As the digital economy accelerates and AI becomes more deeply embedded in both everyday life and business, the demand for high-performance computing is pushing data center infrastructure to its limits. Rising densities, extreme power and cooling needs, complex and larger infrastructure, plus tighter delivery timelines are forcing rapid evolution.
At the same time, predictability, streamlining processes, driving innovation, sustainability, and safety, remain top priorities. Addressing this convergence of challenges requires both technological innovation and deep expertise, alongside adaptive project delivery, and close collaboration across the supply chain. That’s where Exyte, a global engineering, procurement, and construction (EPC) specialist, comes in.
A global leader in mission critical project delivery, Exyte undertakes EPC services for some of the world’s most advanced infrastructure with a focus on enabling the technologies of tomorrow. The company operates across sectors including data centers, semiconductors, batteries, and biopharmaceuticals. Headquartered in Stuttgart, Germany, Exyte designs and builds data centers globally, with active operations in more than 20 countries and a project footprint spanning over 30 countries.
To understand how the company is tackling key industry challenges and supporting operators in keeping up with technological advancements across the sector, Exyte shares its core strategies for staying ahead of the curve.
Building the AI infrastructure of tomorrow
A key driver of this transformative digital landscape, generative AI, represents a major inflection point for industry and society alike. Its proliferation is reshaping the way data centers are designed and delivered. Exyte’s mission is clear: to enable these innovations by building the digital infrastructure that powers them.
“Whether it’s semiconductors for advanced computing microprocessors, or the environments they operate in, we are focused on bringing the next generation of compute infrastructure to life,” says Abhishek Bardhan, senior vice president of global business unit, data centers at Exyte.
As demand for AI continues to accelerate, Exyte understands the importance of future-ready infrastructure, with innovation in both physical and digital systems required to support emerging workloads. Those that embrace this expertise early will be best positioned for success.
Solving high-density power and cooling challenges
The ability to adapt is now a critical differentiator. Today, it is a choice between evolution or extinction. Take thermal management for example. While air-cooling alone was once sufficient for traditional data center facilities, as chip densities continue to increase alongside power consumption and thermal output, this is no longer the case for many high-density AI-ready deployments.
The need for more efficient cooling strategies is pressing. Liquid cooling, whether through direct-to-chip cooling, immersion cooling, or other methods, can offer the highly effective, efficient thermal management that modern workloads require.
Power infrastructure must also evolve. With chips and servers now consuming over ten times more energy than only a few years ago, new demands for higher voltage power distribution, different cabling and redundancy requirements are rising – with future scalability as a critical requirement.
Networking architectures are changing, too. AI applications place different demands on infrastructure than traditional Cloud computing. Redundancy models, throughput requirements, and latency considerations are all shifting, forcing operators to rethink how networks and compute resources interact at the physical level.
Bardhan outlines Exyte’s core approach to meeting demand and tackling these pressing challenges: “On several of our projects, we have integrated AI into construction planning and safety, deployed robotics like our site-monitoring robot Rexyte, adopted advanced off-site manufacturing through our DMFA approach, and embraced pre-commissioning – all integrated with digital twins.
“These approaches allow us to deploy scalable solutions for AI factories. By identifying potential issues earlier, mitigating supply chain constraints, keeping projects on schedule, and maintaining the highest safety and quality standards, we can deliver smarter, faster, and more predictable outcomes for our clients.”
A key part of this innovation is Rexyte, Exyte’s robot dog. Outfitted with high-resolution cameras and LiDAR (light detection and ranging, laser-based sensors that capture ultra-precise 3D site data), Rexyte continuously updates Exyte’s digital twin models with real-time insights, enabling early risk detection and proactive decision-making without additional manpower or disruptions.
While performance is critical, sustainability does not take a back seat at Exyte. Its team is constantly looking at how smarter design, energy-efficient cooling solutions, and sustainable infrastructure can help reduce environmental impact without compromising delivery.
Exyte uses sustainable construction methodologies and circular economy concepts to minimize carbon footprint and waste, supporting both its own and its customers’ net zero goals.
Leveraging decades of complex project experience
With the landscape moving as quickly as it is, experience matters. Having delivered mission-critical projects around the world for decades, Exyte draws on deep institutional knowledge to navigate new complexities, and help clients avoid unexpected pitfalls.
As a leader in the EPC space, the company continues to pioneer new approaches leveraging automation, digitalization, and advanced manufacturing techniques to simplify complexity and accelerate delivery of next-generation infrastructure.
Drawing on its experience in highly complex industries, Exyte is redefining data center delivery models. Their team is applying proven methods that streamline schedules, optimize resources, and simplify even the most challenging projects.
End-to-end project responsibility is also central to the company’s approach. Rather than juggling multiple contractors and disjointed processes, customers benefit from a single point of accountability across the full project lifecycle. Exyte manages every step in-house to reduce risk, simplify delivery, and improve outcomes.
Delivering predictability through digital twins and real-time data
Naturally, one of the greatest challenges in a rapidly changing environment is uncertainty – whether caused by emerging technologies, shifting regulations, or global supply chain pressures.
That’s why, according to Exyte, every customer places one priority above all others: predictability. Clients want confidence in how long their projects will take, how much they will cost, and how risks will be managed along the way.
Exyte’s approach to predictability is rooted in transparency and collaboration through its integrated EPC delivery model. By creating an open culture and aligning stakeholders early, the company minimizes risk and avoids finger-pointing when challenges arise. When everyone works from the same information, problems can be resolved together, quickly and fairly.
Technology plays a central role in delivering this strategy. Exyte’s use of digital twins and building information modeling (BIM) technology gives customers full visibility throughout the project lifecycle – from design right through to final commissioning.
The company provides customers with access to the federated model so that they can see exactly where the project stands. Whether it’s design accuracy, construction status, or billing projections – it’s all right there, live and up to date for easy tracking.
Exyte creates a digital twin for every project, simulating the build virtually before construction begins. Real-time site data is then integrated with the model to track progress, forecast outcomes, and resolve issues swiftly.
These key tools allow different scenarios to be accurately simulated to identify risks and adjust plans in real time, helping to ensure projects stay on track and, crucially, on budget.
Prioritizing safety at every stage of project delivery
Exyte prides itself in delivering and meeting customer demand, while prioritizing safety at all levels. According to the company, driving a culture of safety isn’t just about compliance, it’s about protecting human lives.
Its Incident-Free Workplace program is designed to build this culture of safety across every layer of the organization. Through behavioural training, leadership accountability, and continuous improvement, the company has achieved exemplary safety outcomes on complex projects globally.
A people-first approach means that each individual at Exyte arrives on-site with the confidence that they will return home safely. This aspect of the company culture is key to instilling confidence amongst its people and customers alike, driving success and innovation collectively and consistently.
Looking ahead: Building the future of AI-driven infrastructure
As AI continues to redefine what’s possible, the demands on data center infrastructure will only intensify. Exyte remains committed to staying at the forefront of this transformation, investing in innovation, advanced technologies, and sustainable practices to meet tomorrow’s challenges today.
Exyte’s team realizes that sustainability can’t be an afterthought – but a core component engineered in from the start. From energy-smart systems to lower-impact construction methods, the company is working to make sure the infrastructure powering tomorrow’s AI doesn’t drain the earth’s resources.
By combining deep industry expertise with cutting-edge digital tools and adaptive project delivery models, Exyte is uniquely positioned to help operators navigate an evolving landscape – delivering data centers that are smarter, safer, and more resilient.
As AI reshapes the industry and the world, the foundation of tomorrow’s innovation is being built today. With vision, precision, and purpose, Exyte is delivering the mission critical infrastructure that will power the next generation of possibilities.
To explore how Exyte designs and constructs complex data centers safely, predictably, and at scale, visit www.exyte.net.
Read the orginal article: https://www.datacenterdynamics.com/en/marketwatch/building-ais-future-smarter-safer-data-center-infrastructure/
