable materials and systems. Additional modelling, interface changes and new hardware are confirmed individually within the project scope.
What does IoT hardware integration include?
Integration can cover sensors, PLCs, video and personnel positioning, alongside MES, ERP and other business data. Specific devices, interfaces, update frequencies and connections are confirmed against site conditions.
How are 3D technologies and deployment options selected?
We select technologies such as Three.js or Unreal Engine based on scene scale, visual quality, device performance and interaction needs, then plan deployment for web, apps, large screens and the target environment. Compatibility with domestic platforms requires validation against the specific hardware and software.
How can digital humans work with digital twin scenes?
Digital humans can explain scenes, answer knowledge questions, retrieve data and support training. We first define accessible knowledge and data, then configure voice, lip synchronisation, motion and business interaction within agreed permissions.
How can digital twins be combined with AI?
We first review site equipment, data interfaces and management goals to define the data, AI analysis scope and 3D objects. We then design anomaly detection, alert location, work order assignment, site feedback and recovery rules around roles, teams and approval processes. Automation scope, human confirmation points and acceptance scenarios are agreed after site assessment and planning.
Discuss your site and business needs
Business inquiry