Device Staging and Deployment for Canadian Manufacturing: How to Evaluate a Provider That Won’t Disrupt Your Lines

It’s 6:30 a.m. and your plant operations manager is calling. Forty scanners that arrived yesterday for the morning shift cannot connect to the plant Wi-Fi. The devices were staged by a provider whose experience is corporate laptops and smartphones—not rugged handhelds destined for a production floor. The barcode symbologies are wrong for your WMS. Workers are standing idle. The line is running, and every minute of troubleshooting is a minute of lost throughput.

This scenario plays out more often than it should. Staging rugged mobile devices for a manufacturing plant floor is nothing like imaging laptops for an office rollout. The configuration depth is different. The logistics are different. The consequences of getting it wrong are different.

This post walks through the evaluation criteria IT Directors and Procurement Managers should apply when selecting a staging and deployment partner for Canadian manufacturing operations. We will cover industrial device configuration expertise, shift-based scheduling, multi-site logistics, and what separates providers built for plant floors from those who will learn on your project.

Canadian manufacturers are investing in technology. 89% reported benefits from technological upgrades according to the 2025 Advanced Manufacturing Outlook Report but 51% cite funding as the top barrier. Every dollar spent on device deployment must translate directly to production value, not rework.

The sections that follow are structured as evaluation criteria. Use them to separate the providers built for industrial manufacturing from the ones who will generate post-deployment tickets your team will be resolving for months.

Industrial device configuration expertise—the first filter

A Zebra TC53 destined for a manufacturing pick line requires DataWedge barcode profile configuration tuned to the specific symbologies your WMS uses. It needs Zebra Mobility Extensions (Mx) for device lockdown and peripheral management. It requires OEMConfig profiles for enterprise-grade settings that standard Android APIs cannot reach. And it needs plant-specific Wi-Fi credentialing that accounts for RF interference from metal racking and machinery.

A provider whose staging experience is built on smartphones and Surface tablets will not know where to start.

This is the first filter in your evaluation: does the provider have deep, demonstrated experience configuring rugged industrial devices? Not “we can figure it out.” Not “we’ve done some warehouse work.” Demonstrated expertise with the specific OEM tooling your device fleet requires.

Mixed-device fleets compound the complexity. When you are running Zebra TC-series alongside Honeywell CK65 handhelds, configuration consistency is not a quality preference—it is a production continuity requirement. A single misconfigured firmware update can render a significant portion of your fleet non-functional. In a manufacturing environment, that misconfiguration does not generate a help-desk ticket. It generates a line stoppage.

The cost of getting this wrong is severe. Unplanned manufacturing downtime costs range from approximately US$25,000 per hour for mid-sized operations to US$500,000 or more per hour for large facilities. Even a partial-shift disruption caused by misconfigured devices carries a cost that dwarfs the staging fee that would have prevented it.

Zebra StageNow, Mobility Extensions, and OEMConfig proficiency

When staging Zebra devices for a manufacturing client, the gold image must include DataWedge profiles that match the exact barcode symbologies the plant’s WMS expects—Code 128 for case labels, GS1-128 for pallet labels, QR for work-in-progress tracking.

A generalist staging provider will install the WMS app and call it done. The plant floor discovers the mismatch when scanners start returning errors on the first shift. Fixing DataWedge profiles remotely across 200 devices mid-production is a week-long project, not a quick MDM push.

Ask the provider whether their technicians hold Zebra certifications. Ask how many devices they have staged using StageNow and Mobility Extensions in the past 12 months. For mixed fleets, ask about their Honeywell tooling proficiency as well. The answers will tell you whether they have done this work or whether they are reading documentation for the first time.

Why smartphone staging experience does not transfer to plant-floor devices

A corporate smartphone deployment involves installing a handful of apps, applying an MDM profile, and shipping the device. The user finishes configuration on first boot. The help-desk ticket rate is manageable because the user is sitting at a desk with IT support a phone call away.

A rugged industrial device deployment is different in almost every respect. The device must be fully production-ready at power-on because the user is a plant-floor worker whose job is running a line, not troubleshooting a scanner. The configuration includes barcode symbologies, peripheral management, enterprise Wi-Fi with certificate-based authentication, and application settings tuned to specific workflows. The environment includes RF interference, temperature extremes, dust, and moisture. The consequences of a misconfigured device include production delays, not just a frustrated user.

When evaluating a provider, look at their portfolio and case studies. Do they show manufacturing and warehouse deployments? Or do they show corporate offices and retail stores? The distinction matters.

Gold image consistency across a multi-plant fleet

A manufacturer with plants in Mississauga, Montréal, and Calgary discovers that devices deployed to each site over three separate waves have slightly different app versions, different Wi-Fi profiles, and different MDM policies. The Calgary plant’s scanners are running a WMS version that was patched two weeks after the Mississauga deployment.

Configuration drift has created three different device environments that the IT team must now support as if they were three different fleets.

This is the second evaluation criterion: the provider’s ability to create, version-control, and replicate a master device configuration identically across every plant in your fleet.

The hidden cost of managing devices post-deployment is where budgets bleed. Techstep’s Total Cost of Ownership research finds that 60–70% of mobile device costs occur after initial purchase, with management and administration representing 67% of total cost of ownership while hardware accounts for only about 20%.

Configuration drift multiplies that post-deployment burden. Every inconsistency generates tickets. Every ticket consumes IT hours. Every hour spent troubleshooting a configuration mismatch is an hour not spent on higher-value work.

Version-controlled gold images and zero-touch enrolment

The gold image is not a one-time creation. It is a living configuration that must be version-controlled across deployment waves, updated when applications change, and replicated identically every time a device is staged.

Zero-touch enrolment—whether through Android Zero-Touch or Samsung Knox Mobile Enrollment—automates the provisioning process so that first boot pulls the full configuration without IT intervention. But zero-touch only works if the gold image behind it is current and consistent.

Ask the provider to show you a gold image version-control log from a multi-site deployment. If they cannot produce one, they are not managing configuration drift—they are hoping it does not happen.

Quebec-specific gold image requirements

The gold image for a Quebec manufacturing plant must include French-default UI settings, French-language app verification, and privacy defaults aligned with Quebec Law 25—baked into the image, not applied as a post-deployment patch.

A provider that builds one English-default gold image and ships it nationally will create a compliance gap at every Quebec site. Law 25 exposure reaches up to $25 million or 4% of worldwide turnover. That is not a risk you discover on deployment day and fix with a quick MDM push. It is a risk you prevent by requiring Quebec-specific configuration as a gold image requirement during staging.

Shift-aware deployment scheduling that protects production

A manufacturing plant running three shifts has no clean “maintenance window” for device deployment. Unlike an office where IT can swap laptops on a Saturday, a plant floor is producing product at 2 a.m. on a Tuesday.

The staging provider must plan deployment waves that slot into shift changes, planned maintenance windows, or scheduled line changeovers. They must coordinate that schedule with the plant operations manager, not just the IT Director.

This is an evaluation criterion that only matters in manufacturing and 24/7 operations—and most IT service providers have never encountered it.

The average manufacturing plant already loses significant time to unplanned downtime—industry data suggests approximately 30 hours per month. Adding deployment-related disruption on top of existing downtime is operationally unacceptable. The staging provider’s deployment plan must explicitly account for production schedules and demonstrate how they avoid contributing to that number.

The deployment plan should specify not just when devices ship, but when and how they are swapped on the floor. The best practice is a “shadow deployment”—pre-staged devices arrive at the plant, are stored in a secure staging area on-site, and are swapped during a shift change by a deployment coordinator who has pre-mapped which device goes to which worker or workstation. The outgoing devices are collected, boxed, and returned in the same window.

A provider that ships devices to a loading dock and considers the deployment complete has not done a manufacturing rollout before. Ask them to describe their shift-aware scheduling process. If the answer is “we ship when devices are ready,” keep looking.

Multi-site deployment logistics and per-plant visibility

Canadian manufacturing is geographically concentrated but operationally dispersed. Ontario and Quebec hold approximately 65.8% of Canada’s 51,353 manufacturing employer establishments, but a national manufacturer may also operate plants in Alberta, British Columbia, and the Maritimes.

Each plant has different shift schedules, different Wi-Fi infrastructure, and potentially different carrier requirements. The staging provider must manage deployment as a logistics operation, not a single shipment.

A provider serving Canadian manufacturers needs logistics infrastructure that covers the Québec City–Windsor corridor as a baseline, with reliable dispatch to Western and Atlantic sites. This is not a capability you can improvise. It requires systems, warehouse capacity, and carrier relationships built for national reach.

Per-site kitting is the detail that separates enterprise-grade providers from resellers. Each plant should receive a shipment containing exactly the devices, SIM cards, cases, charging cradles, vehicle mounts, and documentation that site requires—labelled by workstation or worker, not as a bulk pallet the local IT person must sort.

When 400 devices ship to four plants, the provider must produce four site-specific kits with four packing lists, not one shipment of 400 devices with a spreadsheet. The plant manager does not have time to sort and distribute. The devices should arrive ready to hand to workers.

Real-time deployment tracking by plant

Spreadsheet-based tracking fails at multi-plant scale. By the time the spreadsheet is updated, the information is stale. By the time someone emails a status question, the deployment has moved on.

Ask what the provider’s asset visibility platform offers. Look for per-device, per-site status. Look for serial-to-location mapping. Look for deployment milestone tracking—received at staging, imaged, QA passed, shipped, delivered, activated.

If the provider’s answer is “we’ll send you weekly status reports,” they are not built for enterprise-scale manufacturing deployments.

Canadian carrier activation across Bell, Rogers, and TELUS

A provider locked to a single carrier program creates coverage gaps for multi-province manufacturing fleets. Devices deployed to a plant in Saskatchewan may need SaskTel activation. A plant in northern Alberta may require different carrier coverage than one in the GTA.

The staging provider should handle SIM activation across all three national carriers—Bell, Rogers, and TELUS—plus regional carriers where coverage requires it. SIM cards should be active and tested before devices ship. A device that arrives at the plant with an inactive SIM is a device that cannot work until someone troubleshoots the activation.

Ask the provider which carriers they support. Ask whether SIM activation happens during staging or after shipping. The answer determines whether your devices arrive production-ready or require additional IT intervention on-site.

The criteria so far—industrial device expertise, gold image consistency, shift-aware scheduling, and multi-site logistics—separate providers who understand manufacturing from those who stage smartphones and hope the skills transfer. But there are additional filters that matter specifically for Canadian operations: OEM certification depth, data residency, and bilingual support requirements that affect everything from chain-of-custody documentation to plant-floor service calls.

OEM certification and what it actually tells you

Every staging provider will list OEM partnerships on their website. The evaluation question is not whether they have a partnership but what tier they hold and what operational capabilities that tier requires.

A Zebra Premier Solution Partner has met volume, certification, and service-delivery requirements that a registered reseller has not. The tier determines the provider’s access to technical resources, firmware, and escalation paths—all of which directly affect staging quality and speed.

Zebra and Honeywell deliver Canadian repair and support primarily through authorized third-party partners, not through self-branded Canadian depots. Zebra’s Canadian support infrastructure includes Zebra Authorized Service Provider partners and Premier partners. Honeywell operates similarly through its Authorized Repair Partners program.

The provider’s OEM tier determines whether they can resolve staging issues—firmware conflicts, hardware defects caught during QA—through direct escalation or through a generic support queue. That distinction matters when you are staging 400 devices for a plant go-live and 15 of them arrive from the OEM with mismatched firmware.

During a large staging project, a percentage of devices will arrive from the OEM with firmware versions that differ from the gold image specification—sometimes because the OEM shipped from different production batches. A Premier-tier partner has the technical resources and escalation access to resolve firmware mismatches during staging, before devices ship to the plant. A lower-tier partner may not discover the mismatch until the plant floor reports it.

Ask the provider what tier they hold with each OEM in your fleet. Ask what that tier grants them operationally. A vague answer—”we have a partnership”—is not the same as “we hold Premier status, which means we have direct access to Zebra’s technical engineering team and can resolve firmware issues within 48 hours during staging.”

Canadian operations, data residency, and bilingual support

Here is a question you should ask every provider on your shortlist: “Where are devices physically staged—in Canada or routed through the US?”

The answer determines chain-of-custody documentation, data residency compliance, and whether the provider can meet Quebec Law 25 requirements for devices destined for Quebec plants.

Under PIPEDA, organizations must report any breach posing a “real risk of significant harm” as soon as feasible and retain breach records for 24 months. The maximum penalty for specific offences—failing to report, failing to keep records, obstructing investigation—is $100,000 per offence. If a staging provider handles devices containing or configured to access employee or production data, the manufacturer’s PIPEDA obligations extend to that provider’s handling practices.

Canadian staging with documented chain of custody simplifies breach-response obligations. When something goes wrong—and eventually something always does—you need to produce records showing exactly where devices were, who handled them, and what data they contained. A staging provider operating from US facilities creates a documentation gap that becomes expensive to close during an investigation.

Quebec Law 25 carries materially larger enforcement exposure—up to $25 million or 4% of worldwide turnover—with Transfer Risk Assessments required for data leaving Quebec, even to other provinces. For manufacturers with Quebec plants, a staging provider that routes devices through the US or lacks Quebec-specific configuration capability creates a compliance gap that is expensive to close retroactively.

Chain-of-custody documentation from staging facility to plant floor

Audit-ready chain of custody means serial-to-location tracking at every stage: device received at staging facility, gold image applied, QA testing completed, shipped to plant, received at plant, assigned to worker or workstation. Tamper-evident asset tagging synced to a central database. Documented handoff at each stage with timestamps.

When a compliance auditor asks where a specific device has been since it left the OEM, the answer should take minutes to produce—not days of digging through emails and shipping records.

A bilingual (English/French) service desk is not a cultural nicety—it is a procurement requirement for manufacturers operating Quebec plants and a practical necessity for supporting French-speaking plant-floor workers who call the service desk when a device fails mid-shift. If your staging provider cannot support a French-language service call at 2 a.m., they cannot support your Quebec operations.

What “production-ready” looks like—a benchmark for your evaluation

After evaluating the criteria above, here is the benchmark: devices should arrive at your plant floor production-ready. Power on, connect, scan.

That sounds simple. Achieving it at scale—across multiple plants, multiple shifts, multiple device types, and multiple carriers—requires a provider whose staging process was purpose-built for industrial manufacturing.

Here is what production-ready means in practice:

• The WMS/ERP/MES app is installed, configured, and tested against the plant’s specific workflows
• DataWedge barcode profiles match the plant’s symbology requirements
• The MDM profile is applied and the device has checked in successfully
• The SIM is active and the device connects to the correct carrier network on power-up
• Plant Wi-Fi credentials are pre-loaded and tested
• Accessories are kitted per workstation or worker—cases, charging cradles, vehicle mounts, styluses
• French-default configuration is applied for Quebec-destined devices
• Zero-touch enrolment is configured so first boot pulls the full configuration without IT intervention
• Configuration drift across deployment waves is zero—every device in every wave is identical
• A pre-staged spare pool is sized and positioned to replace failed devices same-day
• Per-device, per-site deployment status is visible through an asset portal—not a spreadsheet

That is the benchmark. When you evaluate a staging provider, measure their process against each of these criteria. The gaps will tell you where the risk lies.

Questions to ask a staging provider before signing

These questions are drawn directly from the evaluation criteria above. The answers will separate providers built for industrial manufacturing from those who stage smartphones and hope the skills transfer.

• “How many Zebra TC-series or Honeywell CK/CT devices have you staged in the past 12 months?”
• “Can you show me a gold image version-control log from a multi-site deployment?”
• “What is your process when a device fails QA during staging?”
• “How do you schedule deployment around 24/7 shift operations?”
• “Where are devices physically staged—can I visit the facility?”
• “Do you support French-default configuration and Law 25 privacy defaults for Quebec plants?”
• “What is your SLA for a replacement device when a scanner fails on the night shift?”
• “Which carriers do you support for SIM activation, and does activation happen during staging or after shipping?”

If the answers are vague, or if the provider needs to “get back to you” on questions about their core process, that tells you something about how much manufacturing staging work they have actually done.

For a deeper operational breakdown of the staging process, the in-depth staging and deployment guide covers each phase from gold image development through post-deployment support.

How PiiComm approaches staging and deployment for Canadian manufacturers

If the evaluation criteria above describe what a manufacturing staging partner should deliver, here is how PiiComm’s staging and deployment operation maps against each one.

Canadian-owned staging facilities staffed by in-house technicians

PiiComm stages devices in its own Canadian facilities with its own technicians. No outsourcing. No offshoring. Chain of custody stays in Canada from device receipt through imaging, QA testing, kitting, and shipping.

This is not a sovereignty talking point—it is the operational infrastructure that satisfies PIPEDA’s reasonable-safeguard requirement and produces the audit trail a compliance officer expects. Every device is traceable from the moment it arrives at PiiComm’s facility through deployment to your plant floor.

Staging and deployment services built for industrial device fleets run on Canadian infrastructure with Canadian personnel—the documentation trail reflects that.

Zebra Premier, Honeywell, and Samsung OEM partnerships

PiiComm holds Premier partnership with Zebra Technologies—the highest partner tier—plus partnerships with Honeywell and Samsung. Certified on SOTI and 42Gears MDM platforms.

This means direct access to OEM technical resources, firmware, and escalation paths during staging—not generic support queues. When 15 devices arrive with firmware mismatches, the resolution happens during QA at the staging facility, not after deployment when the plant floor reports the problem.

500,000+ devices deployed across Canadian industries

PiiComm has deployed over 500,000 devices across thousands of locations for organizations including Air Canada, Giant Tiger, and Alstom.

The manufacturing context: PiiComm’s heritage is in rugged, industrial-grade enterprise mobility—Zebra scanners, Honeywell handhelds, rugged tablets, vehicle-mounted computers—the devices that operate on plant floors, not in office cubicles. That operational history means the edge cases your deployment will encounter are edge cases PiiComm has already solved.

Industrial-grade mobility for Canadian manufacturing operations is the core of the business, not a secondary offering.

Spare pool management and the AIM portal

PiiComm maintains pre-staged spare device pools—replacement devices configured to the client’s gold image and shipped same-day when a device fails. The AIM (Asset Intelligence Manager) portal provides real-time per-device, per-site fleet visibility.

For a manufacturing operation running three shifts, this means a failed scanner on the night shift triggers a replacement shipment before the morning shift starts. No waiting for IT to configure a replacement. No worker standing idle because their tool is broken. The spare device arrives production-ready because it was staged to the same gold image as the original.

24/7 bilingual service desk staffed in Canada

PiiComm’s service desk operates 24/7 in English and French, staffed by Canadian-based personnel.

For manufacturers with Quebec plants, this is not optional—it is a support requirement for French-speaking plant-floor workers and a procurement expectation for Quebec government-adjacent contracts. A worker on the night shift at your Montréal plant can call in French and reach someone who can help, not a voicemail or a callback promise.

Talk to a mobility specialist about your next plant-floor deployment →

Realistic alternatives and where they fit

PiiComm is not the only provider that can stage rugged devices for Canadian manufacturers. Here is an honest look at the alternatives and where each fits.

Barcoding-Canada and Peak Technologies—VAR staging with Canadian repair infrastructure

Barcoding-Canada operates as a Zebra Authorized Service Provider with locations in Burnaby, Markham, and Saint-Laurent. Peak Technologies holds Zebra Premier and Honeywell Platinum Honors status with US and Canadian coverage. Both offer staging and configuration services.

Where they fit: organizations that want to bundle device procurement and staging through a single VAR relationship, particularly when the fleet is predominantly one OEM.

Where they may fall short: multi-OEM fleets requiring both Zebra and Honeywell expertise under one provider, ongoing lifecycle management after deployment including spare pool management and break/fix support, and the breadth of managed mobility services—MDM administration, secure decommissioning—that a pure-play MMS provider offers.

In-house IT staging—when it makes sense and when it breaks

In-house staging works for small, single-site deployments where the IT team has rugged device experience and available bandwidth.

It breaks at multi-site scale, during seasonal or new-plant surges, and when the device fleet includes multiple OEMs requiring different configuration tooling. Samsung and Oxford Economics found that a 250-device mobile program requires more than one full-time equivalent at approximately US$114,500 per year inclusive of salary and overheads.

For a manufacturer managing 500+ rugged devices across multiple plants, the hidden FTE cost of in-house staging and ongoing management often exceeds the cost of outsourcing to a specialist—before accounting for error rates and production disruptions.

More than 80% of Canadian manufacturers reported labour and skills shortages in 2022, up from 60% in 2020. When you cannot fill core production roles, dedicating IT staff to device staging and configuration is a misallocation of scarce technical talent.

OEM staging programs—deep on one brand, limited on everything else

Zebra and Honeywell both offer staging tooling and partner programs. These are strong when the fleet is exclusively one OEM.

They do not cover multi-OEM environments, Canadian-specific logistics, bilingual configuration, or post-deployment lifecycle services. For a single-OEM fleet with a US-headquartered IT team that can manage the staging relationship directly, OEM programs may be sufficient. For Canadian manufacturers needing Quebec compliance, bilingual support, and spare pool management, the gap between OEM tooling and full managed mobility becomes apparent quickly.

Comparison summary

The choice depends on your fleet complexity, geographic footprint, and whether you need a staging partner or a full managed mobility partner. For a single-OEM, single-site deployment with an IT team that has bandwidth, in-house or VAR staging may be sufficient. For multi-plant, multi-OEM fleets requiring Quebec compliance and ongoing lifecycle support, the evaluation criteria in this post point toward a different kind of provider.

Frequently asked questions

What should I ask a staging provider to prove they have manufacturing device experience?

Ask how many Zebra TC-series or Honeywell CK/CT devices they have staged in the past 12 months. Request a gold image version-control log from a multi-site deployment. Industrial device configuration—DataWedge, StageNow/Mx, OEMConfig—is fundamentally different from smartphone imaging. The answers reveal whether they have done this work before.

How much does it cost to stage and deploy rugged devices in-house versus outsourcing?

Samsung/Oxford Economics found that a 250-device program requires more than one FTE at approximately US$114,500 per year. Factor in error rates, production disruption costs, and the 67% of TCO that occurs post-purchase. For most multi-plant manufacturers, outsourcing costs less than the hidden burden of in-house staging.

What does a gold image include for manufacturing plant-floor devices?

A manufacturing gold image includes the WMS/ERP/MES application configured for the plant’s workflows, DataWedge barcode profiles tuned to specific symbologies, MDM enrolment and security policies, plant Wi-Fi credentials, carrier SIM activation, and—for Quebec plants—French-default UI and Law 25 privacy defaults. Everything required to scan on first power-up.

Can a staging provider deploy devices without disrupting production shifts?

Yes—but only if the provider plans deployment waves around shift changes, planned maintenance windows, or line changeovers, and coordinates with the plant operations manager. The best providers use “shadow deployment” with pre-staged devices swapped during shift transitions. Ask how they schedule around 24/7 operations.

What Quebec-specific requirements affect device staging for manufacturers?

Quebec Law 25 requires French-default device configuration, French-language app verification, and privacy defaults aligned with the law—baked into the gold image at the staging facility. Law 25 carries exposure up to $25 million or 4% of worldwide turnover. A staging provider that cannot configure for Quebec creates a compliance gap.

How do I evaluate whether a provider’s OEM partnerships are meaningful?

Ask what tier the provider holds—Zebra Premier versus registered reseller—and what operational capabilities that tier requires. Higher tiers grant direct access to OEM technical resources, firmware, and escalation paths. That access determines whether staging issues get resolved during QA or after deployment.

What happens when a device fails on the plant floor after deployment?

A credible staging provider maintains a pre-staged spare device pool—replacement devices configured to the client’s gold image and shipped same-day on failure. Ask for the provider’s SLA: same-day shipment, next-business-day, or slower. For 24/7 manufacturing, anything slower than same-day means a worker without a tool for an entire shift.

Does the staging provider need to be Canadian-based?

For manufacturers under PIPEDA—and especially those with Quebec plants subject to Law 25—a Canadian-based provider simplifies chain-of-custody documentation, breach notification obligations, and data residency requirements. Law 25 requires Transfer Risk Assessments for data leaving Quebec, including to the US. Canadian staging eliminates that requirement.

Similar evaluation criteria apply in healthcare staging, where regulated industries share common requirements around compliance and chain of custody.

The criteria that matter are the ones your last rollout missed

Device staging for manufacturing is not a procurement category you can evaluate on price per unit. The providers who quote the lowest staging fee are often the ones who will generate the highest post-deployment cost—through configuration inconsistencies that multiply support tickets, through deployment schedules that collide with production, through gold images that work at your Ontario plant but create compliance gaps in Quebec.

The evaluation criteria in this post—industrial device expertise, gold image version control, shift-aware scheduling, multi-site logistics, OEM certification depth, Canadian operations, and bilingual support—exist because we have seen what happens when organizations skip them. The problems do not surface during the sales process. They surface at 6:30 a.m. when the plant operations manager calls because 40 scanners cannot connect.

The staging partner you choose will determine whether your next deployment adds to your IT team’s burden or removes it. Choose based on the criteria that matter for manufacturing—not the ones that appear in every provider’s brochure.