The document discusses an Intelligent Enterprise Management (iEM) middleware solution that integrates and consolidates data from various sources such as buildings, facilities, data centers, security, and telecommunications rooms. It provides customizable dashboards and analytics capabilities to optimize operations. The iEM is an open, vendor-agnostic platform that converts non-IP devices to IP and supports over 300 software drivers. It enables "Big Data" capabilities like archiving, analytics, and information transformation for improved decision making.

1. Intelligent Enterprise Management
Power
Cooling
Security
Facilities
Data
Center
Big Data
Dashboard

2. INTELLIGENT ENTERPRISE MANAGEMENT
Facts & Benefits to using iEM middleware
One Global Solution for Your Data, Custom User Interface Designed for Your System
• Built & Designed using Tridium Niagara & DGlogik
• Software & Hardware (Gateway) to convert non IP nodes to IP
• Vendor agnostic, Scalable open architecture
• No Service License Agreement & No Seat License
• Over 300+ software drivers including: (SNMP, XML, BACnet, MODBUS, Legacy)
• Read & Write options for control & monitoring
• Optional enterprise-level data archival using SQL, MySQL, CSV, Oracle or DB2 database,
and HTTP/HTML/ XML text formats
• Audit Trail” of database changes, database storage and backup, global time functions,
calendar, central scheduling, control, and energy management routines
• Password protection and security using encryption techniques an external LDAP
• Very cost effective
The Bridge between IT & Facilities

3. INTELLIGENT ENTERPRISE MANAGEMENT
Data to Information used to optimize

4. DB2Oracle
SQL
Hadoop
The iEM enables “Big Data” by
Integrating & consolidating local
databases using iEM middleware
to perform analytics and to keep
a flat architecture and save on
costly SLA’s
Open solution used in
*Data Centers
*Facilities

5. DCiM application
• Customized DCiM dashboards built and designed with end-user input
• Real-time thermal maps, rack level analytics (PUE/DCiE, power & thermal
capacity)
• Integration with complete power & thermal chain provides remote monitor
& control
• Data history, logs, trends, and alarms

6. DCiM Cooling Chain application
Data Center Cooling Chain
Control &
Monitor
Data Center
Cooling
equipment
CRAC & CRAH
Visibility
To cooling
capacity
Critical alarms &
alerts via text&
email
iEM

7. DCiM Power Chain application
Data Center Power Chain Control & Monitor
Data Center
Visibility
To Power capacity
Critical alarms & alerts via text&
email

8. LEED dashboard

9. Facility dashboard
Monitor and control of
your entire real estate
portfolio
Optimize energy through
intelligent scheduling &
automated demand
response

10. Intelligent Telecommunications Room optimizing power and cooling

11. put it all together on one “Big Data” dashboard
Using a Big Data dashboard Allows for:
• Visibility and control of a Global footprint
• Enhanced safety and first responder
knowledge
• Distributed Services
• Energy optimization creating eligibility for
government energy rebates
One dashboard:
• Data Centers
• Facilities
• Security
• TR’s

12. The iEM logical data integration model

13. Data centers
Facilities
Hospitals
Schools
Middleware
Hotels
Real Estate
Financial
Government
Several applications “One” middleware the foundation for your enterprise

14. The iEM is a true “Open-Non Proprietary” middleware solution
The iEM is vendor agnostic and allows for 3rd party communications to allow an integration with existing
equipment and controls. This allows for a flat architecture
No SLA’s & No seat license (provides instant return on investment)
Customized user interfaces take data and transform it to useful information through a single pain of
glass. (DCiM, Facilities, Intelligent TR’s, Sustainable LEED dashboards)
Think outside the BOX. BiG Data is “Not” a product it is a “Scalable Solution”
Integrate and Consolidate existing databases SQL, Oracle, and other using the middleware as part of a
Big Data cluster used for forecasting, analytics, and complete optimization
Own and Control your “data”

15. Plan
Design
Deploy
Operate
Facility Manager
Defines project
objectives
C-Level Executive
Project stakeholder
IT Manager
Approves IT network
design and
specification
IT Manager
Defines overall IT
requirements
SI/Project
Engineer
Works with client to
outline project scope;
FEED
SI/Project Engineer
Network System Design
Also includes:
Purchasing, EHS,
Quality, Maintenance
Data Consulting
Integration
network system
components
SI/Project
Engineer
Oversee system and
equipment assembly,
install and
commissioning
Contractor/Installer
Network infrastructure
installation, testing,
debug
Distributor
Coordinate
procurement of
project materials,
deliver value added
services
IT Manager
Performance baseline,
network/IP address
documentation
Design/Eng. Firms
Network/Infrastructure
Design
Design/Eng. Firms
Works with client to
design project
layout/scope
Facility Manager
Analysis of system
effectiveness
Dashboard Design
End-user input
KPI’s
Manage & Control
C-Level Executive
Analysis of system
effectiveness
Capitol decision