PARA OS is the unified digital backbone of the built environment, connecting data from sensors, control systems, IoT networks, BIM models, and enterprise tools into a single operational platform.

Backed up by Sidara’s engineers, data scientists, and FM specialists, it encodes decades of multidisciplinary expertise into a modular system that clients can scale as their needs evolve. Current modules include portfolio visibility, asset management, energy intelligence, sustainability analytics, occupant wellbeing, and space utilisation.

At its core, PARA OS delivers advanced Fault Detection and Diagnostics, identifying inefficiencies, abnormal behaviour, and avoidable costs across critical systems. Its System Explorer provides a comprehensive analysis environment where users can review real-time and historical data, investigate events at specific timestamps, and visualise assets through engineering and 3D spatial
views.

The Energy Intelligence module transforms fragmented energy data into actionable insight. It connects directly to BMS, sensors, and meters, applies a patent-pending dynamic targeting engine to set adaptive benchmarks, and predicts optimal operating schedules based on real-time occupancy and environmental conditions. This allows facilities to maintain comfort while reducing energy use and carbon impact.

PARA OS enhances decision-making with PARA Copilot, a natural-language assistant built with Microsoft Azure AI that enables users to explore data, generate insights, and navigate the platform through text or voice.

Recognised globally, PARA OS is the first platform to achieve UL Smart Systems Gold and UL Verified Platinum, confirming its leadership in cybersecurity, system integration, and intelligent automation.

Transforms fragmented energy data into adaptive, actionable insight.

Its patent-pending hybrid physics and AI models set real-time targets that respond to live occupancy and environmental conditions, enabling verifiable cost and carbon reductions.

Powered by advanced Fault Detection and Diagnostics (FDD), it predicts failures before they occur, ranks issues by criticality, and triggers automated responses, ensuring reliability and extending asset life.

Enhance occupant wellbeing, retain talent and improve human productivity. Optimise and improve building performance and energy savings, without compromising on indoor air quality and user comfort.

Centralises building and infrastructure data across portfolios into a unified dashboard.

Supports strategic planning, benchmarking, and investment decisions with real-time, spatially enabled insights.

Tracks progress toward net-zero goals, aligning with leading frameworks such as LEED, BREEAM, and ISO 50001.

Enables transparent reporting and evidence-based sustainability performance.

Uses occupancy analytics and spatial data to optimise layouts and resource efficiency.

Provides continuous feedback to align design intent with actual usage and experience.