Why Data Interoperability?

Why? It’s simple.

Owners often fail to consider the significant amounts of usable digital asset data that is created, used, paid for and then discarded when the project is handed over from the construction and design team.

In fact, some of the biggest hidden costs incurred by owners during the operation and maintenance of their facilities comes from the time and effort to acquire, store, and use this very same data!

These costs are incurred when, after their capital project is complete, those very same owners then pay to create a whole new set of identical digital asset data needed to implement asset management, work order and other key software systems relied upon to run their new facility. Therefore, they pay again for the very same data already created and left behind during the construction and design process.

Arora’s innovative Data Interoperability process prevents Owner’s from paying twice.

Arora’s Enterprise Solutions Group works closely with project owners to establish data standards and templates at the outset of their capital projects to ensure they receive the facility, system, and asset-related data needed to seed their Enterprise Asset Management (EAM) system and lay the foundation for predictive maintenance and Digital Twin, all while complying with local, state or federal regulations. We also work with design and construction teams to ensure these standards are upheld and delivered when the project is complete.

The result is an owner’s dream: a complete, accurate, and structured set of Location and Asset data, plugged into real-time conditions and performance monitoring representing the facility, supported with a navigable 3D model, to­­ manage the operation and maintenance of the facility.

Save Time and Money with Data Interoperability Services.

Our team helps bridge the gap between the capital project acquisition process and facilities management to ensure our client’s facilities are ready to go on day one with all the data needed to run a world-class operation – all while saving millions of dollars over the life of the project and the facility.

Kansas City International Airport (MCI) reduced their implementation costs by approximately 50% with digital delivery compared to a traditional asset management implementation.

What Our Clients are Saying

“At MCI we applied an innovative approach to implementing asset management at the very beginning of the new terminal project…we wanted to better manage our assets [with an asset management tool]. The EDI Maximo eSAM system with EDI/Arora ATLAS® mobile is providing MCI with significant ROI and will continue in the future.”

— Ian Redhead, Deputy Directory Operations and Maintenance KC Aviation Department
Kansas City International Airport


Eddie Clayson

“The EDI eSAM EAM system allows SLC to collect and manage data that helps us track inventory and maintenance records more accurately. EDI worked with our team and got the Maximo system up and running with work orders in less than 90 days! Your mobile solution makes work orders and inspections easier and more accurate.”

— Eddie Clayson, Director of Airport Maintenance Salt Lake City Department of Airports, Salt Lake City International Airport


Data Interoperability Services

  • Data Management Maturity Model Assessments and Planning
  • Asset Data Structure & Governance Standards
  • Capital Procurement / Contracts Consulting
  • Digital Data Delivery Execution Planning (example: BIM PxPs)
  • Asset Data Structure & Governance Auditing & Enforcement
  • Asset Data Structure & Governance Templates
  • Asset Data Registry Implementation
  • Digital Data Delivery Templates
  • BIM for FM Modeling
  • Field Data Collection / Verification
  • Product Submittals & Warranties
  • Asset Data Loading & Migration Services
  • Digital Data Delivery Solutions Implementation
  • Digital Data Delivery Solutions Configuration, Training & Support
  • Enterprise Systems Integration Architecture Design
  • Asset Registry Integration Implementation
  • Point to Point Integrations Implementations
  • Digital Twin Use Case Definition
  • Digital Twin Platform Implementation

Thinking about predictive maintenance, or implementing a Digital Twin?

Do you want to leverage modern automation technologies to achieve predictive maintenance, but find your organization struggling to integrate your disparate enterprise systems? After decades spent helping clients in every sector implement asset management solutions, we have a unique understanding of the fundamental challenges all organizations face when implementing automation technologies and have developed a suite of services aimed at helping organizations achieve their enterprise asset data management goals.

We can provide comprehensive digital asset data deliverable procurement and execution strategies, services, and solutions to ensure your organization captures the data it needs now and in the future at the lowest possible cost every time.  Doing so ensures you will have the ability to unlock the promise of technologies like Digital Twins, IoT, AI and more to optimize the operation and reliability of your assets.




  • Reduce Time to ROI on Capital Projects

  • Reduce Administrative Burden on Technical Resources

  • Reduce Overall Asset Life Cycle Costs

  • Reduce Risk Associated with Project Deliverable Acceptance

  • Offer Additional Revenue Generating Services to Customers

  • Improve Efficiencies in Design and Construction Processes


  • End to End Data Management Services on Capital Projects

  • Data Delivery Standards

  • Data Libraries and Templates

  • Data Integration Tools

  • Data Deliverable Creation and Curation Services





Organization Standards to Govern All Capital Projects

  • Definition of Asset Data Standards

  • Definition Digital Data Delivery Process Standards (BIM-based)

  • Creation of Digital Data Delivery Templates


All [Planned] Project Assets Identified, Named and Numbered

  • Train Design Team on Design Phase Data Delivery Standards

  • Facilitate Implementation of Data Delivery Systems and Templates

  • Define Project Master Asset List and LOD Matrix

  • Collect Asset Description and Asset Identification Data

  • Review Validate Data at “100% Design” for Standard Adherence


All [Planned] Project Assets Linked to Product Submittal Data (Make, Model, Specs, O&M)

  • Train Construction Team on Construction Phase Data Delivery Standards

  • Facilitate Implementation of Data Delivery Systems and Templates

  • Collect Asset Type, Specification, Warranty and O&M Data

  • Review Validate Data at “Approved for Construction” for Standard Adherence


ALL [Installed] Project Assets Updated with Field Verified Data

  • Train Commissioning Team on Commissioning Phase Data Delivery Standards

  • Facilitate Implementation of Data Delivery Systems and Templates

  • Collect Asset Specific Data, Label Assets, and Field Verify Data

  • Link Assets with Corresponding Control and Monitoring Systems (SCADA, BMS, etc.)

  • Review Validate Data at “As Built” for Standard Adherence


Seamless Delivery and Integration of All Digital Assetrelated Data

  • Preparation of BIM for FM Models

  • Preparation of Integration Ready Data Sets (COBie)

  • Integrate Model and Data Sets with Enterprise Systems

Featured Projects