Resource Center

This case study provides a comprehensive examination of the transformative role of real-time project controls on a $120M data center project.

Beyond identifying clashes and tracking progress, XYZ excels in swiftly and accurately assisting with the placement of future services. In this specific case, our field engineer deployed the Atom™ set out large buffer tanks,

This case study explores the timely detection and rectification of misaligned partition wall openings in a data center cooling array project.

It's impossible to be everywhere at once, but with real-time project controls for construction, you can confidently stay in the know.

Data center projects often encounter hurdles. But with XYZ, a hyperscale data center contractor overcame these challenges, building faster, better, and more efficiently. Discover how they saved $1.55 million and reduced risks.

Correct positioning is essential to stay on schedule, and incorrect bracket placements can cause major delays. Luckily, with engineering grade augmented reality™ (AR), the team identified an issue early for this Data Center.

Discover how a hyperscale data center provider avoided a major clash and saved time and money with real-time project controls. Simplify challenges, speed up delivery, and reduce risks with XYZ Reality.

This case study demonstrates how the adoption of real-time project controls on a 30MW hyperscale European data center project uncovered the true reasons behind a substantial delay.

Set-out in style with engineering grade augmented reality™ (AR).

This case study explores how real-time project controls significantly altered the trajectory of a 20 megawatt colocation data center project in Europe.

Avoid out of tolerance installations with engineering grade augmented reality™ (AR). Achieve millimeter precision and avoid costly rework on your data center project.

This case study illustrates how a ventilation system installation error can lead to far-reaching consequences.

This case study delves into an incident involving the flawed installation of a base plate in a large data center construction project in Spain.

This case study examines an incident in which flawed HAC rack installations were discovered thanks to XYZ’s the Atom™, the world's most accurate Engineering Grade augmented reality™ (AR) headset.

Elevate your offsite construction inspections to a new level of precision with XYZ Reality's revolutionary Engineering Grade augmented reality solution.

Watch as our Field Application Engineer deploys our state-of-the-art AR technology. With unmatched precision, they meticulously inspect every detail, ensuring that the floor aligns perfectly with the concrete gap.

Discover how XYZ Reality prevented construction setbacks by identifying a misaligned steel beam structure, saving our client $11,000 and 3 days on the critical path, plus an additional 4 progress days.

XYZ Reality’s field application engineer (FAE) deployed the Atom™ to perform pre and during-installation inspections on chamber MC-C-43.

During mission critical construction, it's crucial for engineers to carry out their work with precision to avoid interference with the progress of other specialties.

During a construction project, the installation of base plates is a critical step in ensuring the stability and accuracy of the structure. A simple mistake of installing a base plate 3.1 inches (8cm) out of its position can cause significant problems

XYZ Reality’s Engineering Grade AR headset revealed the placement of two concrete beams was off by 60mm (2.3 inches). If not corrected, this discrepancy would have had significant consequences on the structure integrity of the project.

Use Engineering Grade AR to reduce errors during the installation of prefabricated elements. If errors occur thee can result in serious consequences, causing delays, requiring rework.

XYZ Reality deliver 9x return on investment for PM Group as they made use of the world’s most accurate AR headset to eliminate rework on a hyperscale data center project.

Errors made during the installation of mechanical equipment can lead to serious site disruptions. The Atom identified mistakes before critical lifting equipment was removed.

Mistakes during groundworks are usually buried with the underground services. However, as the testing & commissioning phase begins, these same mistakes always find a way back to the surface creating major disruptions to the site

For structural concrete, any error outside of construction tolerances requires an engineering redesign and often involves costly and timely remedial works.

Construction engineering company, Dornan Engineering utilised the power of the Atom to deliver offsite factory witness testing on a hyperscale data centre.

As part of a shift towards more modern methods of construction, prefabricated elements and the associated factory witness testing became a critical hold-point and interface in the construction process.

To deal with the COVID-19 pandemic, the construction industry needed to come up with new and creative ways to mitigate the negative impacts the virus would have on workers’ health and safety as well as their productivity.

Multi-disciplinary consultancy, Cundall harnesses the power of Engineering Grade Augmented Reality on a hyperscale data center project.

Positional discrepancies for plumbing installation have a significant knock-on effect when unnoticed, resulting in a halt to continued installations and costly reworks to MEP systems.

Internal works carry a much greater burden on mission-critical projects when compared to external works. Therefore, it is critical that contractors do everything they can to ensure the upmost accuracy of their work.

Construction engineering company, GEORG FISCHER utilised the power of the Atom to deliver offsite factory witness testing on a hyperscale data centre.

Jones Engineering harnessed the power of the Engineering Grade AR™ to deliver a new level of quality assurance on a hyperscale data centre project and eliminating rework.

Project delivery specialists, PM Group deploys Engineering Grade Augmented Reality to avoid rework and delays on a complex data center project in Denmark.