innoBIM™

innoBIM™ Viewer

innoBIM™ Viewer is capable of processing large amounts of data in various 3D formats and can be used for reviewing of design model and for collaboration between processes or review of ordering company. It is customizable for customer's requirements.

innoBIM™ Viewer Function

• Loading Revit BIM 3D Model & Property
• Loading large capacity BIM data
• Support various devices (PC, MAC, Web, Mobile, Smart TV, etc.)
• Support VR (Google Card Board 3D, HTC Vive, Oculus, Gear VR)
• Space movement through avatar(Male, Female, Child, Wheelchair)
• Story slide
• Display BIM Object Property
• 3D View Cube Navigator
• Zoom In / Out for BIM Data
• Rotate Left / Right for BIM data
• Focus (Top, Left, Right, Bottom)
• Display Width and Height of selected object

innoBIM™ Integrated Command Control

innoBIM™ Integrated Command Control solution matches and manages real-time information and BIM objects of facilities and sensors based on As Built BIM in buildings, airports, ports, plants, mines and ships.

It reduces property and human damage by prompt decision-making and rapid response to standard operating procedures.

• Loading large capacity As Built BIM data
• Mapping BIM object and facilities data
• Display of operation status of equipment, sensor, power, air conditioning, security based on BIM data
• Real-time monitoring via IP-Camera
• Monitoring Network status
• Monitoring and controlling power usage
• Moving the camera to the object when an alarm occurs
• Real-time data display at object selection
• Display of standard operating procedure (SOP) when alarm occurs
• History management of processing after alarm occurrence
• Emergency SMS, e-mail
• BIM-based history management of equipment and sensor
• Report function for each situation

innoBIM™ Data Collection (innomac)

innoBIM™ Data Collection is a real-time data collection platform capable of setting alarm thresholds, message control (SMS, e-mail, IP-PBX connection), HMI configuration and external system integration, and it has more than 300 industrial protocols and device drivers that can reduce construction time and costs.

• Built-in major industrial protocols (BackNet, KNX, Lon, ModBus, etc.)
• Built-in over 300 device drivers (SIMENS, LS, GE, ABB, Schneider Electric, etc.)
• Built-in HMI design tool for quick operation
• Parameter setting method without coding can reduce construction time and cost
• Open platform enables various 3th S / W interworking
• Built-in SAP Driver enables ERP integration without coding
• Built-inMS AZURE Cloud driver
• Built-in Control of Message, SMS, e-mail and IP-PBX notification in case of alarm
• Built-in Trend & Reporting tool
• Can be linked with external database (MS SQL, Oracle etc.)
• Various sensors and motors can be connected through IO Module
• Using proven engines that are used in various industries

innoBIM™ AMS

innoBIM™ Asset Management reduces the time to search for specific asset or project information through real-time information of facilities and BIM-based visualization. In addition, automatic collection of facility information and automatic generation of work orders enables high reliability of data and systematic management of assets.

• Predictive maintenance environment beyond preventive maintenance
• By analyzing the condition information and real-time operation data of the facility, it is possible to take precautions before a failure occurs.
• TCO-based asset management system
• Build a TCO-based asset management system and provide diversified analysis reports by organizing the detailed cost items of the facilities (parts cost, labor cost, tool cost, outsourcing labor cost, outsourcing repair cost, etc.) and process formulation.
• Improve facility ROI
• It manages the usage and inventory status of equipment parts and optimizes facility utilization by guiding the time of re-ordering. And apply predictive and preventive maintenance together to reduce the loss of equipment efficiency caused by excessive preventive maintenance (TBM).
• Intuitive Visibility for Facilities
• Load BIM data to provide 3D visualization of the building model. Provides intuitive visibility into facilities to improve the efficiency of maintenance and execution processors.