PivotolAI · Building Management System

CUT ENERGY COSTS.
ELIMINATE DOWNTIME.
AUTOMATE EVERYTHING.

PivotolAI BMS layers edge computing and AI optimisation on top of your building infrastructure — turning raw sensor data into autonomous energy savings without replacing what you already have.

  • Up to 30% reduction in energy consumption — AI-driven setpoint optimisation in real time
  • Predictive fault detection — catch failures before they cause downtime or compliance breaches
  • Deploys in days, not months — modular architecture that connects to any existing BMS or plant
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PivotolAI BMS Infographic
Edge-Native AI /// Energy Optimisation /// Predictive Maintenance /// Anomaly Detection /// Operating Envelope /// Compliance Automation /// Real-Time Control /// Modular Architecture /// Autonomous Setpoints /// Edge-Native AI /// Energy Optimisation /// Predictive Maintenance /// Anomaly Detection /// Operating Envelope /// Compliance Automation /// Real-Time Control /// Modular Architecture /// Autonomous Setpoints ///
The Problem

TRADITIONAL BMS
IS HOLDING YOU BACK

Most building management systems were designed to monitor — not to optimise. The result: wasted energy, reactive maintenance, and compliance headaches that drain budgets and resources.

01

Blind Monitoring

Legacy BMS systems collect data but do nothing with it. Operators stare at dashboards without actionable insight — problems are found after they've already cost money.

02

Reactive Maintenance

Equipment failures are discovered when something breaks. Unplanned downtime disrupts operations, inflates repair costs, and puts compliance at risk.

03

Energy Waste

Fixed schedules and static setpoints mean HVAC, boilers, and CHP run at sub-optimal levels — burning energy and budget 24/7, regardless of actual demand.

04

Compliance Scramble

Energy compliance reports are assembled manually before every audit. Data gaps, missing timestamps, and inconsistent formatting turn regulation into a recurring crisis.

05

Siloed Systems

HVAC, lighting, metering, and fire systems all run on separate controllers with no unified view — making cross-system optimisation impossible.

06

Costly Upgrades

Full BMS replacements require months of commissioning, significant capital expenditure, and prolonged operational disruption — so nothing changes.

The Solution

PIVOTOLAI BMS:
EDGE + AI + OPTIMISATION

PivotolAI BMS is an intelligent building management layer that sits on top of your existing infrastructure. It connects to any BMS, any sensor array, or any plant room — and transforms passive monitoring into autonomous energy optimisation.

Data is processed at the edge in real time — not batched to the cloud. AI models continuously learn your building's operating patterns, detect anomalies before they become failures, and actively adjust setpoints to minimise energy consumption while maintaining comfort and compliance.

The result: a building that manages itself — reducing costs, eliminating reactive maintenance, and generating compliance reports automatically.

Edge

Data processed locally in milliseconds. No cloud latency. No bandwidth bottleneck.

AI

Machine learning models adapt to your building's unique patterns and predict failures.

Optimisation

Autonomous setpoint control drives continuous energy savings within safe bounds.

How It Works

FROM RAW DATA
TO AUTONOMOUS ACTION

Five stages take your building from passive monitoring to intelligent, self-optimising operation — all without disrupting live systems.

01

Data Acquisition

Sensors, meters, and existing BMS connections feed real-time data from HVAC, boilers, CHP, and electrical systems into the PivotolAI platform.

02

Edge Processing

Data is ingested and processed at the edge — locally, in milliseconds. No cloud round-trips. Immediate signal conditioning, filtering, and anomaly flagging.

03

Data Modelling

AI engines build a digital model of your building's operating envelope — learning normal behaviour, seasonal patterns, and equipment baselines over time.

04

AI Optimisation

Machine learning continuously adjusts setpoints, schedules, and control logic — driving energy consumption to the minimum while maintaining comfort and compliance.

05

Visualise & Act

Dashboards surface real-time insights, compliance reports generate automatically, and alerts notify operators only when human action is genuinely required.

Key Features

BUILT FOR
COMPLETE CONTROL

Everything you need to monitor, control, optimise, and integrate your building — grouped by capability.

Monitoring

Live Status

Real-time equipment dashboards showing current state, performance metrics, and health indicators for every connected asset.

Anomaly Detection

ML-driven monitoring surfaces deviations from normal operating patterns — flagging faults before they escalate into failures.

Trends & Analytics

Historical trend analysis and forecasting across all building systems — identify patterns, benchmark performance, and track improvement.

Alerts & Alarms

Configurable threshold and anomaly notifications. Operators are alerted only when human intervention is genuinely required.

Control

Energy Optimiser

Autonomous setpoint control within defined operating envelopes — continuously driving energy consumption to the safe minimum.

Advanced Logic

Custom automation sequences, scheduling, and conditional control logic — built to match your operational requirements exactly.

Mobile UI

Full site monitoring and control from any device. Manage your building remotely with the same depth as the main dashboard.

Operating Envelope

Define and enforce safe operating bounds for every asset. The system prevents operation outside proven safe limits.

Intelligence

AI Analysis

Machine learning insights on consumption patterns, equipment degradation, and optimisation opportunities across your entire estate.

Compliance Reports

Automated, regulatory-ready energy compliance reports — generated, timestamped, and available on demand without manual assembly.

Cost of Inaction

Financial impact modelling that quantifies what doing nothing is costing you — making the business case for optimisation self-evident.

Energy Tracker

Granular consumption tracking per asset, per zone, per time period — giving complete visibility into where energy is being used and wasted.

Integration

Suitcase Package

Wireless sensors and pre-configured gateway. Zero wiring, operational in 72 hours — the fastest path to AI building intelligence.

Existing BMS Connect

Connects directly to your current BMS — BACnet, Modbus, OPC-UA, and proprietary protocols. No hardware replacement required.

WAGO BMS Upgrade

Full BMS replacement with new WAGO controllers, fully integrated with PivotolAI from day one for maximum control depth.

Open API

RESTful API for integration with third-party platforms, energy management systems, and enterprise software suites.

Architecture

FOUR LAYERS.
ONE PLATFORM.

A simplified view of how PivotolAI BMS is structured — from the physical plant to the intelligence layer that drives autonomous optimisation.

Layer 01

Physical

Sensors, meters, actuators, and controllers on the building plant — HVAC, boilers, CHP, lighting, and electrical systems.

  • Wireless sensor packs
  • Existing BMS controllers
  • New WAGO hardware
Layer 02

Edge

On-premise edge gateways ingest, condition, and process data locally — enabling sub-second response times without cloud dependency.

  • Signal conditioning
  • Protocol translation
  • Local compute
Layer 03

Intelligence

AI/ML models run at the edge and in the cloud — continuously learning operating patterns, detecting anomalies, and generating optimisation commands.

  • Anomaly detection
  • Pattern recognition
  • Setpoint optimisation
Layer 04

Application

Dashboards, mobile apps, compliance reporting, and API integrations — the interface layer for operators, managers, and automated systems.

  • Real-time dashboards
  • Automated reports
  • REST API
Up to 30%

Energy Savings

AI-driven setpoint optimisation consistently closes the gap between how your building runs and how it should run — measurable in kWh and cost.

90%+

Efficiency Gains

Automated compliance reporting, predictive maintenance scheduling, and AI analysis eliminate hours of manual work every week.

24/7

Reduced Downtime

Predictive fault detection catches equipment degradation before failure — eliminating unplanned downtime and costly emergency repairs.

Modular

Scalability

Start with a single plant room and scale to an entire estate. The same platform, the same models, the same intelligence — just more connected assets.

Why PivotolAI

WHAT MAKES
THIS DIFFERENT

PivotolAI BMS isn't another monitoring dashboard. It's an optimisation engine — built from the ground up to actively reduce energy, not just report on it.

Edge-Native

Processing happens at the edge — not in a remote data centre. Sub-second response times, no internet dependency for critical control loops, and full operation during connectivity outages.

Optimisation-First

Most BMS platforms stop at monitoring. PivotolAI starts with optimisation — AI-driven setpoint control is not an add-on, it's the core architecture. Every feature is built to reduce consumption.

Modular Deployment

Start with wireless sensors and a suitcase package. Scale to BMS integration. Upgrade to full WAGO control. Each step adds capability without replacing what came before.

Protocol Agnostic

BACnet, Modbus, OPC-UA, proprietary — PivotolAI connects to any building protocol. No vendor lock-in, no rip-and-replace, no stranded assets.

Safety by Design

All optimisation operates within defined operating envelopes. The system will never push equipment beyond proven safe limits — autonomous, but always within bounds.

Days, Not Months

The Suitcase Package deploys in 72 hours. BMS integration takes days. Even full WAGO upgrades are faster than traditional commissioning — minimal disruption, maximum speed.

Use Cases

WHERE PIVOTOLAI
DELIVERS RESULTS

From single commercial buildings to multi-site industrial estates — PivotolAI BMS adapts to the complexity and scale of your operation.

Commercial Buildings

Offices, retail centres, and mixed-use developments where HVAC and lighting are the dominant energy consumers.

  • Automated occupancy-based HVAC control
  • Energy compliance reporting for ESG targets
  • Tenant comfort optimisation at reduced cost
  • Multi-zone monitoring and setpoint management

Industrial Facilities

Manufacturing plants, warehouses, and processing facilities with complex mechanical systems and high energy demands.

  • Boiler and CHP optimisation for process heat
  • Predictive maintenance for critical equipment
  • Operating envelope enforcement for safety
  • Integration with existing SCADA and PLC systems

Energy Management

Multi-site estates and portfolio-level energy management where visibility, benchmarking, and cost reduction are strategic priorities.

  • Cross-site performance benchmarking
  • Centralised compliance reporting
  • Cost of inaction modelling per site
  • Scalable deployment across the entire estate

READY TO MAKE YOUR
BUILDING WORK SMARTER?

Our engineers will assess your infrastructure, map your energy profile, and recommend the right deployment pathway — at no cost and no commitment.

Talk to an Engineer See a Demo