Skip to content

Server Migration Services in Amsterdam

By Reboot Monkey Team

Physical server relocation between Amsterdam data centres. Deinstall, secure transport, reinstall, and post-migration verification under a single contract. We operate across Equinix AM1 through AM11, Interxion AMS1 through AMS17, and every other major facility in the Amsterdam metro area.

Server Migration Services in Amsterdam

Last updated: April 13, 2026

What Is Physical Server Migration?

Physical server migration refers to the planned, supervised relocation of server hardware from one data centre location to another. This is not cloud migration, virtualisation, or data copying. It is the hands-on process of removing physical servers from racks, packaging them to anti-static and vibration standards, transporting them securely between facilities, reinstalling them in their new environment, and verifying they are operational before handing back control to the client. Amsterdam hosts more than 56 data centre facilities within the metropolitan area, including the Equinix AM campus (AM1 through AM11) and the Digital Realty Interxion campus (AMS1 through AMS17). Enterprises with infrastructure spread across multiple facilities increasingly require a vendor-neutral operator to execute cross-facility moves under a single chain-of-custody arrangement. Reboot Monkey fills that role. Physical server migration differs from cloud migration in every material respect. There is no data transfer over a network, no VM snapshot, and no hypervisor involved. The hardware itself moves. That introduces a distinct set of risks: mechanical shock during transport, electrostatic discharge during handling, power compatibility mismatches at the destination, and the coordination complexity of synchronising deinstallation at the source with a ready rack at the destination. Each of these risks requires a physical response, not a software one. The Amsterdam market is shaped by several demand drivers that make physical server migration a recurring operational requirement. Cloud repatriation projects bring workloads back from hyperscalers into private colocation racks. Server lifecycle refreshes every three to five years require old hardware to be decommissioned while new hardware is commissioned, often in a different facility. Data centre consolidation projects reduce the number of tenanted facilities from three or four to one or two. EU data sovereignty requirements under GDPR restrict where certain data may reside, and those restrictions sometimes force a physical move when a company changes its primary data centre arrangement.
  • Physical relocation of server hardware between Amsterdam data centre facilities
  • Not cloud migration, not virtualisation transfer, not remote data copying
  • Covers Equinix AM1-AM11, Interxion AMS1-AMS17, and all other Amsterdam colocation sites
  • Vendor-neutral: Reboot Monkey is independent of both source and destination operators
  • Single chain-of-custody from deinstall through post-migration verification

Why Amsterdam Requires a Specialist Approach

Amsterdam is the third-largest colocation market in EMEA, behind London and Frankfurt, and the largest in the Netherlands. The Amsterdam Internet Exchange (AMS-IX) connects more than 800 networks, making Amsterdam one of the world's most densely interconnected internet hubs. That density creates both opportunity and complexity for server migration projects. The opportunity is significant. Enterprises operating in Amsterdam have access to a large number of carrier-neutral facilities within a compact geographic area. A server can be moved from an Equinix facility in the Science Park area to an Interxion facility in the Harbour area in under 45 minutes by road. That proximity makes same-day migration windows achievable in a way that is not possible in markets where facilities are separated by hundreds of kilometres. The complexity comes from the diversity of building specifications, access procedures, and power standards across those facilities. Each Equinix AM facility has its own floor plan, cage access requirements, and scheduled outage windows. Each Interxion AMS facility has its own loading dock procedures, escort policies, and cage handover protocols. A migration team that is unfamiliar with these facility-specific procedures introduces delays at exactly the moments when the clock is running and equipment is offline. Reboot Monkey's technicians are accredited across both the Equinix AM campus and the Interxion AMS campus. That accreditation means our engineers can enter, work in, and hand over equipment within these facilities without the delays caused by first-time access requests or escort requirements. For enterprises planning a cross-campus move, this is the difference between a four-hour migration window and a twelve-hour one. Amsterdam's power infrastructure runs at 230V/50Hz, consistent with the Netherlands' standard electrical supply. This standard applies across all colocation facilities in the Amsterdam metro area and must be verified for compatibility when migrating hardware originally commissioned in non-European data centres, particularly those in the United States where 120V/60Hz is standard. Power compatibility verification is part of Reboot Monkey's pre-migration audit process.
  • Amsterdam hosts 56+ data centre facilities within the metropolitan area
  • AMS-IX connects 800+ networks, creating Europe's most interconnected colocation market
  • Same-day migration windows are achievable given the compact geographic cluster
  • Reboot Monkey holds facility accreditations across the Equinix AM and Interxion AMS campuses
  • 230V/50Hz power standard applies across all Amsterdam colocation sites

The Reboot Monkey Server Migration Process

Server migration in Amsterdam follows a five-phase methodology. Each phase produces documentation that feeds the chain-of-custody record, which is delivered to the client at project close. Phase 1: Pre-Migration Audit. Before any hardware is touched, Reboot Monkey engineers conduct a physical audit of the source environment. This covers rack elevation diagrams, cable schedules, power draw per server, labelling status, and any deviations from the original rack design. The audit identifies risks before the migration window opens: cables too short to reach the destination rack, servers with non-standard mounting hardware, drives that are not securely seated. Addressing these before the migration window reduces the risk of delays during the live move. Phase 2: Deinstall and Anti-Static Packaging. On migration day, engineers deinstall each server in the agreed sequence, applying anti-static wrist straps and anti-static bags to all components. Servers are packaged in foam-lined transit cases or, for full racks, bolted to transit frames designed for rack transport. Every item is labelled with a numbered tag that corresponds to the chain-of-custody manifest. Phase 3: Secure Transport with Chain-of-Custody. Hardware is transported between facilities in closed vehicles with GPS tracking. The chain-of-custody manifest records the serial number of each item, the name of the engineer handling it, the time of departure, and the time of arrival at the destination facility. For regulated industries such as financial services and healthcare, this document provides the evidence trail required by audit and compliance teams. Phase 4: Reinstall at Destination. Engineers reinstall hardware in the destination racks following the agreed rack elevation diagram. Cabling is completed to the new cable schedule. Power connections are verified. Where required, initial power-on testing is performed to confirm that hardware POST completes successfully before the migration window closes. Phase 5: Post-Migration Verification. Within 24 hours of the migration window closing, Reboot Monkey conducts a post-migration verification check. This confirms that all migrated hardware is online, accessible via the customer's remote management tools, and performing within normal operating parameters. Any items requiring further attention are escalated immediately with a written fault report.
  • Phase 1: Pre-migration audit covering rack diagrams, cable schedules, and risk identification
  • Phase 2: Deinstall with anti-static packaging and numbered chain-of-custody labelling
  • Phase 3: Secure transport with GPS tracking and full serial-number manifest
  • Phase 4: Reinstall at destination with cabling, power verification, and POST confirmation
  • Phase 5: Post-migration verification within 24 hours, with written fault escalation if required

Cross-Facility Migration: Equinix AM to Interxion AMS Under One Contract

Cross-campus migration within Amsterdam presents a coordination challenge that facility operators are not positioned to solve. Equinix manages equipment within its own campus. Digital Realty manages equipment within its own campus. Neither operator can act as the responsible party for an asset moving from one campus to the other. That gap is where third-party operators like Reboot Monkey provide direct commercial value. A cross-facility migration from Equinix AM5, for example, to Interxion AMS8 involves two separate facility access processes, two separate cage handover procedures, transport between two independently managed buildings, and a single chain-of-custody that spans both. Reboot Monkey holds the accreditations and the operational process to execute this as a single coordinated project under one contract, one project manager, and one point of contact for the client. The commercial arrangement is straightforward. The client engages Reboot Monkey for the full scope. Reboot Monkey coordinates the deinstall at Equinix AM5 using its accredited engineers, handles transport, and coordinates the reinstall at Interxion AMS8. The client does not need to manage separate relationships with two different hands-on service providers at two different facilities, nor do they need to coordinate handover times between those two providers. For enterprises running multi-facility footprints across the Amsterdam campus cluster, this single-contract model also simplifies procurement. One purchase order, one invoice, one compliance review. For organisations subject to EU procurement rules or internal vendor rationalisation programmes, reducing the vendor count for infrastructure operations is a material benefit. The same model applies to any combination of Amsterdam facilities. Reboot Monkey operates across Global Switch Amsterdam, Datacenter.com AMS1 through AMS3, Iron Mountain Amsterdam, NorthC facilities, CyrusOne Amsterdam, and phoenixNAP AMS1, in addition to the Equinix AM and Interxion AMS campuses.
  • Equinix AM1-AM11 to Interxion AMS1-AMS17 migrations executed under a single contract
  • One project manager, one point of contact, one chain-of-custody record
  • Also covers Global Switch, Iron Mountain, NorthC, CyrusOne, and phoenixNAP Amsterdam
  • Simplifies procurement: one purchase order, one invoice, one compliance review
  • No need to manage separate hands-on service providers at source and destination

Regulatory Compliance During Server Migration in Amsterdam

Server migration in Amsterdam takes place within a regulatory environment shaped primarily by the EU General Data Protection Regulation and, for regulated industries, additional sector-specific frameworks. Understanding how physical hardware relocation intersects with these frameworks is a practical requirement for compliance teams, not an academic exercise. Under GDPR, the physical location of server hardware is relevant when that hardware processes or stores personal data. A migration that moves hardware from one Amsterdam facility to another Amsterdam facility within the EU does not trigger the cross-border transfer provisions of GDPR Chapter V, because the data remains within the EU. However, the migration process itself must be conducted in a manner that does not compromise the integrity or confidentiality of personal data. This means the chain-of-custody documentation, anti-static packaging standards, and access controls during transport all have compliance relevance. For organisations subject to PCI DSS 4.0, physical server migration introduces scope considerations around Requirement 9, which governs physical access to cardholder data environments. The chain-of-custody manifest that Reboot Monkey produces for every migration provides the documentation required to demonstrate that physical access to in-scope hardware was controlled, logged, and authorised throughout the migration window. ISO 27001:2022 Annex A.7 covers physical and environmental security. A.7.8 addresses equipment siting and protection. A.7.9 addresses security of assets off-premises, which directly applies to the transport phase of a server migration. Reboot Monkey's secure transport process, including GPS-tracked vehicles, numbered chain-of-custody labels, and signed handover at both source and destination, aligns with the A.7 control objectives. Amsterdam's financial sector adds further regulatory context. Institutions subject to DORA (the EU Digital Operational Resilience Act), which came into full effect in January 2025, must ensure that ICT infrastructure changes are documented, tested, and recoverable. A server migration that moves infrastructure supporting critical functions requires change documentation, a defined rollback procedure, and post-migration continuity testing. Reboot Monkey's post-migration verification process supports these requirements.
  • GDPR Chapter V cross-border transfer provisions do not apply to intra-Amsterdam moves
  • PCI DSS 4.0 Requirement 9 (physical access controls): chain-of-custody manifest satisfies documentation requirements
  • ISO 27001:2022 A.7.9 (off-premises asset security): GPS transport tracking and signed handover procedures
  • DORA-compliant change documentation provided with every migration project
  • All migration documentation delivered to client at project close for audit use

Industries Served: Amsterdam's Dominant Verticals

Amsterdam's colocation market is shaped by a concentration of specific industry verticals that each carry distinct requirements for server migration projects. Financial services. Amsterdam hosts several of the Netherlands' largest financial institutions, including ING Group and ABN AMRO, as well as a dense cluster of European headquarters for international banks and asset managers. Financial services organisations typically have the most demanding requirements for server migration: strict change windows, regulatory audit trails, zero tolerance for data loss, and compliance with both GDPR and sector-specific regulations. Reboot Monkey's chain-of-custody documentation and post-migration verification process is designed specifically to meet these requirements. Logistics and transport. KLM, along with a significant cluster of logistics and supply chain companies, maintains Amsterdam data centre infrastructure to support operations across Schiphol Airport and the Port of Rotterdam corridor. These organisations typically have migration windows constrained by operational calendars: logistics systems cannot be offline during peak booking periods or at month-end. Reboot Monkey's pre-migration audit process identifies constraints early, allowing migration windows to be scheduled for minimum operational impact. Technology and e-commerce. Amsterdam has a high concentration of European technology companies and e-commerce operators, many of whom have made the Amsterdam Internet Exchange the core of their content delivery architecture. For these organisations, a server migration that changes the network path to AMS-IX must be planned and executed with precision. Reboot Monkey coordinates with the destination facility's network team to ensure that cross-connect orders are in place before the migration window opens, so that connectivity is restored as quickly as possible after hardware reinstall. Cloud repatriation. Across all verticals, Amsterdam is seeing a growing volume of server migration projects driven by cloud repatriation, where organisations move workloads from public cloud hyperscalers back to private colocation racks. According to industry research from the Uptime Institute, a growing proportion of enterprise IT leaders reported in 2024 that they were moving workloads from public cloud to colocation or private infrastructure due to cost predictability and data sovereignty concerns. These repatriation projects require physical server procurement, rack preparation, and migration execution within a defined project timeline. Reboot Monkey supports the full physical lifecycle from rack-and-stack through to first connectivity test.
  • Financial services: strict change windows, regulatory audit trails, DORA and GDPR compliance
  • Logistics and transport: Schiphol and Port of Rotterdam corridor operations, constrained migration windows
  • Technology and e-commerce: AMS-IX-dependent architecture, cross-connect coordination required
  • Cloud repatriation: physical deployment and migration support for workloads returning from public cloud

Minimising Downtime During Amsterdam Server Migration

Server migration downtime in Amsterdam is primarily a function of three variables: the quality of the pre-migration audit, the precision of the migration window scheduling, and the speed of post-reinstall verification. Reboot Monkey's process is designed to optimise all three. The pre-migration audit is the single most effective downtime reduction tool. By identifying cabling issues, hardware labelling gaps, and power incompatibilities before the migration window opens, the audit eliminates the common causes of unplanned delays during the live move. In the Amsterdam market, where migration windows are often constrained by facility shared maintenance schedules or client operational calendars, unplanned delays that extend the window into business hours are a material risk. The audit converts that risk from unknown to quantified and addressable. Migration window scheduling in Amsterdam benefits from the city's compact geography. The drive time between most Amsterdam data centre facilities is under 30 minutes. This means that a migration team can complete a deinstall at Equinix AM3, transit to Interxion AMS5, and begin reinstall within a two-hour window in a way that simply is not achievable in markets where facilities are separated by greater distances. For clients with tight change windows, this geography is a genuine operational advantage. Post-reinstall verification speed is determined by the thoroughness of the destination rack preparation. When the destination rack is pre-cabled, power-tested, and cross-connects are provisioned before the hardware arrives, the time between hardware placement and network connectivity is measured in minutes rather than hours. Reboot Monkey's pre-migration coordination with the destination facility's network team is specifically aimed at ensuring this preparation is complete before the migration window opens. For organisations where any downtime is unacceptable, a staged migration approach moves hardware in batches while keeping critical systems online. In a staged approach, secondary systems migrate first, allowing the client to validate the destination environment before migrating primary systems. This approach extends the total project duration but reduces the peak risk exposure at any given point in the migration.
  • Pre-migration audit eliminates the most common causes of unplanned window overruns
  • Amsterdam's compact geography enables two-hour cross-facility migration windows
  • Destination rack pre-cabling and cross-connect provisioning reduces post-reinstall time to minutes
  • Staged migration approach available for organisations with zero-tolerance downtime requirements
  • 4-hour on-site SLA in Amsterdam for post-migration incident response

Server Migration at Scale: Full-Rack and Multi-Rack Projects

Server migration projects in Amsterdam range from single-server relocations to full multi-rack migration programmes covering hundreds of servers across multiple facilities. Reboot Monkey's pricing model and project structure scale to match. For single-server or small-batch migrations (one to ten servers), Reboot Monkey operates on a per-server pricing model. The scope covers the pre-migration audit, deinstall, transport, reinstall, and post-migration verification as a fixed-price package. This model suits organisations with a targeted piece of infrastructure to relocate, such as a GPU server being moved to a higher-density power zone, or a backup appliance being consolidated into a primary facility. For full-rack and multi-rack migrations, Reboot Monkey operates on a project-based model. The project includes a discovery phase, a detailed migration plan with phase sequencing, dedicated on-site engineers for the migration window, and a project manager who serves as the single point of contact across both source and destination facilities. Multi-rack projects in Amsterdam typically involve pre-migration coordination with the destination facility for power, cooling, and cross-connect capacity. For large-scale data centre migration programmes, where the entire footprint of a facility is being relocated, Reboot Monkey's Amsterdam team coordinates with its global network of field engineers to bring in additional capacity. Reboot Monkey operates in more than 250 cities across 190 countries, meaning that the same project management and chain-of-custody process that applies to an Amsterdam migration also applies to any other location in the client's global infrastructure portfolio. <table> <thead> <tr> <th>Migration Scale</th> <th>Pricing Model</th> <th>Typical Timeline</th> <th>Project Manager</th> </tr> </thead> <tbody> <tr> <td>1-10 servers</td> <td>Per-server fixed price</td> <td>1 migration window (4-8 hours)</td> <td>Senior technician</td> </tr> <tr> <td>1-5 racks</td> <td>Per-rack fixed price</td> <td>1-3 migration windows</td> <td>Dedicated project manager</td> </tr> <tr> <td>Full facility migration</td> <td>Project-based</td> <td>Multi-week phased programme</td> <td>Dedicated project manager + field lead</td> </tr> </tbody> </table>
  • Per-server pricing for small migrations (1-10 servers): audit, transport, reinstall, verification included
  • Per-rack pricing for mid-scale moves (1-5 racks): dedicated project manager included
  • Project-based pricing for full facility migrations: phased programme with field lead
  • Global coverage: the same project process applies to any other location in a client's global portfolio
  • Multi-vendor hardware certified across all standard server manufacturers

Server Migration Services in Amsterdam

Pre-Migration Audit

Physical inspection of the source environment covering rack elevation diagrams, cable schedules, power draw, labelling status, and risk identification before the migration window opens.

Deinstall and Anti-Static Packaging

Safe removal of servers from source racks using anti-static procedures, with numbered chain-of-custody labelling applied to every item before it leaves the source facility.

Secure Transport with Chain-of-Custody

GPS-tracked transport between Amsterdam data centre facilities with a full serial-number manifest recording departure time, arrival time, and the engineer responsible for each item.

Reinstall at Destination

Hardware installation in destination racks following the agreed rack elevation diagram, including cabling, power connection, and initial POST verification before window close.

Post-Migration Verification

Within-24-hour confirmation that all migrated hardware is online, remotely accessible, and performing within normal operating parameters, with written fault escalation for any items requiring further attention.

Cross-Facility Coordination

Single-contract management of migrations between any combination of Amsterdam data centre campuses, including Equinix AM, Interxion AMS, Global Switch, Iron Mountain, NorthC, CyrusOne, and phoenixNAP.

Frequently Asked Questions

What does server migration in Amsterdam actually involve?

Server migration in Amsterdam is the physical relocation of server hardware between data centre facilities. Reboot Monkey handles deinstall at the source facility, anti-static packaging, GPS-tracked transport, reinstall at the destination, and post-migration verification within 24 hours. This is not cloud migration or data transfer over a network. The hardware itself moves, under a chain-of-custody manifest that records every item from removal to reinstallation.

Can Reboot Monkey migrate servers between Equinix AM and Interxion AMS facilities?

Yes. Reboot Monkey holds facility accreditations across the Equinix AM campus (AM1 through AM11) and the Interxion AMS campus (AMS1 through AMS17). Cross-campus migrations are executed under a single contract with one project manager and one chain-of-custody record. The client does not need to manage separate service relationships at source and destination. The same model applies to any other combination of Amsterdam facilities.

How long does a typical server migration take in Amsterdam?

A single-server migration typically completes within a four-to-eight-hour window. Amsterdam's compact geography means transit time between most facilities is under 30 minutes, which allows migration teams to deinstall, transport, and begin reinstall within a two-hour window in many cases. Full-rack and multi-rack migrations require multiple windows planned in sequence. The exact timeline depends on the number of servers, the complexity of the cabling, and the destination facility's access schedule.

How does physical server migration relate to GDPR compliance?

Moving server hardware between two Amsterdam facilities stays within the EU, so GDPR Chapter V cross-border transfer provisions do not apply. However, the migration process itself must protect the integrity and confidentiality of personal data during transport. Reboot Monkey's chain-of-custody documentation, anti-static packaging, and GPS-tracked transport process supports GDPR compliance requirements. All migration documentation is delivered to the client at project close for use by data protection officers and audit teams.

What documentation does Reboot Monkey provide after a server migration?

Reboot Monkey delivers a complete chain-of-custody package at project close. This includes the pre-migration audit report, the numbered item manifest with serial numbers and engineer signatures, GPS transport records with timestamps, the post-migration verification report, and a written fault report for any items requiring follow-up. For organisations subject to PCI DSS 4.0, ISO 27001:2022 A.7, or DORA change documentation requirements, this package provides the evidence trail needed for audit.

Does Reboot Monkey handle the cabling and cross-connects at the destination facility?

Yes. Reboot Monkey engineers complete cabling at the destination rack following the agreed cable schedule. For cross-connect provisioning, Reboot Monkey coordinates with the destination facility's network team in advance of the migration window to ensure that cross-connect orders are placed and provisioned before hardware arrives. This pre-coordination is critical for minimising the time between hardware reinstall and network restoration.

What is the difference between server migration and data centre migration?

Server migration refers to the relocation of individual servers or server batches between facilities. Data centre migration refers to the relocation of an entire facility footprint, typically involving hundreds of servers, network equipment, storage systems, and cabling across a multi-week project. Reboot Monkey provides both services. For organisations planning a full facility exit, the data centre migration service covers discovery, planning, phased execution, and post-migration validation at programme scale.

Can Reboot Monkey migrate servers outside Amsterdam as part of the same project?

Yes. Reboot Monkey operates in more than 250 cities across 190 countries. For organisations with infrastructure in multiple locations, the same project management process and chain-of-custody standard that applies in Amsterdam applies in any other city in the portfolio. Multi-city projects are managed by a single project manager with local field engineers deployed in each location. This avoids the complexity of managing multiple regional vendors under different contracts.

Related Locations

Server migration Netherlands

Plan Your Amsterdam Server Migration

Tell us the source facility, destination facility, number of servers, and your preferred migration window. Reboot Monkey will provide a project scope and fixed-price quote within 24 hours. We operate across all Amsterdam data centres including Equinix AM1-AM11, Interxion AMS1-AMS17, and every other major facility in the metro area.

Request a Quote