08/18/2026
Data Center Logistics that Keep Facilities Running
Data centers allow less than 53 minutes of downtime a year. See how logistics supports every phase, from construction to decommissioning.
Data center logistics involves securely moving, scheduling, installing, and decommissioning hardware and equipment. Strong supply chain management is critical to data center uptime; when a data center provider commits to 99.99% availability, that means the systems can be down for less than 53 minutes a year.
Traditional data centers run for 10 to 15 years before needing major upgrades, but AI has accelerated this cycle. AI data center providers are typically replacing their GPUs and hardware every 2 to 3 years, and this requires specialist logistics support that integrates deeply with project management and the global supply chain.
- According to Statista, there are now more than 11,500 data centers worldwide, up from around 4,500 in 2010
- S&P Global expects data center power demands to almost double by 2030
- 99.99% availability allows for less than 53 minutes of downtime over a year
- Traditional servers have an optimal lifecycle of around 3 to 5 years, while high-density AI/GPU servers are replaced every 2 to 3 years
- The U.S. alone accounts for more than 40% of the world’s data centers
The growth numbers hide an important fact: behind every successful data center project is strong, technical supply chain management and dedicated logistics, with margins for error that are measured in minutes.
Key takeaways
- Logistics needs change dramatically depending on the four lifecycle phases of data centers and the hardware inside them: construction, commissioning, operations, and decommissioning
- Commissioning is the phase where logistics timing is most critical, as delays here translate directly into postponed go-live dates and lost revenue
- The accelerated refresh cycles that AI demands mean that decommissioning and circular logistics are a continual process, rather than a one-off event
- Data center logistics demands an integrated supply chain, from sourcing and manufacture, through to international freight, specialized product handling, and project management expertise
- Hardware and data center providers should involve logistics early in the design phase to prevent downstream issues
Why is data center uptime a logistics problem?
Data center uptime is a logistics problem because every SLA that a provider needs to meet depends on hardware arriving and being installed or replaced on schedule.
Data center providers commit to very demanding service-level agreements (SLAs) for their business and enterprise customers. The dominance of cloud computing means that even a few minutes of downtime causes major disruptions to business operations and revenue. In practice, that looks like:
- 99% uptime SLA allows for a maximum of 5,256 minutes of downtime a year, just over 3.5 days
- 99.9% uptime SLA allows for a maximum of 526 minutes of downtime a year, just over 8.5 hours
- 99.99% uptime SLA allows for a maximum of 53 minutes of downtime a year
- 99.999% uptime SLA allows for a maximum of just 5 minutes of downtime a year
Behind every uptime SLA is a complex data center supply chain. Equipment must arrive at the right time, in the right place, and on the right schedule, including servers, racks, cooling systems, and power infrastructure. Logistics needs to handle operational constraints like congestion on the worksite or the risk of damage when components are in storage. A failure in logistics means that hardware doesn’t get installed on time, which risks the provider not meeting its SLAs.
What makes data center logistics different from other industries?
Data center logistics combines three specialized disciplines at once: complex customs, dangerous goods handling, and project logistics.
Most logistics is measured through costs and transit time. Data center equipment has several other critical factors. A single shipment can hold exceptionally high-value GPU servers that are sensitive to shock, vibration, temperature, and humidity. Compounding that, the shipment isn't headed to an ordinary warehouse. It's feeding an active construction schedule where one missed delivery window could push back the go-live date.
Here's what each of those specialized logistics disciplines involves:
- Complex customs requirements: GPU imports can carry dual-use classifications and export controls under U.S. Commerce Department rules, which means the same hardware may face different duty levels depending on how it's declared. Getting a classification wrong doesn't just cost money, it can stop a shipment at the border.
- Dangerous goods handling: Data centers run on more than servers. Cooling fluids and batteries are regulated as dangerous goods in transport, each with its own documentation, packaging, and carrier requirements.
- Project logistics: Hundreds of suppliers across multiple continents feed a single site, and their deliveries have to arrive in precisely the right sequence, all so that the installation and commissioning teams can work without congestion or delay.
Plenty of logistics providers handle one of these disciplines well. Very few are set up to manage all three end-to-end and at scale. Managing a data center’s supply chain demands precision project management.
The value of the hardware means that security adds an extra layer. High cargo values make GPS tracking and secure transport a baseline requirement, and in some regions, shipments move under guard from origin to installation.
Want the full picture of how these requirements shape the market? The GEODIS industry report on data center logistics covers the complete lifecycle analysis, market data, and regional outlook.
How does logistics change across the data center lifecycle?
Logistics needs change at four key phases in a data center's lifecycle:
- Construction: Building the data center and its infrastructure.
- Commissioning: Installing and testing components.
- Operations and maintenance: Running and repairing hardware and other infrastructure.
- Decommissioning: Returning, dismantling, and recovering data center hardware.
Construction
Building a data center involves moving heavy, oversized, complex, and high-value equipment from suppliers all around the world to a single site, on a precise timeline. Power infrastructure, GPUs, and cooling equipment might originate in Asia, Europe, or the United States and all converge on one construction schedule. During the construction phase, a site logistics coordinator schedules the flow of deliveries and subcontractor activity against the project plan, so that the right equipment lands in the right sequence. Get the sequencing wrong, and crews stand idle while components sit in temporary storage, vulnerable to potential damage.
Commissioning
Once the construction is finished, the pressure goes up. Commissioning means installing and testing every critical system, and the schedule leaves little room for error. Sander van der Meer, who leads the global high-tech market line at GEODIS, believes this is the time when logistics matters most: "The highest stakes are in the commissioning phase. That's where delays are most expensive. It's very much project-driven, and time is of the essence."
Deliveries don't stop at the loading dock, either. Equipment often moves through the facility to its final installation point, and is sometimes placed by the qualified logistics personnel themselves.
Operations and maintenance
Spare parts logistics is essential to a data center provider meeting its uptime commitments. Components and consumables should sit close to the facility, ready to move the moment something fails. Inventory management is key here, as excess cost and hardware obsolescence are a significant risk.
Logistics providers must also manage return flows to repair centers and receive and quality-check incoming hardware. They may also handle white glove logistics inside the facility, such as replacing individual storage units within server racks. Meanwhile, older servers rarely retire on the spot. Many are reallocated to less demanding storage or inference tasks, extending their useful life to 5 to 7 years in well-managed configurations.
Decommissioning
Every component eventually reaches end of life, and that's where circular logistics begins. Equipment must be powered down, disconnected, and dismantled. Data is securely erased. Components are decontaminated, then routed into refurbishment flows or material recovery.
Van der Meer argues this phase deserves far more attention than it gets: "Circular logistics for data centers is not a nice-to-have. In the future, I think it will become a regulatory and commercial requirement." With AI shortening hardware lifespans, that future is arriving faster than many operators expect.
Why is data center decommissioning such a big challenge?
Decommissioning is a challenge because AI has greatly shortened hardware refresh cycles, while component scarcity has made end-of-life equipment more valuable.
The AI industry is placing extraordinary demand on the world's hardware manufacturers. Memory makers have sold out production a year or more in advance. SK Hynix announced that its entire 2026 DRAM output was already spoken for. Micron has sold out its 2026 contracts for the high-bandwidth memory that AI accelerators depend on. Supply chain intelligence firm Everstream Analytics estimates that up to 70% of the memory chips produced worldwide in 2026 will go to AI data centers.
Component scarcity changes what hardware decommissioning means. When new component manufacturing is booked out years in advance, the materials and parts inside end-of-life hardware have a great deal of recovery value, and all of it needs to be decommissioned properly.
The volume of end-of-life hardware is growing fast, too. Traditional data centers ran 10 to 15 years before needing major upgrades. AI and GPU innovation have compressed those refresh timelines to 2 to 3 years. This isn't a future problem. Van der Meer notes that the first wave of hyperscaler AI infrastructure is already approaching refresh, as equipment built only a few years ago becomes outdated.
Data center decommissioning is far more involved than just unplugging old servers. Before anything can be recycled, refurbished, or resold, each component must be:
- Powered down and disconnected from live systems
- Dismantled and prepared for secure transport
- Wiped through secure data erasure
- Cleared of chemical and electrostatic contamination
At the same time, logistics providers must meet strict environmental standards. The EU's WEEE directive and ISO 14001, combined with the scarcity of raw materials, are pushing recycling rates steadily upward.
Most of this decommissioning work happens inside live facilities, so every step must be carried out without creating operational risk. Old hardware is removed while new hardware is received, and the facility keeps running through all of it. That combination of scarcity, volume, security, and compliance is what makes data center decommissioning a logistics discipline of its own.
What should data center companies look for in a logistics provider?
Data center companies need logistics providers that combine global networks with local reach together with a single point of contact, real-time visibility, and hardware logistics expertise.
Not every logistics provider is built for this type of work. The data center supply chain is extremely demanding. The difference between providers can show up at the worst possible moment, whether that’s during commissioning or when critical hardware is stuck in customs. When you’re evaluating a provider, look for:
- A global network with local services. Hardware sourcing is worldwide, but delivery problems are local. Providers should be able to manage your campus logistics from a regional hub, not just coordinate it from a distant headquarters.
- A single point of accountability. When you have hundreds of suppliers feeding one site, you need one account team that owns the outcome across every phase. A problem at 2 a.m. should have one phone number attached to it.
- Control tower logistics with real-time visibility. You should know where every shipment is and what might be at risk, along with visibility into inventory levels and the CO₂ emissions of your logistics flows.
- Sector-specific, end-to-end expertise. Customs classifications, dangerous goods requirements, and project management all require experience and specialized knowledge.
GEODIS supports data center clients across the full lifecycle. One account team combines multiple services, including control tower monitoring, customs expertise, secure transport, spare parts management, and decommissioning support.
Ready to talk through your data center logistics requirements? Contact us to discuss how we can support your next data center build, refresh, or decommissioning project. Get in touch with GEODIS.
Logistics decides whether the lights stay on
When most people think about data center reliability, they imagine backup power, redundant cooling, and disaster recovery systems. The physical supply chain often gets overlooked until something goes wrong. But every server installed on time, every spare part that arrives within hours, and every reclaimed component is a successful logistics outcome.
The demand for data centers keeps climbing, driven by AI, cloud services, and national data sovereignty requirements. This is all happening as refresh cycles get faster and the components get scarcer and more valuable. Reliable logistics brings all of that together, and the operators who recognize that will be the ones still inside their 53 minutes.
About GEODIS
GEODIS is a global third-party logistics provider with more than 100 years of experience and operations in 120+ countries. From freight forwarding and customs services to warehousing, transportation management, and final-mile delivery, GEODIS helps businesses solve complex supply chain challenges at every scale. In the United States, GEODIS operates more than 50 million square feet of warehousing space alongside a nationwide transportation network.
The guide offered on this site is for general informational purposes only, and does not constitute, and should not be considered, to be legal advice or other advice specific to your company's circumstances. The information herein is presented without any representation or warranty, including as to the accuracy or completeness of the information presented.
