Your Building Data Should Still Be Working 20 Years After Handover
We connect BIM models, asset data, and operational systems into a live digital replica of your facilities. The result: smarter maintenance, real-time visibility, and decisions grounded in data instead of guesswork.
Discuss Your Digital Twin StrategyWhat is a Digital Twin?
A Digital Twin is a dynamic digital replica of your physical assets. Not a static 3D model sitting on a server. A live, connected system that bridges design data with operational reality.
It connects four layers of information into a single, queryable environment that facility teams, asset managers, and decision-makers can actually use.
From Project Model to Asset Model
The transition from construction to operations is where most project data dies. Digital Twin technology keeps it alive.
Project Information Model (PIM)
The digital model used during design and construction phases, incorporating physical and functional characteristics of the building or infrastructure.
Contains geometry, spatial relationships, quantities, and properties needed to coordinate and deliver the project.
Asset Information Model (AIM)
The Digital Twin representation that extends beyond construction to cover the asset’s entire lifecycle: operations, maintenance, and eventual decommissioning.
Links equipment records, warranties, maintenance schedules, and real-time sensor data to the spatial model.
Why Facility Operations Struggle Without a Digital Twin
Most buildings hand over a stack of PDFs and an as-built model nobody opens again. The data exists, but it’s scattered, outdated, and disconnected from the teams who need it.
Fragmented Asset Data
Critical information stored across multiple disconnected systems. No single source of truth for equipment specs, warranties, or maintenance history.
Data Loss Between Phases
Valuable information collected during design and construction disappears at handover. Each phase starts from scratch.
Inaccessible Asset Information
Facility teams can’t quickly find accurate data about equipment location, specifications, or service records when they need it.
Reactive Maintenance
Without connected data, maintenance is reactive instead of predictive. Equipment fails before problems are identified, driving up costs and downtime.
Digital Twin Maturity Model
Not every facility needs an autonomous twin on day one. We help you establish the right foundation, then scale toward intelligence. Normalized data standards in the early stages build the groundwork for AI-driven insight in the later stages.
Descriptive
Normalized data foundation for assets, spaces, and systems. Leveraging as-built BIM to create a digital replica curated for operations.
Informative
Augmented with operational and sensor data. Real-time and historical insights normalized across the portfolio.
Predictive
Analytics-driven early fault detection and predictive insights for optimizing building operations before failures occur.
Comprehensive
Simulation-based what-if scenarios. Model the impact of system upgrades or space reconfigurations before committing resources.
Autonomous
AI models that act on behalf of occupants and self-tune facility performance. The building learns and adapts.
How It All Connects
A Digital Twin integrates physical building systems with a cloud-based platform through IoT sensors, BMS protocols, and middleware. Here’s the data flow.
Physical Systems
HVAC, lighting, security, energy management, fire safety, and environmental sensors generating continuous data.
Communication Layer
BACnet, Modbus, MQTT, CoAP, and HTTP protocols transfer data from BMS and IoT devices to the processing layer.
Middleware & Processing
Data filtering, normalization, and mapping through integration tools. Handles the volume and variety of large-scale infrastructure data.
Digital Twin Platform
Cloud-based environment for visualization, analytics, real-time monitoring, dashboards, and predictive insight through the BIM viewer interface.
Digital Twin Services
From initial data capture through platform deployment and IoT integration. We handle the full implementation, not just the model.
Scan-to-BIM for Existing Facilities
Reality capture and point cloud processing to create accurate as-built BIM models of existing buildings and infrastructure. The essential first step for retrofit and FM applications.
COBie Data Integration
Structured asset data mapped to BIM elements following COBie standards. Equipment records, specifications, warranties, and maintenance data embedded directly in the model.
QR Code Integration
Physical-to-digital linking through QR codes mapped to model elements. Facility teams scan an asset on-site and access its full data profile instantly.
Platform Deployment
Configuration and deployment of your Digital Twin platform, including model import, saved views, custom parameters, asset inventory, and operational dashboards.
BMS & IoT Integration
Connecting building management systems and IoT sensors to the Digital Twin through real-time data streams. Live operational data overlaid on the spatial model.
Lifecycle Data Strategy
Planning and structuring the data handover from design through construction into operations. No information lost between project phases.
Autodesk Tandem
We implement Digital Twins on Autodesk Tandem, a purpose-built platform for transitioning BIM data into facility operations. Native integration with the Autodesk ecosystem your project teams already use.
Built for BIM-to-Operations
Seamless transition from design and construction data directly into facility management workflows.
Cloud-Based & Scalable
Secure cloud platform that scales across individual buildings, campuses, or entire asset portfolios.
Connected Ecosystem
Integrates with BIM models, Autodesk Construction Cloud, IoT platforms, and FM systems.
Intuitive 3D Interface
Facility teams access asset data through a visual 3D environment. No BIM expertise required.
What a Digital Twin Delivers
The value compounds over time. Immediate operational visibility becomes predictive intelligence becomes autonomous optimization.
Immediate Impact
Centralized asset data: one consolidated view of all BIM models, equipment records, and maintenance history
Real-time access to asset information, warranties, and specifications for faster maintenance planning
Reduced operational downtime through faster issue identification and resolution
Seamless data continuity from design through construction into operations with zero information loss
Long-Term Value
Data-driven insights for asset performance, enabling predictive maintenance strategies
Energy, utility, and environmental performance monitoring to support sustainability and ESG goals
Future-ready platform: integrate IoT sensors, BMS, and CAFM systems as your operations mature
Scalable to portfolio-level Digital Twins across all owned or managed assets
From a Single Device to an Entire City
Digital Twins operate at every scale. We scope and implement at the level that matches your operational needs and growth trajectory.
Smart Device
Individual equipment monitoring. Sensors on critical HVAC units, electrical panels, or specialized equipment feeding data to the twin.
Smart Building
Full-facility Digital Twin connecting all systems, spaces, and assets in a single building to one operational platform.
Smart City / District
Portfolio-level twins spanning multiple buildings, infrastructure, and public assets. Unified data layer for district or campus-wide operations.
The Value of Your Asset Lies in How Intelligently It’s Managed
Talk to our team about building a Digital Twin strategy that transitions your project data into operational intelligence.
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