We design the digital future.

A site isn’t automatically a data center location.

The right location is essential for the feasibility and efficiency of a data center. The cost and availability of electricity, network connectivity, amount of available space, zoning, and ease of approval are central factors. We evaluate these parameters during the feasibility phase, in order to create a robust basis for the ongoing development of the project.

Time is becoming a competitive factor.

The time required for approval, planning, procurement, and execution determine the competitive advantage of a project and these factors have to be coordinated at an early stage. Integrated, BIM-supported design and modular concepts simplify this coordination process, accelerate decision-making, and ensure faster implementation.

Availability is non-negotiable.

The energy supply, cooling, security requirements, and building structure must work as an integrated system. This is why we address redundancies, technical performance, and reliability holistically from day one in order to obtain the required classification from the Uptime Institute (TIER 1–4)—for a permanently reliable operation that meets all the client’s requirements.

Flexibility determines the fitness for the future.

Higher power densities, extreme AI-driven load profiles, and new energy-efficiency and heat-recovery requirements are constantly transforming data centers. Modular concepts, the potential for expansion, and the adaptability of technical systems are becoming key design parameters. Future-proof concepts enable us to expand capacities as required and flexibly adapt to changing parameters.

Test-fits, feasibility studies, and masterplans as a solid basis for making decisions related to one of the earliest and most consequential project milestones.

The structured evaluation of technical risk on the basis of an in-depth location analysis, coupled with financial due diligence—for increased planning certainty and lower project risk from the earliest phases of the project.

Architecture, structural, mechanical, electrical, and building management system engineering, the tender and tender award, construction management, and building physics, all from a single source, enhanced by specialist data center expertise and BIM-based processes. This integrated coordination stretches from design to implementation and commissioning and ensures the quality and functionality of complex technical systems.

The coordination of the implementation and commissioning of complex technical systems with a focus on quality, functionality, and compatible interfaces. This integrated support of the entire process up to commissioning ensures that the design and execution remain aligned throughout.

The adaptation of existing data centers in line with growing power densities, new technical requirements, and changing end-user structures—including the targeted reuse of existing infrastructure and maintenance of ongoing operations.

BIM links the architecture, the structural and building services engineering, and the equipment in a consistent information model. Dependencies and interfaces are coordinated across the disciplines; and the consistent data basis also supports the operation, maintenance, and subsequent adaptation of the building.

Energy efficiency, sustainability, and lifecycle costs flow into the planning process at an early stage. This ensures that regulatory requirements are addressed from day one—and that the data center remains cost-efficient over the long term. Taxonomy advice, including certification in line with a range of green-building certification systems (LEED, BREEAM, DGNB, ÖGNI)—all from a single source.