Egnyte, the leading provider of Cloud and HybridCloud File Sharing solutions for Businesses today released a new case study outlining the benefits of deploying a hybrid cloud solution in a large scale construction project. Balfour Beatty implemented Egnyte’s HybridCloud File Sharing solution as a part of the reconstruction, allowing their design team to save $5.1 million (71%) in costs and eliminating 9,000 lbs of paper printing. Utilizing the data from this and other construction industry customers, Egnyte is also launching its Construction Vertical Market Initiative (VMI).
“Egnyte provides our partners at BARC (the joint venture on the project, which includes Balfour Beatty) the flexibility they need and the security we require,” said Perfecto Solis, Vice President of Airport Development and Engineering at DFW. “As part of our sustainability initiatives we continue to look for ways within our organization to go paperless and hope to use products like Egnyte for future projects.”
Jeff Pistor, the Project Manager at Balfour Beatty, noted, “The Dallas Fort Worth Airport Terminal Reconstruction and Improvement Program presented us with a unique challenge because of the scale of the project and security requirements. The drawing set was projected to be 20 times larger than our other large projects. Because of the complexity of the project, the number of subcontractors working on concurrent projects and the distance between the jobsite and the jobsite office, we needed a way to make the current drawings available to everyone electronically. We use Egnyte as the backend storage and iPads in the field as the display device, assuring us that everyone in the field has access to the most current drawings and greatly reducing the risk of a subcontractor working off the wrong plans.”
Balfour Beatty initially selected Egnyte because of the security and control they had in setting up and managing folders. Implementation of Egnyte’s Local Cloud (ELC) was critical because accessing the drawings from the cloud was hampered by a slow Internet connection. By syncing a copy of the data behind the firewall and inside the network, they were able to eliminate need for more bandwidth to the Internet and increase the access speed to drawings. Pistor further noted, “Because ELC access was managed at the jobsite, we were able to use it for collaboration with our design team. The team members working with large 3D models were housed in our office and were able to store and share their files on the ELC even though they were all on their own company machines and did not have logins to our network. Our network security was maintained and the team was able to accomplish their need to exchange information quickly.”