Data Center Migration Services in India

A data center migration refers to the planned, physical relocation of an organisation's IT infrastructure from one facility to another. This is not a single-server swap or a cloud lift-and-shift. It is a structured programme spanning 50 to 200 or more racks, all associated cabling, power distribution units, network equipment, and cooling dependencies, with source decommissioning and destination deployment managed as a single coordinated engagement. Reboot Monkey operates across <a href="/en/data-center-migration/">data center migration engagements</a> in 250+ cities across 190 countries, making India's five major colocation metros a natural operational focus. Our engineers work inside third-party facilities. We do not own or operate datacenters. That independence is what makes vendor-neutral migration possible: our team handles source decom at operators such as Equinix MB1 in Mumbai or Yotta's ND1 in Delhi, and destination deployment at STT GDC Pune or CtrlS Hyderabad without commercial allegiance to either side of the move. India's colocation market has expanded significantly across five primary hubs: Mumbai (Navi Mumbai corridor, Powai, BKC), Delhi NCR (Noida, Greater Noida, Manesar), Bengaluru (Electronic City, Whitefield), Chennai (Old Mahabalipuram Road corridor), and Hyderabad (HITEC City, Gachibowli). Key operators across these metros include Equinix (MB1, BA1/BA2, HYD1), Yotta Infrastructure, STT GDC, CtrlS, Nxtra by Airtel, NTT, and AdaniConneX (a joint venture between Adani Enterprises and EdgeConneX). The presence of nine established operators across these cities means most migrations involve assets spread across multiple facilities and potentially multiple operators, which requires a neutral project manager with engineers embedded in each building. A standard Reboot Monkey India migration engagement covers: physical asset survey and labelling at source, structured decommissioning with chain-of-custody documentation, inter-city or inter-state transport coordination, destination rack installation and cabling, power-on validation, and DPDPA-compliant disposal of decommissioned hardware under E-Waste (Management) Rules 2022. The scope is 50 to 200 racks per engagement wave, with multi-wave programmes available for larger footprints. For organisations with infrastructure in both primary metros and secondary cities such as Pune, Kolkata, or Ahmedabad, Reboot Monkey coordinates field engineer dispatch from the nearest active market. Our global NOC operates 24/7 and holds a 4-hour incident response SLA for on-site emergencies during migration execution. If a critical issue surfaces during a migration window, an engineer is physically inside your facility within four hours.

Reboot Monkey uses a four-phase methodology for every India data center migration engagement. Phases are time-boxed and gate-controlled: each phase produces a formal output document before the next phase begins. No migration moves to execution without a signed-off migration plan. No DNS cutover happens without a completed validation report. <strong>Phase 1: Discovery (2-4 weeks)</strong> Field engineers perform a physical asset audit at the source facility. Every rack is photographed, every cable labelled with a unique asset tag, and every device recorded in the migration inventory against its logical configuration. Power draw per rack is measured against the destination facility's available capacity. Cooling envelope is assessed. Network dependency mapping identifies which devices share Layer 2 domains, which services have hard interdependencies, and which workloads can be migrated in isolation. The output is a discovery report with a rack-by-rack manifest, dependency map, and risk register. <strong>Phase 2: Planning (2-6 weeks)</strong> The planning phase converts the discovery output into a sequenced migration schedule. Racks are grouped into migration waves based on dependency analysis. Each wave has a defined maintenance window, a rollback procedure, and a go/no-go checklist. Inter-state transport is coordinated with bonded logistics partners who carry transit insurance for high-value IT assets. GST e-way bill requirements are addressed for cross-state moves. Power compatibility between source and destination is confirmed (India operates at 230V/50Hz but UPS configurations and PDU breaker layouts vary significantly between operators). Monsoon season scheduling is incorporated: June through September typically sees logistics disruptions in coastal metros, particularly Mumbai and Chennai, and wave scheduling reflects this. For organisations under Reserve Bank of India (RBI) oversight, planning includes confirmation that no payment processing or transaction data crosses offshore infrastructure during the transition window. For entities regulated by the Securities and Exchange Board of India (SEBI), migration timelines are coordinated with required regulator notification procedures. Contact <a href="/en/contact/">our compliance team</a> to discuss your specific regulatory obligations at the planning stage. <strong>Phase 3: Execution (4-24 weeks)</strong> Execution follows the approved wave schedule. Each wave runs under a 24/7 war room: a dedicated communication channel between the on-site field engineer, the project manager, the client's IT team, and Reboot Monkey's NOC. The war room operates throughout the maintenance window from commencement through first-ping validation of migrated devices. Rollback procedures are documented per wave, not per programme. If a wave encounters a blocking issue before the point of no return, the rollback procedure activates and the wave is rescheduled. If the issue surfaces after destination power-on but before DNS cutover, the team works through the validation checklist before any traffic is committed to the new environment. <strong>Phase 4: Validation (1-2 weeks)</strong> Validation confirms that every migrated device is reachable, every service dependency is met at the destination, and every monitoring agent is reporting correctly. DNS cutover happens only after the validation checklist is signed off. The migration is considered complete when the client's operations team has confirmed normal service behaviour in the new facility. Source decommissioning proceeds after validation sign-off to ensure the rollback path remains available throughout the validation window. Total programme duration for a 50-200 rack engagement is 3 to 8 months from initial scoping call to source decommission completion. Engagements involving multiple waves or multiple source facilities will typically sit toward the longer end of that range. Reboot Monkey also provides standalone <a href="/en/server-migration/india/">server migration services in India</a> for organisations relocating individual workloads or specific hardware within a facility, separate from a full-facility programme.

India's regulatory landscape for data handling during a facility migration is multi-layered. Four frameworks are directly relevant to a data center migration engagement, and each imposes specific obligations that must be addressed during the planning phase. <strong>Digital Personal Data Protection Act (DPDPA)</strong> The DPDPA governs the processing and protection of personal data of Indian residents. During a migration, any storage media containing personal data changes physical custody. This triggers chain-of-custody documentation requirements: who handled the asset, at what location, at what time, and under what controls. Reboot Monkey maintains tamper-evident asset seals, a timestamped custody log for every device from source rack removal through destination rack installation, and signed handover records at each custody transfer point. Data Protection Agreement (DPA) documentation is updated to reflect the new processing location prior to migration commencement. <strong>Reserve Bank of India (RBI)</strong> The RBI mandates that payment system data and related infrastructure for regulated entities remains within India. For banks, payment aggregators, and fintech operators, this means the migration must not route any transaction data through offshore infrastructure at any point during the transition. Reboot Monkey's migration methodology maintains data locality throughout: source and destination facilities are both India-based, transport occurs via bonded Indian logistics partners, and no data is transmitted to foreign systems during the migration window. RBI-regulated clients receive a migration compliance declaration confirming these controls prior to programme start. <strong>Securities and Exchange Board of India (SEBI)</strong> SEBI-regulated entities (brokers, exchanges, asset managers, depository participants) are required to notify SEBI in advance of significant changes to critical infrastructure, which includes the relocation of trading systems and related data infrastructure. Reboot Monkey's planning phase accommodates the notification timeline and confirms that the migration schedule aligns with any SEBI-mandated maintenance windows or blackout periods. <strong>CERT-In (Indian Computer Emergency Response Team)</strong> Under rules effective from April 2022, CERT-In requires covered organisations to report certain cybersecurity incidents within six hours of detection. This six-hour reporting window is operationally significant during a migration: any incident affecting data integrity, system availability, or access controls that occurs during migration execution must be assessed against CERT-In reporting thresholds. Reboot Monkey's 24/7 NOC maintains incident classification procedures that align with CERT-In categories. The war room architecture ensures that any qualifying incident is escalated, documented, and reported within the mandatory window. For regulated-industry clients managing migrations that touch all four frameworks simultaneously, <a href="/en/contact/">contact Reboot Monkey</a> for a compliance-aligned migration scoping session. We coordinate directly with your legal and compliance teams during Phase 2 planning to ensure the migration programme satisfies all applicable obligations before execution begins.

Physical infrastructure conditions in India introduce planning variables that are not present in European or US migration programmes. Engineers who have only operated in Western European datacenters require a specific India briefing before deployment. Reboot Monkey's field teams are experienced in the following India-specific factors. <strong>Power Compatibility and PDU Configurations</strong> India operates on 230V AC at 50Hz, the same standard as most of Europe. However, power redundancy configurations vary significantly between operators and between buildings within the same operator's campus. Power distribution configurations vary across Indian facilities. Older colocation floors may use single-phase circuits as the default rack PDU, while newer builds typically deploy three-phase feeds. Destination power capacity must be confirmed per rack before migration planning is finalised. A rack drawing 6kW at the source that is assigned to a 3kW capacity circuit at the destination will trip the breaker on power-on. Phase 2 planning includes a power verification step against the destination facility's cage-level power allocation. <strong>Cooling Capacity at Destination</strong> India's tropical climate means that external ambient temperatures during summer (March to May) regularly exceed 40C in Delhi NCR, placing higher demands on facility cooling systems. Modern facilities run N+1 or 2N cooling configurations and maintain target inlet temperatures within ASHRAE A2 envelope (10-35C). However, during migration execution, cooling capacity at the destination rack row must be assessed against the aggregate heat load of newly installed equipment before power-on. This is particularly relevant for GPU-dense or high-density compute racks being migrated from older, air-side cooled environments to newer liquid-assisted or rear-door heat exchanger deployments. <strong>Monsoon Season Scheduling</strong> The southwest monsoon (June to September) and northeast monsoon (October to December in Tamil Nadu and Andhra Pradesh) affect road transport reliability in coastal metros. Mumbai's logistics network, in particular, is subject to flooding disruptions in July and August. Reboot Monkey recommends scheduling major inter-city transport legs outside the June-August window for Mumbai-origin or Mumbai-destination moves. Where monsoon-season execution is unavoidable, contingency transport routes and extended transport time buffers are built into the wave schedule. <strong>GST E-Way Bill Requirements</strong> Inter-state transport of goods in India requires a GST e-way bill for consignments valued above INR 50,000. IT equipment migrations routinely exceed this threshold per shipment. Reboot Monkey coordinates e-way bill generation with the client's GST-registered entity or logistics partner prior to each inter-state transport leg. Missing or incorrect e-way bill documentation can result in goods being detained at state checkpoints, which disrupts migration wave timing. This is addressed as a standard checklist item in Phase 2 planning for any migration involving state boundary crossings. <strong>Transit Insurance for High-Value Assets</strong> IT equipment in transit between India facilities is exposed to handling damage, vibration, and (during monsoon season) moisture. Reboot Monkey requires transit insurance covering the declared replacement value of all equipment for every inter-city migration leg. Insurance documentation is reviewed during Phase 2 and confirmed before transport commences. Most standard cargo insurance policies do not automatically cover electronic equipment; specific IT equipment riders or standalone policies are typically required. <strong>E-Waste and Source Decommissioning</strong> Equipment that is retired at the source facility and not relocated to the destination is subject to the E-Waste (Management) Rules 2022. These rules require that e-waste be channelled to authorised dismantlers or recyclers registered with the Central Pollution Control Board (CPCB). Reboot Monkey coordinates <a href="/en/data-center-decommissioning/india/">datacenter decommissioning services in India</a> including CPCB-authorised e-waste disposal, asset destruction certificates, and data sanitisation documentation for storage media. Source decommissioning is included in the migration programme scope and does not require a separate engagement. For organisations combining migration with a broader infrastructure refresh, Reboot Monkey's <a href="/en/rack-and-stack/india/">rack and stack services in India</a> handle destination hardware installation and structured cabling to the same quality and documentation standard as the migration programme itself.

Reboot Monkey prices India data center migration engagements on a project basis, not on a time-and-materials basis. The project price is fixed at the end of Phase 1 (Discovery), once the rack count, dependency complexity, inter-city transport requirements, and regulatory obligations are known. There are no hourly billing surprises during execution. Prices are quoted in USD, EUR, or INR based on client preference. Indian entities with GST registration may receive INR-denominated invoices. International entities typically invoice in USD or EUR. All pricing is exclusive of third-party costs such as transit insurance premiums, e-way bill logistics fees, and CPCB-authorised e-waste disposal charges, which are passed through at cost with documentation. <strong>Typical Timeline by Engagement Size</strong> <table> <thead> <tr><th>Engagement Size</th><th>Discovery</th><th>Planning</th><th>Execution</th><th>Validation</th><th>Total Programme</th></tr> </thead> <tbody> <tr><td>50-80 racks, single-city</td><td>2 weeks</td><td>2-3 weeks</td><td>4-8 weeks</td><td>1 week</td><td>3-4 months</td></tr> <tr><td>80-150 racks, single-city</td><td>2-3 weeks</td><td>3-4 weeks</td><td>8-16 weeks</td><td>1-2 weeks</td><td>4-6 months</td></tr> <tr><td>150-200+ racks, multi-city</td><td>3-4 weeks</td><td>4-6 weeks</td><td>16-24 weeks</td><td>2 weeks</td><td>6-8 months</td></tr> </tbody> </table> Timelines assume no regulatory delays, no force majeure events (monsoon, national holidays), and no discovery of undocumented infrastructure at source. Undocumented assets discovered during Phase 1 are added to scope before the Phase 2 planning gate and do not extend execution unless dependency analysis reveals new complexity. <strong>Service Level Agreement</strong> Reboot Monkey holds a 4-hour on-site incident response SLA during active migration execution windows. This means that if a blocking physical issue surfaces during a maintenance window (a failed PDU, a misconfigured cross-connect, a racked device that does not power on), an engineer is physically present at the facility within four hours. The 4-hour clock starts from incident declaration in the war room, not from ticket creation. For non-execution periods (e.g., between migration waves), standard NOC monitoring and remote escalation applies. <strong>Vendor Certifications</strong> Reboot Monkey technicians hold vendor certifications relevant to the equipment typically migrated in enterprise India engagements. These include OEM certifications from server and networking equipment manufacturers, enabling our field engineers to handle warranty-sensitive hardware without voiding support contracts. Specific certifications applicable to your equipment list are confirmed during Phase 1 scoping. We do not claim certifications we cannot verify against the actual engineers assigned to your project. <strong>Getting Started</strong> The engagement begins with a scoping call covering: source and destination facility addresses, current rack count and estimated densities, key regulatory obligations (RBI, SEBI, DPDPA, CERT-In), preferred migration window, and critical applications or blackout constraints. From that call, Reboot Monkey produces a scoping proposal within five business days covering programme structure, indicative timeline, and project investment range. Phase 1 field work begins after proposal acceptance. <a href="/en/contact/">Contact Reboot Monkey</a> to schedule a scoping call for your India data center migration.

Data center migration programmes in India fail most often for one of three reasons: inadequate physical asset documentation at source, underestimated regulatory complexity during planning, or insufficient on-site resource during execution. Reboot Monkey's engagement model is designed to address all three. <strong>Physical independence from operators</strong> Reboot Monkey is a third-party operator. We have no revenue relationship with Equinix, Yotta, STT GDC, CtrlS, Nxtra, NTT, or AdaniConneX. This matters when you are migrating from one operator to another: we have no commercial incentive to steer you toward or away from any facility. Our job is to execute the physical migration programme your organisation has already decided upon, and to do it without damaging equipment, violating regulatory obligations, or missing maintenance windows. <strong>Single team for source and destination</strong> Many organisations attempt to split migration responsibilities: the source facility's on-site team handles decommissioning, and the destination operator's smart hands team handles installation. This creates a coordination gap. When a device arrives at the destination and does not power on, both teams point at the other. Reboot Monkey assigns one project team with accountability from source rack removal through destination validation. One contract. One SLA. One escalation path. <strong>Global operations infrastructure applied locally</strong> Reboot Monkey operates across 250+ cities across 190 countries. The project management infrastructure, documentation standards, NOC monitoring, and incident escalation procedures developed across hundreds of migration engagements globally are applied to every India project. A Mumbai-to-Hyderabad migration benefits from the same war room architecture and rollback discipline as a migration between Equinix facilities in Frankfurt or a multi-site programme across the United States. <strong>Compliance depth for regulated industries</strong> Financial services, payments, healthcare, and government-adjacent organisations in India face overlapping regulatory obligations during a migration. Reboot Monkey's planning methodology incorporates DPDPA, RBI, SEBI, and CERT-In requirements as standard deliverables, not as optional add-ons. Compliance documentation is produced as part of the programme output, not retrofitted after the fact. For organisations evaluating <a href="/en/remote-hands/india/">remote hands support in India</a> as a supplement to their internal DC operations, Reboot Monkey also provides ongoing physical support across all five metros under separate remote hands and <a href="/en/smart-hands/india/">smart hands service agreements</a>. Migration clients frequently transition to ongoing support contracts after programme completion.