Smart Facility Management
One Platform for Complete System Monitoring and Visibility
Reduce Costs, Boost Efficiency, and Drive Sustainability
Potential Energy Savings
Extend Equipment Life
Health & Productivity
Smart Facility Energy & Maintenance Savings | Integrations & API Connections | Improved Productivity & Space Optimisation | Your Single Source of Truth
entroCIM: IoT Facility Management Platform
entroCIM’s Central Intelligence Manager (CIM) collects data from every building monitoring system and instantly makes sense of it. entroCIM connects all building devices and hardware into one easy-to-use, secure user interface, helping customers connect, collect, analyse, and act on IT and OT information.
One Solution for Unlimited Control
Collect, Analyse, Act.
entroCIM can be deployed and securely installed across all three operating systems: at the edge, on-premise, or in a public or private cloud. Connect all building IoT devices and hardware (including third-party services), and instantly access real-time energy usage, schedule maintenance, share reports, and control building operations.
- Out-of-the-box connectivity with 50 available API’s
- Ready-to-use dashboards with visualisations and predictive insights
- Proven scalability with Fortune 100 enterprise deployments
- Visual representation of live point data
- Browser-based HTML5 application
This smart building technology supports critical infrastructure and building systems across various applications: data centres, universities, airports, commercial centres, and federal agencies.
entroCIM’s Use Cases
entroCIM Central Intelligence Manager connects your building’s disparate systems and provides the actionable insights your business needs to operate effectively and efficiently.
Ready to Deliver Smart Facilities Management
Strategic and Operational Analytics with Easy Deployment
entroCIM is a platform designed to reduce labor, simplify deployment, and enable scalability – no matter the application. With out-of-the-box use cases, gain access to over 250 rules and KPIs. Automatically update tags across several applications simultaneously – using visualisations, (FDD), KPIs, and analytics. The QA app identifies tagging and deployment errors while also offering resolution recommendations.
Dashboarding
FDD & Analytics
Command & Control
Constant Commissioning
EV Management
GhG Emissions
Energy Modeling
Asset Management
KPI’s & SLA Overview
Enterprise Clustering
Independent Data Layer
Reporting
Alarming
Scheduling
Maintenance Savings
When buildings are monitored, managed and operated remotely through a trusted platform like entroCIM, maintenance technician visits can be more effective and less frequent.
entroCIM customers report significant reductions in unplanned “truck rolls” without sacrificing operations. Technician time is drastically more effective when the focus shifts from reactive troubleshooting to proactive maintenance.
A focus on proactive maintenance will also extend the lifecycle of mechanical equipment by 25% or more. Runtime-based maintenance is further enhanced when paired with entroCIM’s constant commissioning application so that equipment operates within the manufacturer’s specifications and the facility’s sequence of operations.
Improved Productivity
People spend more time in spaces where they’re comfortable, and that means more productive employees and happier customers.
Managing spaces with the help of comfort-based analytical insights allows operators to provide consistent, comfortable conditions to all occupants within their facilities to maintain customer satisfaction. A National Renewable Energy Laboratory study1 identified thermal comfort, indoor air quality, visual comfort, and acoustic comfort as environmental quality factors that are strongly linked to occupant health and productivity.
Space Optimisation
When data from disparate systems like occupancy, lighting, HVAC and room booking comes together, entroCIM provides actionable insight that none of these systems could provide alone.
Understanding usage patterns for conference rooms, common areas, and on-demand workspaces allows operators to use space more efficiently and avoid conditioning spaces that aren’t used or used properly.
