How to Run a Global Device Refresh Without Downtime

Replacing a laptop in one office is a Friday afternoon job. Replacing 800 across twelve countries without anyone losing a day of work is a project with customs forms, identity dependencies and a support team that is asleep when things break.

Downtime rarely comes from the new hardware. It comes from the gaps around it: a parcel stuck at a border, an app that will not sign in, a migration nobody tested. This guide covers the whole refresh, from deciding when to start to wiping the last old laptop, so those gaps close before an employee feels them.

Key Takeaways

• Most refresh downtime comes from logistics, access and data handover, not hardware.
• Accurate inventory and lifecycle data cap the quality of every later step.
• Configure and test devices before shipping so they work on first sign-in.
• Plan the fallback in advance: spares, rollback and an escalation rule.
• Treat retirement as part of the refresh, not a follow-up.

What is a global device refresh?

A device refresh is the planned replacement of laptops, phones and peripherals at end of life, covering procurement, configuration, delivery, data migration and secure retirement. A global refresh runs that cycle across countries at once, so customs, local suppliers, time zones and data rules all come into play. Unlike a routine replacement, it needs one coordinated plan, because distributed teams cannot walk to an IT desk. Start with laptops, then include the phones, monitors, docks and security keys that depend on them.

Why do global device refreshes often cause downtime?

Shipping delays and regional procurement gaps

A single global order almost never ships as a single batch. Stock differs by country, import duties and customs clearance add days that no vendor can promise away, and local suppliers quote different lead times for the same model. The damage compounds: one region slips, its employees stay on aging machines while others finish, and the project drifts past its window.

The fix is to stop treating “global” as one lane. Plan international equipment delivery per country, with its own lead time, its own importer of record and its own buffer.

Incompatible devices and configurations

Last-minute model substitutions, mixed operating system versions and drivers that do not match corporate software all push setup work onto the employee. Each exception becomes a one-off fix that only one engineer remembers, and support gets harder with every variant in the fleet.

The pattern is familiar: a regional supplier swaps a model because the original is out of stock, the standard image does not fit, and the laptop sits unused while someone troubleshoots. Many of the recurring onboarding problems IT teams report start with hardware and configuration that were never standardized.

Identity, access and security policy conflicts

A new device is a new identity endpoint, and every control tied to the old one can break at once. Multifactor prompts still go to the old phone. Certificates are bound to the old laptop. Conditional access rules reject an unknown device. Licenses remain assigned to a machine that is now in a drawer.

None of these look like hardware faults, yet the employee only sees a laptop that does not work. Each one is also a security control doing its job, which is why they cannot be skipped. They have to be planned for.

Data migration and handover gaps

Collect the old device before the data is safely moved, and work stops. Deliver the new one before the old one is backed up, and files end up on two machines with nobody sure which holds the latest version.

Handover also fails quietly. Browser profiles, local folders, saved credentials and application settings are rarely documented, so what was lost surfaces days later, often when the person needs it most. A refresh that treats migration as “copy the user folder” will miss exactly the things people notice.

Poor asset records

Spreadsheets drift. Devices stay listed under people who left, laptops carry no purchase date, and phones nobody can locate sit in the count. The replacement list built from that data is wrong in both directions: machines ordered that were not needed, and failing ones missed until they break.

The financial effect is easy to underestimate. Wrong records mean wrong budgets, wrong order quantities and a surprise invoice for devices that were already replaced last year.

Time-zone support gaps

A sign-in failure at 9 a.m. in Sydney reaches a support team that finished its day. A one-hour fix becomes a lost day because the handoff takes eight hours. Escalations bounce between regions, and context is lost at each handover.

Without follow-the-sun coverage or clear self-service steps, small blockers turn into overnight outages. The larger the geographic spread, the more a refresh depends on support that matches where employees actually work.

When should a company run a global device refresh?

Device age

Age is the simplest trigger, but it is not uniform. Many companies plan around three to four years for standard laptops, shorter for heavy workloads and longer for light use. A single company-wide number hides that difference, which is why a refresh cycle set by role works better: developers and designers wear out machines faster than most office staff.

Treat age as a flag for review, not an automatic order. A two-year-old laptop with a swollen battery needs attention before a four-year-old one that still performs.

Hardware performance issues

Individual complaints are noise. Patterns are signal. Watch for batteries that cannot last a meeting, long boot and application load times, repeated crashes, storage that is permanently full and fans that never stop.

Your help desk data is the best evidence. When tickets cluster around one model or one purchase year, the hardware is already costing more in lost time than replacement would. Ask managers too: people tend to stop reporting problems they have learned to live with.

Security and compliance risk

Some deadlines are not negotiable. Hardware that cannot run a supported operating system stops receiving security patches, which is the situation many fleets faced when Windows 10 support ended in October 2025. Devices without TPM 2.0, secure boot or hardware encryption may also fall outside customer contracts or audit frameworks.

When the risk is regulatory or contractual, refresh timing is set by the requirement, not by the budget cycle. Build that into the plan early so these devices are not discovered late.

Warranty expiry and repair costs

When warranty ends, every repair lands on your budget and parts for older models take longer to source. Downtime during a repair is the larger cost, because the employee waits without a machine.

Compare cumulative repair spend, repair turnaround and lost working time against the price of a replacement. A total cost of ownership view often shows that keeping a laptop one year too long is the expensive option, even though no purchase order is raised.

Batch versus as-needed replacement

Replacing only on failure feels frugal but creates unplanned downtime, rush shipping and an unpredictable budget. Scheduled batches, grouped by purchase date or role, give you volume pricing, steady workloads for IT and a standard fleet that is simpler to support.

The practical answer is a hybrid. Run batches as the default, and keep a small pool for early failures, new hires and lost devices, so a single broken laptop never forces an emergency order.

How to plan a global device refresh before deployment

Defining program scope

Start by writing down what is in and what is out. Cover device types, operating systems, regions, employee groups and contractors. State whether phones, tablets, monitors and personal-device stipends are included, and whether leased devices follow the same rules.

A written scope prevents the quiet expansion that turns a quarterly project into a year-long one. It also gives you something to hold requests against when a department asks to “just add” a few extra people.

Identifying devices and employees

Pull the full inventory and filter by age, warranty status, condition and failure history. Then match every device to a current employee and confirm with their manager, because HR and IT records rarely agree.

Resolve the awkward cases now: devices assigned to departed staff, duplicates, shared machines and anything with no owner. Finding these at shipping time means a parcel addressed to nobody.

Prioritizing critical roles

Not everyone can wait, and not everyone can afford a day offline. Rank groups by risk and by calendar. People handling regulated data, customer-facing teams and anyone on a failing device go first.

Then check the business calendar. Finance during month-end close, support teams during a launch and sales at quarter end each need a different window. A refresh that respects these rhythms feels like an upgrade. One that ignores them feels like an interruption.

Budgeting across regions

Build the budget per country rather than as a single global figure. Include hardware, tax and duties, shipping, accessories, spare stock, support hours and disposal costs. Local pricing and currency movement differ, so keep a contingency for regions with long or uncertain lead times.

A per-country view also shows where costs diverge. Sometimes a local supplier is cheaper once duties and freight are counted, and sometimes the global contract still wins.

Success metrics and downtime limits

Agree the numbers before you start, or every result will be judged by feel. Useful measures include:

• Time from delivery to first productive sign-in.
• Tickets raised per hundred devices.
• Share of devices delivered on the promised date.
• Old devices recovered within thirty days.

Add a downtime ceiling per employee, such as no more than one working hour, so teams know exactly when to escalate instead of improvising.

Rollout scheduling across time zones

Stagger by region instead of launching everywhere at once. Pilot in one or two countries, learn what breaks, then widen. Make sure each region’s deployment window overlaps a staffed IT shift, so someone is always awake when a device is switched on for the first time.

Check local holidays before you fix dates. They differ widely, and they have a habit of landing in the middle of a deployment week.

How does IT asset lifecycle management support a zero-downtime refresh?

Every refresh decision depends on knowing what you own, where it is and how long it has left. IT asset lifecycle management keeps that knowledge current from purchase to disposal, so teams plan from data instead of guesswork. If you are starting from scratch, this guide to device lifecycle management covers each stage.

Centralized device inventory

One inventory replaces the spreadsheets held by each regional office. It shows every device, who holds it and what condition it is in, so the refresh list can be built in an afternoon rather than a month of emails.

It also exposes problems that were previously invisible: laptops sitting unassigned in a cupboard, devices that were never retired and duplicate records. Zenadmin’s IT asset management gives IT teams that single view, tied to each person and location.

Age, warranty, location and ownership data

Four fields answer most planning questions. Age shows who is due. Warranty shows which devices already cost you money. Location determines the shipping route and the customs requirements. The assigned user tells you whom to contact and where to deliver.

If any one field is missing, someone has to chase it by hand, usually while a deadline is running. Capture all four when the device is purchased, and update them whenever it moves or changes hands.

Lifecycle alerts

Alerts turn a refresh from an event into a rhythm. Warnings for devices nearing warranty end, crossing an age threshold or drifting out of compliance let you order months ahead, spread spending across quarters and avoid the emergency replacement that causes downtime.

The alert thresholds should come from policy, not instinct. A written lifecycle policy template helps define when each alert should fire and who acts on it.

Budgeting and procurement visibility

When you can see the age profile of the whole fleet, you can see the cost wave coming. If a large share of devices was bought in the same year, they will age out together, and purchasing them in one quarter creates a spike you could have smoothed.

Visibility lets you spread that spend, negotiate volume pricing with notice and avoid rush-shipping premiums. Zenadmin’s device lifecycle management ties lifecycle data to purchasing so those decisions use facts.

Retrieval, wiping and reassignment

Retirement is a lifecycle stage, and it should be planned into the refresh from the start. Each returned device moves to a defined state: wiped and reassigned, resold, or recycled, with the outcome recorded against the asset.

When these states exist in your system, old laptops stop piling up in drawers and cupboards. They become tracked assets with a next step, and the spare pool refills instead of shrinking.

Forecasting future refreshes

Once a full cycle is recorded, forecasting is arithmetic. Count the devices reaching each age threshold over the next eight quarters, apply your observed failure rate, then add expected hiring.

The output is a rolling plan of smaller, predictable purchases that replaces the big-bang refresh. Budget owners can see what is coming, and IT can schedule work instead of reacting to it.

How to procure replacement devices across multiple countries

Standardized specifications

Define two or three configurations by role, for example standard, power user and specialist. Specify processor class, memory, storage, keyboard layouts and warranty terms rather than a single model, so regions can substitute equivalent hardware without breaking software or support.

A short approved list also keeps images, drivers and spare parts manageable. Every additional model is another image to test and another part to stock.

Global versus local sourcing

Global vendors offer consistent pricing, one contract and uniform specifications. Local suppliers often deliver faster, handle duties and returns more easily and may be the only workable option in some markets.

Most teams end up with a hybrid: global sourcing for major hubs and vetted local partners elsewhere. Procurement automation keeps quotes, approvals and purchase records consistent across both routes, so flexibility does not turn into chaos.

Availability, tax, customs and shipping

Availability sets the date, and customs decides whether the date holds. For each country, confirm which models are sold locally, who acts as importer of record, whether duties are prepaid or collected on delivery and how long clearance typically takes.

Small details cause large delays. Keyboard layouts, power adapters and language packs vary by market, and an order that ignores them produces devices that are unusable on arrival.

Purchasing, delivery and assignment

Link every order line to a named employee before it ships, and share tracking with that person and their manager. When purchasing, logistics and assignment sit in different tools, devices arrive and nobody knows whose they are.

If you outsource delivery, weigh the factors in choosing an IT logistics partner carefully, because coverage, tracking quality and returns handling vary a great deal.

Buffer stock and backup devices

Hold spares in your main hubs to cover dead-on-arrival units, delayed shipments and lost parcels. Regions with harder logistics deserve a larger buffer, and so do teams that cannot tolerate waiting.

Spare stock costs money to hold, but less than a lost working day multiplied by every person affected. Treat spares as tracked assets, not as a shelf nobody counts.

Leasing and device-as-a-service

Leasing ties refresh dates to the contract end date and spreads cost over time. Device-as-a-service goes further, bundling hardware, support and sometimes logistics into one monthly fee. Both make cash flow predictable and refresh timing automatic.

Read the return terms closely. Damage charges, wipe obligations and early-termination fees can erase the savings, and leased devices cannot simply be resold when the term ends.

Cost control without compromise

Save through volume, not weaker specifications. Consolidate orders by quarter, negotiate on approved configurations, use certified refurbished units for low-risk roles and extend the life of devices that still meet requirements.

Keep memory and storage generous for heavy users. The productivity lost to an underpowered machine outweighs the saving within a few months.

How to prepare replacement devices before they reach employees

Role-based configurations

Build a baseline profile for each role: operating system, core tools, security agents and settings that everyone needs, plus the applications specific to that role. A finance analyst, a developer and a field engineer need different software, but they should all share the same secure foundation.

Keep the number of variants low. Each extra configuration multiplies testing effort and the number of things that can break.

Zero-touch deployment

With zero-touch deployment, devices are registered to your management system before they are unboxed. The employee signs in, and policies, applications and settings install automatically, with no IT hands on the machine and no detour through a staging depot.

For remote and distributed teams this is the largest single time saver in a refresh, because it removes the setup call, the remote walkthrough and the image-and-ship step together.

Operating system, security and management setup

Enroll each device in your management platform, enable disk encryption, set patch and firewall policies, install endpoint protection and apply conditional access rules. Registering hardware with Windows Autopilot or Apple’s automated enrollment applies these on first boot.

If your fleet is mixed, it helps to understand how MDM, UEM and EMM differ before choosing the management layer that will carry the configuration.

Application, identity and access provisioning

Assign licenses, group memberships and application access before the device arrives so the first sign-in works. Pre-stage multifactor methods that do not depend on the old device, enroll certificates and prepare VPN profiles.

Then compare against what the person had before. Missing access to a shared drive or a single internal tool is enough to stop someone working.

Pre-ship testing

Test a sample from every batch and every configuration: boot, enroll, sign in as a test user, install apps, connect to the VPN and print. Run the test from outside your office network, because that is where the employee will be.

A defect caught in your lab costs minutes. The same defect found in an employee’s kitchen costs a day and a courier.

Security and compliance verification

Confirm that encryption is on, the operating system is current, endpoint protection reports healthy and the required policies are applied. Record the result for each device, not just for the sample.

Auditors tend to ask for proof that every endpoint met the standard at handover. That evidence is easy to capture at the time and very hard to reconstruct later.

How to migrate employees to new devices without interrupting work

Assessing what to migrate

Survey a sample before touching any machine. Ask what lives only on the laptop: project folders, notes, certificates, license keys, large media files, local databases.

Cloud-first teams move very little. Engineering, design and field teams often move a great deal, and they are the ones most likely to be caught out. The survey tells you which group each person belongs to.

What to preserve

Prioritize local documents, desktop and downloads folders, browser bookmarks and extensions, mail signatures, application preferences and saved wireless networks. Keep a short list of “usually forgotten” items: printer setups, VPN profiles and development environment settings.

Never copy passwords into plain files. Use the company password manager, and re-enroll passkeys and hardware security keys on the new device.

Secure data transfer

Prefer cloud sync or managed backup to USB drives, which are easy to lose and hard to track. Encrypt transfers, restrict who can access staged data and delete staging copies once the employee confirms everything is present.

Leave the old device untouched until that confirmation arrives. For the first few days it remains the source of truth.

Manual setup and license reassignment

Some software ties licenses to hardware or to a person, such as design suites, engineering tools and older line-of-business applications. List them during planning, and deactivate the old seat only once the new one works.

For anything that cannot be automated, give employees a short, specific checklist with the exact steps, so the work does not turn into a stream of support tickets.

Employee readiness check

Give each person a five-minute checklist: sign in, open email and chat, join a video call, reach key systems, print or scan and confirm their files are present. Make reporting back a single click or reply.

A shared definition of “ready” prevents the slow drip of tickets that follows a silent handover, and it gives IT a clean signal that the old device can be collected.

Migration fallback plan

Define the trigger before launch. If data is missing or an application fails and cannot be fixed within a set time, the employee returns to the old device while IT investigates.

This only works if the old machine stays intact and enrolled until the migration is signed off, which is why collection should always be the last step, never the first.

How to securely retire old devices after a refresh

Backup and verification

Once the employee accepts the new device, take a final backup of anything that is not already in the cloud. Then test that a sample actually restores.

A completed backup job proves very little. A successful restore proves the data exists. Retirement should only begin after this check passes.

Access and token revocation

Remove the device from your management platform, revoke certificates and refresh tokens, unregister multifactor methods tied to it and deauthorize its licenses. This shuts the door that a lost, stolen or resold laptop could otherwise open.

Do it in a fixed order and record each step. These decommissioning best practices cover the sequence in more depth.

Secure data wiping

Match the wipe method to the storage type and the sensitivity of the data, and keep the report. NIST SP 800-88 Rev. 2 is the standard reference for sanitization levels.

Verify the result, and clear activation locks so the device can be reused or resold. Encrypted drives can often be wiped by destroying the keys, but confirm your policy allows that approach.

Leased, damaged and unsupported devices

Leased devices go back to the lessor, often with a wipe certificate required under the contract. Damaged devices need a repair-or-recycle decision, and storage may need physical destruction if a software wipe fails.

Unsupported devices should come off the network at once, even before they are collected, because they no longer receive security updates.

Cross-border returns

Return shipping crosses borders too, and used electronics can face import and waste-handling rules that new ones do not. Provide prepaid labels or courier pickups, set a return deadline and track every parcel from collection to receipt.

Employees holding an old laptop at home are a quiet risk. Retrieving devices from anywhere deserves the same care as delivering them.

Refurbish, reassign, resell or recycle

Decide by condition and age. Good devices within policy are wiped and reassigned. Usable older ones can be resold or donated. Damaged or end-of-life units go to certified recycling.

A mix of outcomes recovers some value and keeps your spare pool stocked, instead of sending every returned laptop to the same place.

Audit trail

For each device, record who returned it, when it arrived, the wipe method and result, the final outcome and any certificate issued. Keep the records for as long as policy and local regulation require.

The test of a good audit trail is simple: when someone asks where a particular laptop went, the answer takes seconds.

How to handle device refresh failures without extending downtime

Late device delivery

Never leave the employee waiting without a machine. Ship a loaner or spare from the nearest hub, keep supporting the old device through the gap and give the person a realistic new date, not a vague “soon”.

If a carrier or supplier misses dates repeatedly, escalate and switch to a backup supplier for the affected region.

Failed provisioning

Try re-enrolling the device remotely first. If that fails, swap in a pre-tested spare and return the faulty unit for diagnosis.

Log every failure type. When the same model or image version keeps appearing, the problem is in your standard, not in the individual device, and the fix belongs upstream.

Migration failures

Return to the intact original, recover from backup or cloud versions and retry with a different method. Do not collect or wipe the old laptop until the data is confirmed present on the new one.

Capture what went wrong in the migration checklist so the next employee in the same role does not hit the same problem.

Critical application failures

Check license assignment, compatibility and network access first, because these cover most cases. If the application is business-critical and the fix is not quick, the employee works from the old device or a loaner while IT resolves it.

Add every new failure to the pre-ship test script so it is caught in the lab next time.

Spare and loaner devices

A loaner that is already enrolled with baseline policies can ship the same day. Keep a small pool in each major region, label loaners clearly and treat them as assets.

That means the same wipe, recording and return rules as any other device, so a temporary fix does not become a permanent gap in your inventory.

Rollback and escalation

Set the thresholds in advance. Roll back when a user is blocked beyond a defined period, such as two hours, or when several users hit the same failure. Escalate on patterns, missed vendor commitments or any security gap.

Pausing the next wave costs far less than repeating a faulty deployment across another hundred people.

What is the ideal timeline for a global device refresh?

No single schedule fits every organization. A 200-person company in two countries can compress this into weeks, while a multinational with regulated regions needs a quarter or more. Treat the sample below as a starting point and adjust it for your scale, lead times and approval cycles.

Phase	Sample window	Outcome
Plan and audit	4 to 8 weeks before deployment	Scope, budget, inventory and vendors approved
Prepare and ship	1 to 2 weeks before shipping	Devices configured, tested and in transit
Deploy	Deployment day	Employees live on new devices
Stabilize	First week after	Issues resolved, old devices recovered
Close out	Weeks 2 to 6 after	Retirement complete, lessons recorded

Four to eight weeks before deployment

Finish the inventory audit, approve scope, budget and device standards, and place orders with customs and lead times in mind. Select the pilot group, draft employee communications and book support coverage for each region.

Procurement usually sets the pace here. If lead times are long, this phase starts earlier, not later.

One to two weeks before shipping

Complete configuration and testing, assign each device to a named user and pre-stage identity, licenses and access. Tell employees their delivery date, what to expect in the box and how to get help.

Confirm return labels, loaner stock and escalation contacts, so every fallback described earlier is ready before it is needed.

Deployment day

Track deliveries, support first sign-in and keep a live issue log that every region can see. Staff each region’s support window, run migration with the fallback ready and have employees complete the readiness checklist.

Leave old devices untouched until the employee signs off.

First week after deployment

Review ticket volume against your targets, confirm applications, VPN and printing work and check that backups and security agents report healthy. Contact anyone who has not checked in, because silence is often a problem that has not yet been reported.

Fix recurring issues in the standard configuration before the next wave goes out.

Close-out and next cycle

Collect, wipe and record the old devices, then close the audit trail. Compare results with your success metrics, document what failed and update the standards.

Use the refreshed inventory to forecast the next cycle, so it starts as a routine process and not as a rescue.

How can Zenadmin help IT teams execute a global device refresh?

Planning gets a refresh approved. Execution decides whether it lands without downtime, and that is where Zenadmin works. We run the operational side of device replacement in one platform, so procurement, delivery, setup, support and retirement stop living in separate tools and inboxes.

Centralized procurement

Ordering country by country means different suppliers, quotes and approvals for every region, and a different set of delays in each. With Zenadmin’s IT procurement, you order laptops, phones and accessories for employees in many countries from one place.

Specifications stay consistent across regions, and every order is tied to an employee and a delivery date, so nothing arrives without an owner.

Coordinated delivery and assignment

Zenadmin delivers to the employee’s location with tracking, and the device is already assigned to them when it ships. IT can see what has shipped, what has arrived and who is still waiting, without chasing couriers across time zones.

Returns work in reverse, with prepaid labels and tracked collection, so old devices come back through the same process that delivered the new ones.

Zero-touch setup at scale

We enroll and configure devices before shipping through our mobile device management, so employees power on, sign in and find policies, applications and security settings already in place.

There is no manual imaging and no remote walkthrough, and no engineer is lost to setup calls for a week. Across hundreds of devices, the hours saved are substantial, and every employee starts from the same secure baseline.

Lifecycle and repair management

Zenadmin tracks each device from warranty and age alerts through repair and replacement, and arranges certified data erasure or reassignment at retirement. Because the record stays current, your next refresh starts with accurate data instead of another audit.

Hardware leaving the fleet can move through IT asset disposal, with a certificate for every device, so the audit trail closes itself.

Global IT support

When a sign-in fails in Singapore on a Monday morning, someone has to be awake to help. Our global support team helps employees and administrators resolve device and setup issues across time zones, so a blocker takes minutes and does not wait for headquarters to log in.

Together, these make Zenadmin one of the most direct ways to run a refresh across regions without building a logistics team around it. Book a demo to see a refresh run from order to retirement on one platform.

Conclusion

A refresh without downtime comes from sequence and discipline. Start with accurate inventory, plan by role and region, procure with local realities in mind, and configure and test before devices ship. Migrate with the old machine as a safety net, retire it only after sign-off and keep a fallback ready for every step that can fail.

Start small. Audit your fleet, pilot one region and measure how long a new device takes to become productive. That number is the one to push down every cycle.

Frequently Asked Questions

How do you refresh employee laptops without downtime?

Configure, enroll and test devices before they ship, with licenses and access pre-assigned. Deliver the new laptop while the employee still has the old one, migrate data through cloud sync and collect the old device only after they confirm everything works.

How often should companies refresh employee devices?

Most replace standard laptops every three to four years, sooner for demanding roles and later for light use. Warranty status, repair costs, battery health and operating system support should adjust the schedule per device.

How long does a global device refresh take?

It depends on scale and lead times. A small company can finish in weeks; a multinational typically needs one to three months from audit to close-out, with customs and procurement setting the pace.

What is the biggest challenge in refreshing devices across multiple countries?

Logistics coordination: matching stock, customs clearance, delivery and support coverage across regions. Inaccurate asset records make it worse, because teams plan around devices and users that no longer match reality.

How do you refresh devices for remote employees?

Ship pre-configured devices to their home with a short setup guide and a defined support window, and use remote enrollment so no one needs hands on the machine. Arrange prepaid return of the old laptop and keep a loaner available.

What is zero-touch deployment, and how does it help with device refreshes?

Zero-touch deployment registers a device to your management platform in advance so it configures itself at first sign-in. It removes manual imaging, shortens setup and gives everyone the same secure baseline when hundreds of devices change at once.

How do you securely wipe old laptops after a refresh?

Back up and verify data, revoke the device’s credentials, then run a managed wipe suited to the storage type and keep the report. Follow NIST SP 800-88 for sanitization levels, and use certified destruction if a software wipe fails.

How can IT teams reduce device refresh costs?

Standardize specs, order scheduled batches for volume pricing, keep spare stock modest and extend the life of devices that still meet requirements. Resell or reassign good retired units, and use lifecycle data to avoid emergency purchases.