Today’s built environment demands security, efficiency, and IoT connectivity as top priorities to help businesses be more nimble and effective when it comes to building management projects.

iAutomation follows industry-laid standards and open protocols on ELV Systems, offering highly secure, cost-effective, and environment-friendly products and engineering solutions tailor-made for customer requirements.

Our Integrated Building Management Systems monitor and control:

• Energy and Green Building System
• Energy Management System
• Fire Alarm Detection & VESDA
• Video Surveillance (CCTV)
• OT network infrastructure
• Security Intrusion Alarm System
• Access Control System
• Vehicle Tracking System
• Under Vehicle Surveillance System
• Visitor Management System
• Audio, BGM, and PA system
• Gates and Flap Barriers
• Baggage & Personal Scanner
• Parking Management System
• and others

Building Management System: To maintain a building’s comfort, usability, and safety for all its inhabitants, multiple building systems must be simultaneously monitored and automated such as Electrical Power Management System, HVAC, generator, lighting, access control, fire prevention, and elevators. However, since these systems are supplied by different vendors with different platforms and communication protocols — managing a building and its facilities becomes an increasingly difficult task.

iAutomation BMS solution team integrates your building sub-systems onto one platform, centralizing operations, and enhancing availability and efficiency by giving you a unified view of all your assets. Featuring an open, flexible architecture with powerful real-time monitoring and analysis tools, our solution integrates easily with other systems regardless of their vendors, optimizing your resources and reducing implementation, operation, and maintenance costs. Our BMS is also mobile-friendly, allowing you to view the status of your facilities and manage them through your smartphone or tablet. 

Key Benefits:

• Manage your building’s operations on a single system
• Preserve your pre-existing hardware investments
• Reduces operational and electricity costs
• High security and availability levels
• Flexible development
• Classified User Access Control to the system

GENESIS64:

Next Generation in HMI SCADA Automation Software

GENESIS64™ is an advanced HMI SCADA solution suite designed for Microsoft operating systems. ICONICS GENESIS64 suite delivers unparalleled performance with OPC, BACnet, Modbus, and open standard database connectivity. The GENESIS64 suite provides connectivity from plant floor SCADA and building facilities to corporate business systems. Designed to leverage 64-bit and OPC UA technologies, GENESIS64 allows operators, executives, and IT professionals to integrate real-time manufacturing, energy, and business information into a secure and unified web-enabled visualization dashboard.

At the highest level, GENESIS64 is comprised of the following components and
technologies:
• Universal Connectivity – OPC, OPC UA, SNMP, BACnet, Web Services and any
Database
• GraphWorX™64 – Vector-based 2D and 3D Real-time Graphics to Contextualize Data
• AlarmWorX™64 – Distributed Enterprise-wide Alarm Management
• TrendWorX™64 – Application-wide Data Collection, Logging, Charting and Analysis
• EarthWorX™ – GEO SCADA Visibility for Geographically Dispersed Assets
• AssetWorX™ – ISA-95 Intelligent Asset Technology
• GridWorX™ – Database Visualization of Any Data Set
• Workbench – Centralized Configuration and Runtime Interface
• FDDWorX™ – Fault Detection and Diagnostics
• ProjectWorX™ – Application Reporting and Deployment
• ReportWorX™ Express – Quick Access to Any ICONICS Data Source via Excel Add-in
• ScheduleWorX™64 – Advanced Time/Date Event Scheduling
• Windows Presentation Foundation and Web-integrated Displays – Client Flexibility
• WebHMI™ – Web-based Read/Write SCADA Functionality
• Redundancy – Mission Critical HMI/SCADA Solution

FDDWorX™

FDDWorX represents the inclusion of a predictive equipment diagnostic solution that uses an advanced Fault Detection and Diagnostics (FDD) Engine within GENESIS64 to allow users to analyze all available information to detect and predict faults in equipment. It incorporates algorithms that weigh the probability of faults and advises management, operators and maintenance personnel of actions to prevent equipment failures or excessive use of energy.

When equipment failures occur, advanced software technology analyzes current and historical information along with symptom/cause relationships that the system has been taught, executes probability algorithms, and provides the user guidance with a list of probable causes sorted by probability. This immediate guidance reduces mean time to diagnose and repair, reduces equipment downtime, and lowers overall maintenance costs.

Fault Detection

Detection is based on definable logic that aggregates all available past and present data to detect current or future faults. Faults can be defined in many different ways, but are far more specific than alarm conditions, allowing users to specify enabling conditions that must be met and parameters that can help
determine if a fault has occurred.

Fault Diagnostics
Diagnostics is about capturing knowledge from existing workers, work order history, alarm history, manuals and device symptoms into a single place. By aligning conditions with symptoms and probabilityranked causes, fault diagnostics can be used to present the most likely cause of a fault as soon as one occurs.