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BMS + EMS  ·  Tridium Niagara 4 Certified

Every building system.
Every kilowatt.
One intelligent loop.

PointLoop and EnergyLoop turn the plant you already own into an autonomous, self-tuning estate — HVAC, chillers, lighting, power and meters on a single AI control layer, built on the open Niagara framework. No rip-and-replace. No vendor lock-in.

Book a Live Demo Calculate my building's EUI
  • 28%Lower HVAC & chiller energy
  • 22%Peak demand reduction
  • 40%Faster fault triage
  • 8–14moAverage payback

Open by architecture — speaks to the plant you already run

  • BACnet IP / MSTP
  • Modbus TCP / RTU
  • LonWorks
  • MQTT
  • OPC UA
  • Niagara 4 / JACE
  • REST API

Works alongside Honeywell, Johnson Controls, Siemens, Schneider and legacy plant.

The industry challenge

Why conventional building management
stops paying off

Most mid-tier offices, campuses and plants run on outdated, proprietary systems — or no system at all. The cost shows up as energy, downtime and compliance risk long before anyone sees a dashboard.

Blind spots across the estate

HVAC, lighting, power and chillers sit in siloed vendor systems. No single pane of truth, so faults surface as complaints.

Reactive maintenance culture

Teams fix what has already broken. Drifting valves, stuck dampers and short-cycling chillers run for months undetected.

Proprietary vendor lock-in

Closed head-ends make every upgrade a rip-and-replace negotiation instead of a software decision.

Manual, unverifiable reporting

Comfort, uptime and energy KPIs are assembled by hand in spreadsheets — too slow to steer operations.

One meter for the whole building

A single utility bill cannot tell you which chiller, floor or tenant is burning the money.

Peak demand penalties

Demand charges alone can be 30–70% of a commercial electricity bill, driven by a few unmanaged minutes.

ESG reporting by spreadsheet

Scope 1 and Scope 2 numbers are reconstructed manually each quarter and rarely survive audit scrutiny.

Waste that runs all night

Phantom loads, stuck valves and unscheduled run hours are invisible until the invoice arrives.

The result Higher energy bills · Inefficient operations · More downtime · Compliance risk · No audit trail

Two platforms · One architecture

The building runs itself.
The energy pays for it.

PointLoop controls the building. EnergyLoop prices and reduces what it consumes. They deploy on the same Tridium-certified stack — one architecture, one security model, one integrator.

Solution 01  ·  AI-Powered BMS

Every building system. One autonomous platform.

PointLoop connects, monitors, automates and optimises HVAC, lighting, power, chillers and security through a single AI-driven control layer — built on the open Tridium Niagara framework, so it runs on the plant you already own.

  • Unified single-pane visibility across every protocol and vendor
  • Centralised scheduling and setpoint authority, zone to portfolio
  • AI self-tuning for chiller staging, airflow and occupancy
  • Automated fault detection & root-cause diagnostics (FDD)
  • Edge-plus-cloud resilience — local control survives a network outage
  • Remote control with every action logged by user and timestamp
28%Lower HVAC & chiller energy
40%Faster fault triage
1–2 yrTypical payback
100%Vendor-neutral
Book a Live BMS Demo
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Monitors HVAC · Chillers · AHUs · Lighting · Pumps · Lifts · Fire · Power

Solution 02  ·  AI-Powered EMS

Every kilowatt, priced, proven and reduced.

EnergyLoop turns raw utility and sub-meter data into continuous operational intelligence — peak-demand forecasting, live cost attribution and audit-ready carbon accounting, from the main incomer down to the individual circuit.

  • Peak demand shaping before the penalty is incurred
  • Live SEC benchmarking per m², per unit produced, per occupant
  • Automated Scope 1 & Scope 2 carbon accounting, audit-ready
  • Energy leak detection — off-hours load flagged the night it happens
  • Every kWh priced against your actual tariff, not an average rate
  • Power quality: phase imbalance, harmonics, power factor
22%Peak demand reduction
15–30%Net OPEX reduction
98%ESG audit accuracy
8–14 moAverage payback
Schedule an Energy Audit
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Meters Incomers · Sub-circuits · DG sets · Compressors · Water · BTU · Gas

How it works

A five-stage closed intelligence loop

Every outcome retrains the model, so the building runs better this week than it did last week.

  1. 1

    Sense

    IoT devices and field controllers capture sub-second telemetry from every mechanical asset and meter.

  2. 2

    Analyse

    Loop AI evaluates live and historic data to surface anomalies, micro-faults and drift.

  3. 3

    Decide

    Predictive models calculate the optimal setpoint for comfort, safety and cost together.

  4. 4

    Act

    Commands execute directly through Tridium Niagara and native BMS field controllers.

  5. 5

    Optimise

    Results feed back into the model. The loop closes, and the baseline moves down.

Field devicesMeters, panels, controllers, sensors
IoT gatewayEdge capture & protocol translation
Secure cloudEncrypted time-series store
Loop AIForecasting, FDD, benchmarking
DashboardsExecutive & operator, any device
DecisionsCosted, auditable actions

Key capabilities

Centralised control. Total visibility.

What ships on day one — across both platforms.

Centralised building management

One platform for every connected system, zone and site.

Real-time equipment monitoring

Live status across HVAC, lighting, pumps, chillers and lifts.

Remote equipment control

Operate plant securely from anywhere — every action logged.

HVAC automation & scheduling

Automate comfort while cutting energy waste.

Lighting control

Schedule and manage lighting across whole facilities.

Alarm & event management

Instant notification of faults and events, tiered by severity.

Historical trend logging

Data-driven monitoring and operational analysis over time.

Multi-site management

Monitor and control every building from one place.

Niagara-native architecture

Built on the industry-standard automation framework.

Ticketing & CMMS trail

Faults tracked open to closed — a permanent maintenance history.

Free tool  ·  No sign-up required

What is your building actually using?

Energy Use Intensity is the single number that lets you compare any building to any other: annual energy consumption ÷ floor area. Enter twelve months of data and see where you sit against your building type — and what a Loop deployment would realistically recover.

Your building

Add up twelve months of utility bills, or take the annual figure from your meter.

Add on-site fuel (diesel, gas — optional)

Cost & carbon basis

Tariff and grid emission factor are pre-filled with indicative regional values — overwrite the tariff with your own blended rate for a sharper figure.

Your result appears here.
Enter floor area and annual consumption to benchmark your building.

Measurable business outcomes

Benchmarked results from
enterprise deployments

28%

Lower HVAC & chiller energy

Continuous optimisation of the largest load in the building.

22%

Peak demand reduction

Tariff optimisation on the most expensive kWh you buy.

40%

Faster fault triage

Root-cause diagnostics cut mean time to repair.

15–30%

Net OPEX reduction

Combined PointLoop + EnergyLoop deployment.

98%

ESG audit accuracy

Automated, traceable emissions accounting.

8–14 mo

Average payback

Across enterprise portfolio deployments.

<2 s

Alert response

Threshold breach to pushed notification.

100%

Vendor-neutral

Works with Honeywell, JCI, Siemens and legacy plant.

Before

  • Manual floor inspection every two hours
  • Faults discovered after damage occurs
  • No visibility across sites
  • No remote control
  • Reactive maintenance only
  • Manual energy schedules

After

  • Continuous automated monitoring, 24/7
  • Faults detected in under two seconds
  • One dashboard for every building
  • Full control from web and mobile
  • Proactive, data-driven operations
  • Automated scheduling — 15–30% energy saved

Market context

Building intelligence moved from
facilities line-item to board mandate

$41.9B

Global BMS market, 2025

Forecast to reach $140.7B by 2031

22.4%

BMS market CAGR to 2031

Automation is now the default retrofit

$29.6B

Global BEMS market, 2025

Growing to $58.4B by 2030

14.5%

BEMS market CAGR to 2030

Energy intelligence is now board-level

30%

Of global final energy goes to buildings

And over half of world electricity use

30%+

Of commercial building energy wasted

Lost to inefficiency and unmanaged plant

37%

Of global CO₂: buildings & construction

The largest single emitting sector

9%

Median savings from analytics

Benchmarked; payback under two years

Sources: Mordor Intelligence, Building Management System Market (2025) · Knowledge Sourcing Intelligence, BEMS Market 2025–2030 · IEA, Energy Efficiency Policy Toolkit 2025 · UNEP Global Status Report for Buildings & Construction · LBNL / US DOE Smart Energy Analytics · US EPA ENERGY STAR for Commercial Buildings.

See it in motion

Buildings that think for themselves

Sixty seconds on what happens when the estate stops waiting to be told.

Industries we serve

Built for every connected building

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Commercial offices

Centralised control across offices and campuses; comfort held while consumption drops.

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Manufacturing & industrial

Compressors, chillers and DG sets monitored per production unit, not per site.

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Data centres

Critical utility and cooling infrastructure tracked continuously against PUE.

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Healthcare

Life-critical systems kept reliable, with the audit trail compliance requires.

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Retail & malls

HVAC and lighting automated across store locations; energy benchmarked per outlet.

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Hospitality

Consistent guest comfort with back-of-house plant running at its efficient point.

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Education & campuses

Whole-estate scheduling across term time, vacations and mixed occupancy.

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Mixed-use & infrastructure

Multi-tenant attribution, per-tenant billing and portfolio-level ESG rollup.

Seamless integration

Works with your
existing systems

PointLoop and EnergyLoop integrate with the protocols, meters and controllers you already run. Our Tridium-certified engineers map your existing points — the upgrade becomes a software decision, not a rip-and-replace negotiation.

  • Design, programming, FAT / SAT and site commissioning in-house
  • On-premise or cloud, per your data-residency policy
  • Role-based access, company data isolation and full audit logging
  • White-label dashboards, branding and reports for partners
BACnet & Modbus MQTT & OPC UA Niagara framework Energy & BTU meters
Third-party equipment Web & mobile access REST API & ERP Email & push alerts
What do you need?