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Deploying new technology at scale demands the precision of a logistics operation and the technical rigour of expert IT engineers. Infraspine has deployed over 5,000 devices across Pakistan with a 99.5% on-time delivery rate and a zero data loss record — delivering technology refresh programmes that keep organisations moving forward without operational disruption.
Technology refresh programmes are often approved on the basis of hardware cost savings from consolidating vendors or replacing expensive-to-maintain legacy equipment. But the hardware cost is only one component of the total programme cost — and often not the largest one. A poorly executed rollout generates significant hidden costs: user productivity losses during migration, IT support demand spikes from misconfigured devices, remediation costs for data loss incidents, and schedule slippage that delays the business benefits.
The largest risk in any technology migration is data. Users accumulate years of work on their devices, and the stress of migration creates a window of vulnerability where that data can be lost. A single significant data loss incident can destroy confidence in the IT function and generate legal and compliance exposure if the lost data included regulated information.
Infraspine\'s rollout and migration service invests heavily in the processes that prevent these failure modes: rigorous pre-migration data backup and verification, standardised device imaging that eliminates configuration inconsistency, and a user verification step before any source data is decommissioned. The result is a programme that delivers the planned benefits without the unplanned costs.
Rollout Programme Summary
From device imaging and mass deployments through OS migrations to office relocations and secure disposal.
The efficiency and consistency of a technology rollout depends fundamentally on the quality of the device imaging and configuration process. Deploying devices one at a time, installing software manually, and configuring settings individually is not only slow — it produces inconsistent results, with each device subtly different in ways that cause support problems later. Our device imaging service uses enterprise deployment tooling to create a master image for each device type in scope, capturing the OS, security configuration, standard applications, and domain settings in a single deployable image. This master image is tested against a representative set of use cases before rollout commences, and any issues identified during testing are resolved before mass deployment begins. Devices are imaged in our logistics facility or at a designated staging area, allowing large quantities to be processed in parallel, dramatically reducing the time from delivery to deployment-ready.
Rolling out hundreds or thousands of new desktop devices across an organisation requires the logistical discipline of a supply chain operation combined with the technical expertise of IT deployment specialists. Our mass desktop rollout service manages the complete process: coordinating device delivery from the hardware vendor, staging and imaging at our logistics facility, scheduling on-site deployment waves by department or floor, physically installing and cabling the new devices, transferring user data and personal settings, and removing the old equipment. We work from a detailed rollout schedule agreed with your project team, specifying the deployment sequence, the daily throughput targets, the communication to affected users, and the acceptance process. Our rollout teams can sustain high daily throughput rates when running at full capacity, enabling even large estates of several thousand devices to be refreshed within a tight project window. User disruption is minimised by scheduling deployments outside peak working hours wherever possible.
Operating system migrations — particularly large-scale upgrades from Windows 10 to Windows 11, or migrations from on-premise applications to cloud-based equivalents — carry significant risk if not managed with rigour. Application compatibility issues, driver incompatibilities, profile migration failures, and unexpected changes to user workflows can all derail a migration if they are not identified and addressed before the production rollout begins. Our OS and application migration methodology begins with a compatibility assessment: scanning the existing estate to identify applications, drivers, and configurations that may require attention. This assessment feeds a remediation plan, and issues are resolved before the migration begins. The migration itself follows a phased approach — pilot users first, then department by department — with a defined rollback capability at each stage. User communication and training are included to help staff adapt to any workflow changes the migration introduces.
Office relocations are among the most logistically complex IT projects an organisation undertakes. Every user's equipment must be disconnected, transported, reconnected, and verified at the new location, while network infrastructure must be operational before users arrive. Sequencing these activities correctly — and recovering quickly when things do not go to plan on the day — requires a level of coordination that exceeds what most internal IT teams can provide while also keeping the existing environment running. Our office relocation service provides end-to-end IT relocation support: surveying the new premises to confirm infrastructure readiness, planning the equipment packing and labelling scheme, coordinating with removals teams on equipment handling requirements, leading the reconnection and setup at the new location, and conducting systematic post-move verification before users are allowed in. We maintain a rapid-response team on relocation day to deal with issues as they arise, minimising the time between users leaving the old site and being productive at the new one.
Technology refresh — the systematic replacement of end-of-life or underperforming hardware across an estate — is a planned programme of work that recurs every three to five years for most device categories. Done well, a hardware refresh improves user productivity, reduces support costs, and eliminates the risk of operating hardware beyond its supported lifecycle. Done poorly, it is a disruptive, expensive project that leaves users with misconfigured devices and lost data. Our hardware refresh programme service manages the complete lifecycle: beginning with an estate assessment to identify devices due for replacement based on age, performance, and support status, through procurement support to develop specifications and tender documents, to deployment of new devices and the controlled decommissioning and disposal of old equipment. We maintain accurate programme tracking throughout, providing regular progress reports against the refresh schedule and flagging any deviations requiring management attention.
Data migration is the aspect of any technology rollout or hardware refresh that carries the highest risk of causing permanent harm. A user whose data is lost or corrupted during a device migration loses irreplaceable work — and the reputational and trust damage to the IT function is severe. Our data migration service applies a disciplined, verified approach to every migration. Before any data is moved from an existing device, we create a verified backup to a secure staging location. Data is migrated using professional migration tooling that handles large file sets, complex directory structures, Outlook PST files, browser profiles, and application settings reliably. Post-migration, we conduct a verification check with the user to confirm all expected data is present and accessible on the new device. The old device is only decommissioned after the user has confirmed data completeness — our zero data loss record across all completed migrations reflects this uncompromising approach.
Common questions from organisations planning technology deployments and device migrations.
5,000+ devices deployed. 99.5% on-time. Zero data loss. Talk to us about your rollout or migration.