⚡
Energy Management
Optimise HVAC, chillers, lighting, demand peaks and energy schedules using occupancy and operational context.
Autonomous Building Operations Layer
From BMS to Building Intelligence.
NeuralOps orchestrates BMS, IoT, HVAC, energy, security, water and facility workflows through smart routing, detached systems and AI-assisted decision making.
AINNA HQ · Live Operations● SYSTEM NORMAL
0
Active Zones
0
AI Decisions/min
0
System Health %
01 · Core Modules
One intelligence layer.
Every building system.
Deploy as a supervisory layer above existing building systems without replacing safety-critical deterministic controls.
🌡️
Smart HVAC
Dynamic setpoints, room-level anomaly detection, comfort balancing and automated optimisation based on actual usage.
🛠️
Predictive Maintenance
Analyse runtime, vibration, temperature, faults and historical work orders to identify equipment at risk.
💧
Water Intelligence
Leak detection, abnormal consumption, tank and pump monitoring, flow anomalies and automated escalation.
🛡️
Security Operations
Access-control anomalies, CCTV event correlation, restricted-zone monitoring and incident prioritisation.
🌱
ESG & Carbon
Track electricity, water, diesel, renewable energy and operational emissions by building, floor or tenant.
02 · NeuralOps Architecture
AI only when AI is required.
Simple signals stay deterministic. Complex cases are escalated through specialised intelligence.
📡
BMS / IoTSensors, meters, HVAC, access, lifts, pumps, CCTV and environmental data.⚙️
Detached SystemsThresholds, rules, validation, calculations and deterministic workflows.🧩
Specialised ParsersInterpret building events and normalise data from heterogeneous systems.🧠
Smart RouterDecides whether to resolve locally or invoke advanced AI reasoning.✅
Action LayerAlerts, work orders, dashboards, recommendations and approved automation.03 · Interactive Demo
Simulate a live building incident.
Choose an incident to see how NeuralOps correlates data, avoids unnecessary escalation and recommends the next action.
Incident SimulatorLIVE
Decision SummaryMEDIUM
Confidence94%
LLM required?No
Recommended actionInspect AHU-08 valve
Estimated response2 min
Automation modeAssisted
04 · Command Centre
See the whole building as one system.
Correlate building systems instead of managing isolated alarms from different vendor dashboards.
Energy Meter
420 kW
420 kW
HVAC
AHU-08
AHU-08
Water
Normal
Normal
NeuralOps Core
Routing
Routing
Work Order
#BM-2048
#BM-2048
05 · Facility Operations
From alarm flood to prioritised action.
Events are deduplicated, correlated and ranked so facility teams focus on operational impact rather than raw alarm count.
14:02:11AHU-08 discharge temperature above expected range.Detected
14:02:13NeuralOps correlates VAV demand, valve command and occupancy across Level 8.Correlated
14:02:15Detached rule engine excludes occupancy surge and identifies probable valve-position fault.Validated
14:02:18Work order BM-2048 created with inspection checklist for AHU-08.Actioned
07 · ESG Intelligence
Measure operational efficiency continuously.
Turn raw utility and building-system data into measurable energy, water and carbon operational indicators.
Live efficiency score
87/100
Composite demo score based on HVAC efficiency, occupancy alignment, active faults and utility anomalies.
Operational Signals
Cooling demand-12%
After-hours load-18%
Water anomalies0 active
Critical alarms0
AI escalation rateLow
NeuralOps Building Intelligence
Make the building think.
Keep the controls accountable.
AI orchestration for efficient, explainable and operationally controlled building management.
Run Demo Again