Server Migration Mumbai: Physical Server Relocation Across Mumbai Data Centres

Server migration in Mumbai means one thing: the physical movement of compute, storage, and networking equipment between data centre facilities. It is not cloud migration, not virtual machine replication, and not a data transfer over a network link. When your organisation needs to physically relocate servers from Equinix MB1 to Yotta NM1 Panvel, from NTT Netmagic NM1 Mahape to STT GDC Turbhe, or from a legacy Andheri or Vikhroli city-limit facility to a carrier-neutral Navi Mumbai build, that is a server migration project. Reboot Monkey is a third-party data centre services company operating across 250+ cities in 190 countries. We are not a data centre owner. We are not a hosting provider. We are the vendor-neutral technical team your organisation calls when it needs physical work done inside other companies' data centres. In Mumbai, that means certified engineers on-site at the source facility, certified engineers on-site at the destination facility, and a project manager coordinating both sides under a single contract. This page explains how Reboot Monkey executes physical server migrations across the Mumbai Metropolitan Region (MMR), which data centre facilities we support, what compliance documentation you receive, and why Mumbai's BFSI sector and enterprise IT teams choose a vendor-neutral third party for cross-operator moves. *Written by the Reboot Monkey Technical Operations Team. Reboot Monkey is operated by EDCS OÜ (Estonia).*

Mumbai has approximately 38 colocation facilities listed on PeeringDB, with the five largest operators each running entirely separate access control systems, work order portals, and on-site staff cultures. Equinix (MB1 and MB2 in Navi Mumbai), NTT Netmagic (NM1 Mahape, NM2 Turbhe), STT GDC (Turbhe), Web Werks (Turbhe), and Yotta (NM1 Panvel) are all carrier-neutral facilities. Each competes for the same enterprise tenants. This creates a structural problem for any organisation moving servers between operators. Equinix cannot facilitate a migration from its MB1 campus to a competitor facility. NTT Netmagic engineers are not authorised to work inside Equinix MB1 or Yotta NM1. No Mumbai data centre operator can act as the neutral technical coordinator for a cross-operator move. Reboot Monkey fills exactly this gap. Our engineers are pre-authorised or authorisable at all major Mumbai facilities. We manage the work order documentation at the source facility, coordinate the access authorisation at the destination facility, handle physical transit between the two sites, and deliver the completed audit package to your IT and compliance teams. Your team signs off on the completed migration. We handle every logistical interface in between. For intra-city migration projects, this single-vendor coordination eliminates the common failure mode: the source facility decommission completes but the destination facility is not ready, leaving hardware in transit without a confirmed installation window. Reboot Monkey's pre-migration survey and runbook methodology closes this gap before the migration window opens.

Reboot Monkey provides server migration services across the full Mumbai Metropolitan Region data centre landscape. The facilities listed below represent the major sites where we have executed physical infrastructure work. **Navi Mumbai DC Cluster (Airoli / Mahape)** Equinix MB1 (Airoli, Navi Mumbai) and Equinix MB2 (Navi Mumbai) are the primary carrier-neutral destinations for enterprise and BFSI migrations. MB1 is Tier III certified by the Uptime Institute and is the most-peered facility in India. AWS Direct Connect, Azure ExpressRoute, and GCP Cloud Interconnect termination cross-connects are all available at MB1. Loading bays require 48 hours advance booking via the Equinix Customer Portal. Equipment removal requires a signed decommission notification. Reboot Monkey maintains current documentation templates and portal access for approved Equinix Mumbai accounts. NTT Netmagic NM1 (Mahape, Navi Mumbai) is one of India's largest enterprise colocation facilities. It sits adjacent to the NSE co-location campus, making it the centre of gravity for financial markets infrastructure in India. Physical migrations involving payment system servers at NM1 require RBI-compliant chain-of-custody documentation before engineering work begins. NTT Netmagic NM2 (Turbhe) is 8-12 km south of NM1 and serves as both a source and destination for intra-Netmagic consolidations. **Navi Mumbai DC Cluster (Turbhe)** STT GDC Mumbai 1 (Turbhe) is operated by ST Telemedia Global Data Centres India. It maintains the strictest equipment manifest and chain-of-custody requirements of any Mumbai facility. All outgoing and incoming equipment manifests must match paperwork exactly. Reboot Monkey prepares manifests in advance and cross-checks them before migration day to prevent security holds. Web Werks Mumbai (Turbhe) serves mid-market tenants growing toward carrier-neutral requirements. Migrations from Web Werks to Equinix MB1 or NTT Netmagic NM1 are a common growth-stage transition. Sify Technologies iDC (Rabale, Navi Mumbai) is a carrier-neutral facility supporting multi-national enterprise tenants. **Yotta NM1 (Panvel, Navi Mumbai)** Yotta NM1 is the Mumbai metro's newest large-scale campus, certified Tier IV design by the Uptime Institute. Owned by the Hiranandani Group, Yotta NM1 is the primary destination for AI/ML infrastructure and GPU server deployments in Mumbai. The Panvel campus has oversized loading docks and freight elevator infrastructure explicitly designed for large-scale equipment moves. Transit time from the Airoli/Mahape cluster to Panvel via NH48 is 30-45 minutes. Multi-rack migrations to Yotta NM1 should be planned over two-day windows to account for the Panvel distance and NH48 congestion variables. GPX Global Systems MU1 (BKC, Mumbai) serves exchange, media, and financial tenants within Mumbai city limits. Tenants migrating from GPX to Equinix MB1 do so most commonly to consolidate carrier-neutral peering. **Mumbai City-Limit Facilities** CtrlS Mumbai (Andheri) and Nxtra by Airtel (Vikhroli) are located within Mumbai city limits. Migrations from these facilities to Navi Mumbai carrier-neutral builds are common consolidation moves. Transit from Vikhroli to the Mahape cluster via Atal Setu (MTHL) takes 35-50 minutes during off-peak hours. All facilities listed are verified by Reboot Monkey engineering teams. We do not reference facilities we have not confirmed operational capability at.

The Atal Setu (Mumbai Trans Harbour Link, MTHL), which opened in January 2024, is the operationally significant infrastructure change for Mumbai server migration logistics. At 21.8 km, it is India's longest sea bridge, connecting Sewri in central Mumbai to Nhava Sheva in Navi Mumbai. Before Atal Setu, all road freight between central Mumbai and the Navi Mumbai data centre cluster used either the Mulund-Airoli Bridge or the longer Sion-Panvel route, adding 20-30 minutes to any inter-cluster transit. For server migration projects running in the 01:00-05:00 IST optimal window, that time difference was significant: it sometimes pushed migrations past the 06:00 hard stop for morning business operations. Atal Setu cuts inter-cluster transit to 25-35 minutes from central Mumbai to Airoli or Mahape under off-peak conditions. Same-night migrations between city-limit source facilities (Vikhroli, Andheri, GPX BKC) and Navi Mumbai destination data centres are now a practical logistics option. Projects that previously required a full weekend window can now complete in a single overnight window. Freight vehicles above 3.5 tonnes pay a toll on Atal Setu. This is a standard operating cost factored into Reboot Monkey migration quotes. Standard cargo vans used for single-server and half-rack migrations typically fall below the toll threshold depending on vehicle category. For multi-rack migrations between the Mahape/Airoli cluster and Yotta NM1 at Panvel, Atal Setu does not shorten the route (the Panvel access road from Sewri is longer than the NH48 Panvel approach from the north). However, it enables efficient staging: engineers can complete the source facility decommission at Netmagic NM1 Mahape, transit hardware to an intermediate holding location, and dispatch to Yotta NM1 in a second vehicle within the same night.

The following methodology applies to all server migration projects in Mumbai, from single-unit relocations to full-cage migrations. It is structured as a HowTo for planning purposes and describes the actual sequence Reboot Monkey engineers follow. **Step 1: Pre-Migration Survey and Asset Inventory** A Reboot Monkey engineer visits the source facility 1-2 business days before the migration window. The survey covers: full asset inventory with serial numbers, rack unit positions, cable counts, and power draw per unit; a power circuit assessment at the destination facility confirming 230V/50Hz IS 1293 compatibility for all equipment being migrated; network dependency mapping including BGP sessions, cross-connect circuit IDs, upstream carriers, and IP address assignments; and application tier classification (Tier 1 mission-critical, Tier 2 business-critical, Tier 3 non-critical) to determine migration wave sequence. Auto-sensing PSUs (typically rated 100-240V) are verified, but legacy equipment with fixed-voltage PSUs is identified and flagged before the migration window opens. **Step 2: Runbook Creation and Stakeholder Sign-Off** The Reboot Monkey project manager produces a step-by-step runbook covering: shutdown and cabling sequences per server and per rack, rollback trigger conditions and decision trees for each migration wave, a communication plan between the client NOC, source facility operations, destination facility operations, and upstream carriers, and a verification checklist per asset covering POST confirmation, network ping, and application smoke test. For BFSI tenants subject to RBI or SEBI requirements, the runbook includes the chain-of-custody transfer form template and documents the India-resident engineer requirement for payment infrastructure access. The client IT director or CISO signs off on the runbook before work begins. **Step 3: Pre-Migration Administrative Tasks** All operator-side logistics are resolved before the migration window. At Equinix MB1 or MB2: loading bay slot booked via Equinix Customer Portal (minimum 48 hours advance); visitor list updated for all Reboot Monkey engineers; LOA (Letter of Authorisation) submitted for cross-connect management on behalf of the tenant account. At NTT Netmagic NM1 or NM2: Netmagic operations notified of third-party migration scope minimum 5-7 business days in advance; BFSI tenant additional access approvals processed (3-5 business days for new personnel). Cross-connect orders are raised at the destination facility before the migration date, using the published lead times: Equinix 2-3 business days standard, Netmagic 1-2 business days. **Step 4: Source Facility Decommission** Engineers arrive at the source facility at the start of the agreed migration window (typically 01:00 IST). All cable connections are photographed with labelling before disconnection. The power-down sequence follows the runbook, starting with Tier 3 assets first. Hardware is packed in server-grade anti-static foam packaging and purpose-built rack shipping cases rated for Indian summer ambient temperatures up to 45 degrees Celsius exterior. Hard drives are individually anti-static bagged and padded. Network switches with fibre SFPs receive individual cushion packaging. Chain-of-custody documentation is active from this point: every asset is logged out of the source facility with timestamp and engineer ID. **Step 5: Secure Transit** All server migration transits use a dedicated air-conditioned cargo van. Air-conditioning is mandatory for Mumbai migrations between March and June when ambient temperatures exceed 38 degrees Celsius. Cargo temperature is monitored during transit. Multi-rack migrations (more than 4 racks or more than 400 kg) use a dedicated freight vehicle with tail lift. Atal Setu is the primary route for city-limit-to-Navi Mumbai transits during the 01:00-05:00 IST window. All equipment is covered under project insurance for the duration of transit. **Step 6: Destination Facility Installation** Engineers at the destination facility begin rack mounting per the pre-staged cabling diagram. Structured cabling is applied using the ANSI/TIA-606-C labelling standard. Power-on sequencing follows the runbook to avoid inrush and PDU overload. For installations at Equinix MB1, the Equinix cross-connect team is notified of physical installation completion so cross-connect patching can proceed immediately. Network re-patching and cross-connect handoff are verified with the tenant network team, who execute routing table updates and DNS changes during the cut-over window. **Step 7: Verification, Audit Package, and Handover** Post-installation verification covers: full asset count reconciliation against the pre-migration inventory; network connectivity verification (ping, traceroute, BGP session states); application smoke tests executed by client teams with a Reboot Monkey engineer on-site; power draw confirmation against design spec via PDU per-outlet readings; and a structured cabling audit. The client NOC signs off on completion. Reboot Monkey delivers the complete migration audit package within 24 hours of completion. The package includes: asset manifest with source and destination rack positions, actual vs. planned timeline with variance explanations, photographic documentation of the destination rack state, and the client sign-off confirmation. RBI-regulated tenants receive the full chain-of-custody package in RBI audit-ready format at no additional charge.

Mumbai's monsoon season runs from June to September. It introduces transit risks that do not exist in any other major Indian city at the same frequency or intensity. Reboot Monkey builds monsoon contingency planning into every migration project scheduled between June and September. The primary transit risks during monsoon are: flooding on Thane Belapur Road at the Rabale junction (adjacent to Equinix MB1 and Sify), waterlogging on NH48 near Panvel (primary access route to Yotta NM1), reduced Atal Setu throughput and occasional closures during storm events, and arterial road blockages in Andheri and Vikhroli affecting city-limit facility access. Reboot Monkey's monsoon contingency protocol includes: **Route redundancy.** Every migration project during monsoon season has a pre-identified alternate route documented in the runbook. For Navi Mumbai-bound migrations, the Eastern Express Highway via Mulund-Airoli Bridge serves as the primary alternate to Atal Setu. For NH48-Panvel routes, an alternate approach via Sion-Panvel highway is documented. **Weather-contingent scheduling.** Migration windows are set with a 24-hour weather monitoring check built in. If the IMD (India Meteorological Department) issues a red or orange alert for Mumbai or Navi Mumbai, the migration window is re-evaluated. Reboot Monkey's project managers monitor IMD alert status from T-48 hours before the migration window. **Extended project windows.** Monsoon-period migrations are booked with extended project windows (typically adding 2 hours to standard timelines) to absorb transit delays without pushing the completion past the 06:00 IST hard stop. **Project insurance.** Reboot Monkey carries migration project insurance that covers weather-related delays. If a monsoon event forces a mid-migration abort (hardware secured at source or at an intermediate point), the insurance covers the re-scheduled attempt at no additional premium cost to the client. **Packaging upgrades.** During monsoon season, all external packaging for equipment in transit is upgraded to water-resistant outer wrap in addition to the standard anti-static inner packaging. This covers the gap between cargo vehicle loading and facility loading bay entry.

Mumbai is India's banking and financial services capital. The Reserve Bank of India headquarters is in Fort, Mumbai. HDFC Bank, ICICI Bank, Axis Bank, Kotak Mahindra Bank, and the majority of India's payment system operators maintain primary technology infrastructure in the Mumbai Metro Region. Physical server migrations for these organisations are regulated events. **RBI Data Localisation (April 2018)** The Reserve Bank of India's Payment System Data Localisation Directive, issued in April 2018, requires that all data related to payment systems operated in India is stored only in India. This directive applies to payment system operators, scheduled banks, NBFCs, fintech companies, PPI issuers, and any entity processing Indian payment transactions [source: rbi.org.in]. For physical server migrations, the RBI localisation requirement creates a specific set of obligations: - Source and destination data centre facilities must both be India-based. - Physical migration of servers containing payment transaction data is a regulated change event requiring written compliance sign-off from the CISO or compliance officer before engineering work begins. - Data-in-transit protection: storage devices containing payment data must be encrypted at rest before physical transport. - Chain-of-custody documentation must be maintained from rack-level decommission at the source facility to rack-level installation at the destination facility, signed by the Reboot Monkey project manager. - India-resident engineers are mandatory for physical access to payment infrastructure. Reboot Monkey's Mumbai engineering team is entirely India-resident, meeting this requirement without dispatch risk. Reboot Monkey delivers a full RBI audit-ready chain-of-custody package within 24 hours of migration completion. This package is structured to answer the four audit questions most commonly raised by RBI inspectors: who accessed the infrastructure, when, what was done, and how was data integrity maintained during physical transit. **Digital Personal Data Protection Act (DPDPA) 2023** The Digital Personal Data Protection Act 2023 came into force in August 2023 [source: meity.gov.in]. Under DPDPA, the organisation commissioning a server migration remains the data fiduciary. Reboot Monkey acts as a data processor under this framework. Key obligations during migration: - Encryption of personal data at rest is required where technically feasible before physical transport. Reboot Monkey's pre-migration survey documents encryption status for all storage volumes on equipment to be moved. - Documented chain-of-custody from source to destination satisfies DPDPA's accountability requirements for the physical transfer. - If a breach or loss occurs during physical handling, the data fiduciary has a 72-hour incident notification obligation. Reboot Monkey's incident escalation matrix is active throughout the migration window. - Surplus hardware that is not migrated to the destination (decommissioned equipment) must be sanitised per DPDPA processor obligations. Reboot Monkey follows NIST SP 800-88 Rev. 1 sanitisation standards [source: csrc.nist.gov] for all decommissioned equipment, and provides a sanitisation certificate as part of the audit package. **SEBI IT Framework and NSE Co-location** Algorithmic trading firms and financial intermediaries colocated near NSE Mahape (adjacent to NTT Netmagic NM1) are subject to the SEBI IT Framework for Market Infrastructure Institutions [source: sebi.gov.in]. SEBI change management requirements mean server migration projects for SEBI-regulated entities must follow formal Change Advisory Board (CAB) procedures with pre-approved rollback plans. Reboot Monkey's runbook methodology is structured to meet CAB submission requirements and includes pre-documented rollback decision points at the end of each migration wave. **CERT-In Directions 2022** CERT-In Directions 2022 [source: cert-in.org.in] require strict log retention for infrastructure change events affecting IT systems. The timestamped access logs, task records, and chain-of-custody documentation in Reboot Monkey's standard audit package directly satisfy the CERT-In logging obligations for all affected systems. **PCI DSS 4.0 Requirement 9** For organisations subject to PCI DSS 4.0, physical access controls are addressed under Requirement 9. Server migration events that involve physical access to cardholder data environments must be documented and authorised. Reboot Monkey's migration documentation format includes Requirement 9-aligned physical access records: engineer identity, time in/out, specific tasks performed, and sign-off by the authorised tenant representative. **E-Waste (Management) Rules 2022** Server migrations that involve decommissioning surplus hardware must follow E-Waste Rules 2022 prescribed channelisation to CPCB-registered e-waste recyclers. Reboot Monkey provides a Certificate of Recycling for all decommissioned equipment processed through its Mumbai e-waste disposal chain.

All Mumbai data centre facilities operate on 230V AC at 50Hz, per IS 1293 (Bureau of Indian Standards). This is the India national grid standard. It is not the North American 110V/120V/60Hz standard. Equipment migrated into Mumbai data centres from overseas deployments, or legacy hardware originally provisioned outside India, must be verified as 230V/50Hz compatible before the migration window is scheduled. Modern server hardware from Dell, HPE, Cisco, and Supermicro typically ships with auto-sensing PSUs rated 100-240V/50-60Hz. These units are compatible without modification. Legacy hardware with fixed-voltage PSUs must be identified in the pre-migration survey and either replaced or excluded from the migration scope. Reboot Monkey's pre-migration survey includes a power draw audit per unit against the allocated circuit capacity at the destination facility. Destination PDU and breaker capacity verification is a mandatory checklist item. For BFSI tenants with UPS-protected circuits, power circuit allocation changes are coordinated with DC operations as part of the pre-migration administrative process. Navi Mumbai data centres are supplied by MSEDCL (Maharashtra State Electricity Distribution Company Limited) in the Airoli, Mahape, Turbhe, and Panvel industrial zones. Mumbai city-limit facilities (Vikhroli, Andheri) are supplied by BEST (Brihanmumbai Electric Supply and Transport). All Tier III and Tier IV facilities in the Mumbai Metro Region maintain minimum 72-hour diesel generator backup per published facility SLAs.

The 2025-2026 AI/ML infrastructure buildout in Mumbai has generated a new category of server migration demand: GPU cluster relocations. High-density GPU racks running NVIDIA DGX or HGX systems present handling requirements that standard server migration protocols do not fully address. Reboot Monkey handles GPU server migrations in Mumbai with the following specialist protocols: **Weight and floor-load compliance.** A single NVIDIA DGX H100 system weighs approximately 130 kg. A fully populated 42U AI cluster can exceed the standard 1,000 kg floor-load limit at some facilities. Pre-migration survey includes floor-load rating verification at both source and destination rack positions. **Anti-vibration packaging.** GPU retention brackets, PCIe risers, and NVLink interconnects are susceptible to vibration damage during transit. Reboot Monkey uses anti-vibration foam inserts and hard-shell shipping cases for GPU server migrations. This is a material difference from standard server packaging. **Thermal management.** GPU servers generate significant residual heat after power-down. Transit begins only after thermal monitoring confirms the server case is below 35 degrees Celsius. This protocol protects GDDR6X and HBM3 memory from thermal shock during the transition from powered-off to transit state. **Destination power and cooling verification.** High-density GPU racks may draw 10-30 kW per rack, significantly above the 5-7 kW per rack standard for general compute. Destination power circuit allocation and in-row cooling capacity must be verified and confirmed before migration day. Yotta NM1 Panvel is the primary destination for high-density GPU migrations in Mumbai due to its high-power-density zones and purpose-built cooling infrastructure.

Reboot Monkey operates across 250+ cities in 190 countries, including all major Indian data centre hubs. Inter-city server migrations from Mumbai are coordinated under a single contract with Reboot Monkey engineers at both the Mumbai source facility and the destination city facility. **Mumbai to Bangalore.** This is India's most common consolidation route. Mumbai-headquartered organisations with technology centres in Bangalore frequently consolidate financial-sector infrastructure in Mumbai while relocating technology delivery infrastructure to Bangalore facilities (Equinix BL1, STT GDC Bangalore, Nxtra Bangalore). Reboot Monkey coordinates the source decommission at the Mumbai facility, manages insured air cargo or road freight logistics, and executes the destination installation in Bangalore within the same project scope. **Mumbai to Hyderabad.** Pharmaceutical, life sciences, and IT services organisations with Mumbai and Hyderabad presences run inter-city consolidation projects. Hyderabad data centre facilities (Equinix HY1, NTT Netmagic Hyderabad) are served by Reboot Monkey engineers. **Mumbai to Delhi/NCR.** Government-adjacent organisations and media companies with primary operations in Delhi/NCR run migrations from Mumbai to Noida or Gurgaon data centres. Route logistics for Mumbai-to-NCR migrations favour air cargo for time-sensitive equipment, with road freight for bulk equipment. All inter-city migrations follow the same 7-step methodology, with an additional logistics planning phase for transport mode selection (road vs. air cargo) and customs/documentation requirements where applicable. Contact Reboot Monkey to discuss inter-city project scope and logistics options.

Every Reboot Monkey Mumbai server migration project delivers a defined set of outputs. These are contractual deliverables, not aspirational targets. **Before migration:** Pre-migration survey report including full asset inventory, power verification, and network dependency map. Step-by-step runbook with rollback decision trees. Work order and access authorisation documentation at source and destination facilities. **During migration:** Real-time coordination between source facility engineer, destination facility engineer, and client NOC. Chain-of-custody documentation active from source decommission to destination installation. Air-conditioned, insured transit with temperature monitoring. **After migration:** Full asset count reconciliation. Network connectivity verification. Application smoke test support with client team on-site. Complete audit package delivered within 24 hours. RBI-format chain-of-custody documentation for BFSI clients. DPDPA-aligned chain-of-custody records for all clients. NIST SP 800-88 Rev. 1 sanitisation certificate for any decommissioned surplus hardware. **SLA commitments:** Minimum 5 business days planning lead time for standard migrations. Emergency migrations on 24-hour notice for existing clients. Migration completed within the agreed project window. Audit package delivered within 24 hours of completion. 4-hour on-site response SLA for incident escalation during the migration window. Reboot Monkey does not publish fixed per-server or per-rack rates. Migration scopes vary significantly based on distance, equipment volume, regulatory requirements, and DC operator complexity. Contact us for a quote specific to your source facility, destination facility, and migration scope.

The dominant data centre operators in Mumbai (Equinix, NTT Netmagic, STT GDC, Yotta, Web Werks) each provide excellent colocation infrastructure. None of them can do what Reboot Monkey does: serve as the neutral technical partner for a cross-operator server migration where the source is one facility and the destination is another. There are other reasons enterprises choose Reboot Monkey for Mumbai server migrations: **Single contract, both sides.** One Reboot Monkey project manager handles the source facility decommission and the destination facility installation under one contract. You do not coordinate two separate vendors. **Pre-existing facility relationships.** Reboot Monkey engineers are pre-authorised or authorisable at all major Mumbai facilities. We know the access policies, work order systems, and loading bay procedures at Equinix MB1/MB2, NTT Netmagic NM1/NM2, STT GDC, Yotta NM1, and others. This eliminates the discovery overhead on migration day. **BFSI regulatory documentation.** RBI chain-of-custody packages, DPDPA processor records, SEBI CAB-aligned runbooks, CERT-In audit logs, and PCI DSS 4.0 Requirement 9 physical access records are standard deliverables. For Mumbai BFSI clients, this is not an add-on. **Vendor-neutral hardware expertise.** Reboot Monkey technicians are certified across Dell, HPE, Cisco, Juniper, Arista, Supermicro, and Lenovo. Legacy hardware environments common at NTT Netmagic NM1 — older HP ProLiant and Dell PowerEdge generations with non-standard power configurations — are within scope. **Global network, local execution.** Reboot Monkey operates across 250+ cities in 190 countries. For enterprises with multi-city or multi-country infrastructure, Reboot Monkey's Mumbai operations connect into the same global network. A server migration from Mumbai to Bangalore, or from Mumbai to Singapore, is a single-provider project under one contract. **24/7 NOC coverage.** Reboot Monkey's 24/7 NOC maintains oversight throughout the migration window with a 4-hour on-site incident response SLA. If a hardware issue arises mid-migration, escalation is immediate. Reboot Monkey is operated by EDCS OÜ, registered in Estonia. To discuss your Mumbai server migration project, call +372 6347 400 or use the quote request form below.