Digital Twin Managed Physicial Deployment

aQ Atria covers every step from initial site survey to validated go-live. We manage sensor selection for each application, coordinate gateway installation, validate all protocol connections, and establish the performance baseline before any outcome service activates.

Software Cannot Fix a Bad Sensor

No software or optimisation engine can compensate for a mis-located flow meter, a stuck valve sensor, or a gateway that drops readings. Atria exists because Milvian's outcome-based pricing depends entirely on data quality. If the data is wrong, the savings claims are wrong.

Outcomes From Week One, Not Month Six

Because Atria validates data quality before go-live, EnergySmart, WaterGuard, and AirSafe generate reliable baselines from the first week. Customers do not spend months cleaning data or reconciling contradictory readings.

Connected Platform

Digital Twin Manages the Entire Deployment

From site survey to validated go-live, every step is orchestrated in one system. Ask about deployment status, sensor health, or commissioning progress with one command.

Deployment Intelligence, Not Spreadsheets.

Traditional deployments mean spreadsheets, checklists, and months of back-and-forth. Atria's AI manages the entire process: tracks every sensor, validates every data point, flags every issue, and tells you exactly where you stand instantly.

The difference:

Instead of asking "what's the commissioning status?" and waiting for a weekly report, you ask the system and get: "847 of 892 points validated. 45 pending. 3 sensors showing drift. ETA to full go-live: 4 days. Would you like me to flag the drift issues for field team?"

One question. Complete visibility. No spreadsheets.
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Real-Time Deployment Tracking

Ask "what's the status?" and get instant visibility across every sensor, gateway, and data point no waiting for reports.

Automated Validation

Every data point validated against acceptance criteria against acceptance criteria automatically engineering units, plausibility, cross-reference checks.

Proactive Issue Detection

Sensor drift, signal loss, flatlines, calibration drift the AI catches problems before they affect outcome services.

Intelligent Scheduling

Coordinated field team scheduling, predicts go-live dates, and manages dependencies across the deployment timeline.

Continuous Health Monitoring

Post-deployment, the Continuous sensor health monitoring and flags degradation before it affects data quality.

The 6-Phase Deployment

From Survey to Verified Saving

01

Site Survey & Asset Register

Physical survey of the facility. Every asset class is catalogued. The digital model of the facility topology and identifies sensing opportunities.

02

Sensor Selection

We select from a validated sensor catalogue calibrated for each application matching accuracy class, installation feasibility, and target KPIs automatically.

03

Gateway Installation

Edge gateways installed at mechanical room level. The system manages protocol translation configurations and validates connectivity for each gateway.

04

Commissioning

Every data point validated against acceptance criteria with documented acceptance criteria: engineering unit check, plausibility range, cross-reference validation, 48-hour trend review.

05

Baseline Establishment

Once data is validated, the performance baseline is established. Outcome services activate against the verified baseline not guesswork.

06

Continuous Health Monitoring

Continuous sensor health monitoring post-deployment. Drift, signal loss, calibration issues flagged and work orders generated automatically.

Asset Classes Covered

Coverage Across All Systems

Water Systems

  • Cold water mains & risers
  • LTHW / MTHW circuits
  • CHW / CWS distribution
  • Cooling tower basins
  • Sub-meters (all tenants)

Electrical

  • Main incomer / MSB
  • Chiller & boiler panels
  • Pump MCCs
  • AHU switchboards
  • Tenant sub-meters

HVAC/R Plant

  • Chillers (centrifugal, screw)
  • Boilers (gas, electric)
  • AHUs & FCUs
  • Cooling towers
  • VAV / damper arrays

Air Quality

  • Occupied zones / offices
  • Plant rooms
  • Server / data rooms
  • Car parks (CO)
  • Corridors & amenities

Use Cases

Where Atria Delivers Value

Brownfield Retrofits

Existing buildings with aging BMS, mixed-vendor equipment, and limited sensing.

  • No rip-and-replace required
  • Layer on top of existing BMS
  • AI-validated data from week one

New Construction Handover

Developers need verified commissioning data before occupancy.

  • Independent commissioning validation
  • Performance baseline from day one
  • Contractor accountability

Portfolio Rollouts

REITs deploying across multiple sites need standardised deployment.

  • AI-standardised playbook
  • Site-to-site comparability
  • Centralised portfolio view

BMS Upgrade Projects

Maintain data continuity during BMS replacement.

  • No rip-and-replace required
  • Layer on top of existing BMS
  • AI-validated data from week one

Critical Environments

Healthcare, data centers, labs require rigorous validation.

  • AI-validated 48-hour trends
  • Cross-reference plausibility
  • Documented acceptance criteria

ESG & Compliance

Establish M&V baselines for carbon disclosure and net-zero.

  • IPMVP-compliant baselines
  • Audit-ready documentation
  • AI-verified from week one

Deployment Scenarios

Deployment for Any Facility

Commercial Offices

Multi-tenant, mixed-use, high-rise

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Healthcare

Hospitals, clinics, aged care

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Manufacturing

Process plants, warehouses, logistics

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Data Centers

Colocation, enterprise, hyperscale

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Airports

Terminals, hangars, airside

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Hospitality

Hotels, resorts, convention centers

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Education

Universities, schools, campuses

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Retail

Shopping centers, big box

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Platform Comparison

aQ Atria vs. Other Smart Building Platforms

Capability Aqueduct (Atria) Other Smart Building Platforms
Deployment-first architecture We own data quality end-to-end Manual spreadsheet tracking
Sensor selection & installation Optimised, included as service Customer responsibility
AI-powered commissioning Automated validation + acceptance Manual checklists
Continuous sensor health Monitoring + auto work orders Customer monitors own sensors
Time to live data 2-6 weeks 6-12 months typical
Data quality ownership Milvian owns quality Customer manages data

Measurable Results

Proven Deployment Outcomes

2-6

Weeks to Live Data
Not 6-12 months

100%

AI-Validated Quality
Before go-live

Week 1

Outcomes Begin
Reliable baselines

End-to-End

Deployment Ownership
From survey to go-live

Ready to Start?

  • Live AI demo
  • Custom ROI projection
  • Weeks to first insight

Schedule a 30-minute demo. See the AI-managed deployment process in action.