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Capabilities

Building data and IoT in spatial context

Connect selected building systems, IoT data, and automation workflows to the digital twin so teams can understand data where it belongs - inside the building.

3D cutaway of a plant room with sensor markers and readings shown on the equipment they monitor
The Problem

Building data is often disconnected from physical context

Sensor, device, automation, and building system data becomes far more useful when teams understand exactly where it exists and which physical asset or space it relates to.

System data can be abstract

Dashboards and device lists describe the building in rows and IDs. Without a spatial reference, readings are hard to connect to the rooms and equipment they describe.

Devices are difficult to interpret without location

A sensor alert means little until someone knows exactly where the device sits, what it monitors, and which assets or spaces sit around it.

Teams switch between interfaces

Building management systems, IoT platforms, and asset registers each live in their own tool, so answering one question often means opening three applications.

Operational context is lost

When device data is separated from asset history, documentation, and floor plans, teams lose the context they need to act quickly and confidently.

The SIMLAB Approach

Connect data to place

A simple chain turns raw device data into operational understanding: every reading is anchored to a location, related to an asset, and put to work in a daily workflow.

Four-step chain from a sensor on a pump to its location in the twin, the related asset card, and a new operations task
01

Connect device or system

Bring selected building systems and IoT data sources into the SIMLAB environment, starting with the systems that matter most to your operation.

02

Anchor it to spatial location

Place each device or data point at its position inside the digital twin, so readings are always tied to a specific room, floor, or zone.

03

Link it to asset context

Relate devices to the assets they monitor or control, alongside documentation, service history, and notes that live on those assets.

04

Support operational workflow

Give facility and operations teams one spatial view where device data, assets, and daily tasks come together to support decisions.

Use Cases

IoT and automation use cases

From single-site facility teams to smart building programs, spatial context makes operational data easier to read, share, and act on.

Equipment status in spatial context

See the status of monitored equipment where it actually sits in the building, instead of scanning a flat list of device names.

Smart building visibility

Give smart building teams a spatial layer that helps them present and explore building data in a way stakeholders immediately understand.

Device and asset relationship

Understand which devices relate to which assets, so sensor data, asset records, and documentation stay connected in one place.

Facility operations support

Help technicians locate devices, review nearby assets, and capture notes during daily rounds, inspections, and maintenance work.

Partner system integration

Work with SIMLAB and its partners to connect the platforms your teams already rely on, where approved, so spatial context extends across your stack.

Partner Ecosystem

Built to work alongside your existing systems

SIMLAB is not a replacement for your building management or enterprise platforms. Where approved, SIMLAB can support integrations with the tools your teams already use, adding a spatial layer on top of the systems that run your operation.

ProcoreIBM MaximoMatterportNavVisLeicaFaro

Integration availability depends on your environment and approvals. We scope each connection together with your IT and OT stakeholders.

SIM-ON view of a mechanical room with readings at the equipment, beside a panel listing BMS, CMMS, and IoT data sources
SIM-ON floor view with device markers in place and one pump opened to show its asset details and documents
Inside SIM-ON

The spatial layer for daily operations

IoT and building data live inside SIM-ON, SIMLAB's spatial and operational layer. Facility management, asset records, device data, and daily operations are organized around the building itself, so context is never more than a click away.

  • Devices and readings shown at their location in the twin
  • Asset records, documentation, and notes linked to each device
  • One environment shared by facility, operations, and technology teams
Scope

Clear about what this is, and what it is not

SIMLAB presents building and device data in spatial context to support day-to-day operational work. It is not an emergency response or life safety system, and we do not make guaranteed automation claims. Automation workflows remain in the hands of the teams and systems responsible for them - SIMLAB supports those teams with location, asset, and documentation context.

Get Started

Discuss building data in spatial context

Tell us which systems and devices matter to your operation, and we will walk you through how they can live inside the digital twin.