Software Without Hardware Is Just a Screen

Facilimax delivers the full operational stack. We specify, deploy, and integrate the sensors, edge compute, controls, and wearable interfaces that make the digital twin an operational tool, not a visualization.

Vendor-Agnostic. Fully Integrated.

No facility runs on a single vendor's stack. Facilimax is the integration layer that makes all of your hardware intelligent through the digital twin.

The Typical Approach

Buy Software, Hope for the Best

Most digital twin vendors sell a software license and leave hardware integration to the customer. The result: sensors placed without a strategy, incompatible protocols, data gaps, and a twin that reflects last month's reality. The customer blames the software. The real problem is the architecture.

The Facilimax Approach

Design the System as a Whole

Facilimax specifies the full IoT architecture from day one: sensor types, placement density, communication protocols, edge compute requirements, and wearable interfaces. The nervous system and the brain are designed together. On new builds, we insert ourselves in the IoT discussion early. On retrofits, we audit and augment what exists.

01

The Sensing Layer

The twin's nervous system. Without the right sensors in the right locations feeding the right data at the right frequency, the Omniverse model is just a render. Facilimax specifies and deploys environmental, power, and equipment sensors tailored to each facility's operational requirements.

As authorized resellers for Vertiv and AKCP, we control the quality of the sensing layer from procurement through deployment, ensuring every data point the twin needs is captured at the source.

Vertiv Authorized Reseller
AKCP Authorized Reseller
sensor_deployment.config
Temperature & HumidityPer-rack / Per-zone
Power MonitoringBranch circuit level
Airflow & PressureSupply / Return plenum
Vibration AnalysisRotating equipment
Water DetectionSub-floor / Perimeter
Data FrequencySub-second capable
02

The Edge Compute Layer

Local intelligence that processes data in real time without round-tripping everything to the cloud. Edge devices filter, aggregate, and analyze sensor data at the point of collection, reducing latency, bandwidth costs, and cloud dependency.

For critical infrastructure, edge compute is not optional. When a cooling system anomaly is developing, you need the twin to respond in seconds, not after a cloud round-trip. The edge layer ensures operational intelligence is always on, even when connectivity is intermittent.

edge_compute.config
Local ProcessingReal-time anomaly detection
Data FilteringNoise reduction at source
Latency< 100ms response
Offline CapabilityAutonomous operation
ML InferenceOn-device prediction
SecurityData stays on-premises
03

Controls Integration

A digital twin that can see but not act is only half the value. Facilimax integrates with building management systems, HVAC controls, power management platforms, and fire/life safety systems to close the loop between insight and action.

We are vendor-agnostic by design. No facility runs on one manufacturer's controls stack exclusively. Whether the customer uses Schneider for power, Tridium for BMS, or Hitachi Energy for switchgear, Facilimax is the brain that sits above all of it, making every vendor's hardware more intelligent.

controls_protocols.config
BACnet

HVAC and building automation

Modbus

Industrial equipment and power

MQTT

Lightweight IoT messaging

OPC-UA

Industrial interoperability

SNMP

Network infrastructure

RESTful API

Cloud and SaaS integration

04

The Wearable Interface

The digital twin is only valuable if the people who need it can access it at the point of work. RealWear headsets put twin intelligence in the hands of field technicians, hands-free, while they stand in front of the equipment they are maintaining.

A maintenance technician wearing a RealWear headset can view real-time sensor data overlaid on the physical asset, follow step-by-step procedures validated in the twin, and receive AI-driven guidance without putting down their tools or walking back to a control room.

RealWear Wearable Interface
field_interface.config
InterfaceHands-free, voice-controlled
AR OverlayReal-time sensor data on asset
Procedure GuidanceStep-by-step from twin
Remote AssistExpert collaboration live
DocumentationAuto-capture work records
EnvironmentIndustrial rated, Class I Div 2

New Builds and Retrofits

Whether you are designing a facility from scratch or modernizing a 30-year-old building, Facilimax delivers the right hardware integration strategy.

New Construction

Specify from Day One

On new builds, Facilimax inserts into the IoT architecture discussion during design. We specify sensor types, placement, communication protocols, and edge compute architecture so the twin and the building are designed as a unified system. The result: a facility that is twin-ready on day one of operations.

Existing Facility

Audit, Augment, Activate

For existing facilities, Facilimax conducts a sensor and controls audit, identifies data gaps, and deploys targeted hardware to bring the building up to twin-ready status. We work with the infrastructure already in place, adding only what is needed to close the loop between physical operations and digital intelligence.

Data Centers

Full-Stack Deployment

For GPaaS data center projects through Red River Infrastructure, Facilimax controls the entire stack from site development through operational digital twin. The IoT architecture is specified by Facilimax from design, with no competing integrator. These projects serve as reference deployments for the integrated approach.

Government & Higher Ed

Portfolio-Wide Rollout

For campus and government portfolios with hundreds of buildings, Facilimax develops a phased deployment strategy: priority facilities first, standardized sensor packages, centralized edge compute, and a unified twin platform that scales across the entire portfolio over time.

Let Us Specify Your IoT Architecture

Bring Facilimax into the conversation early. Whether it is a new build or a retrofit, we will design the sensor, edge, controls, and wearable stack that makes your digital twin operational from day one.