A shift supervisor at a steel processing plant watches a barcode scanner fail mid-shipment verification. The device is three years old, running outdated firmware, and there is no configured spare on-site. The shipping error that follows costs the plant a customer penalty and a full day of rework.
This is the kind of operational moment that separates manufacturers who manage mobility reactively from those who have a partner built for it.
This post explains why Canadian manufacturers—from steel processors to food and beverage plants to automotive parts suppliers—choose PiiComm as their managed mobility services provider, and what that partnership looks like across the full device lifecycle. PiiComm manages 500,000+ devices across thousands of locations, with 15+ years of operational delivery. Manufacturing has been a core vertical since the company’s founding.
The choice starts with understanding what makes manufacturing mobility fundamentally different from every other industry.
What makes manufacturing mobility different from every other vertical
A manufacturing floor is not an office. Devices operate in environments that would destroy a consumer smartphone in hours—metal dust, hydraulic fluid, temperature swings from -20°C loading docks to +40°C near furnaces, constant vibration from heavy machinery.
The mobile devices that run production—Zebra MC9300 series scanners, Honeywell CK65 handhelds, vehicle-mounted computers on forklifts—are industrial tools, not accessories. They track work-in-progress through production stages. They verify shipments before trucks leave the dock. They capture quality data at inspection stations. When one fails, production slows.
Most MMS providers are built for smartphones and laptops—devices with predictable lifecycles and standardised form factors. When a manufacturer calls those providers about a Zebra vehicle-mounted computer that needs a specific firmware version to communicate with their WMS, the response is often silence.
PiiComm’s technicians have configured OEMConfig profiles for Zebra devices on manufacturing floors for over a decade. That depth of industrial-grade mobility for manufacturing environments is not something a generalist IT provider can replicate.
Your peers are making the same calculation. According to ERP Today’s Manufacturing Survey, 61% of manufacturers plan to increase spending on mobile technology to improve quality and visibility on the plant floor. The question is whether your organisation is managing that expanded fleet with the operational discipline it requires—or whether devices are being deployed faster than your team can support them.
PiiComm’s manufacturing case study—eliminating costly shipping errors at a steel processing facility with RFID and rugged mobile technology—demonstrates what happens when device management catches up to device investment.
But before lifecycle management, before MDM configuration, before any of that—you need the right devices in the first place.
Strategic sourcing: getting the right rugged devices without the procurement headache
A procurement manager at a multi-plant manufacturer should not be managing relationships with three OEM distributors, tracking End of Sale timelines for six device models, and negotiating volume pricing without aggregate leverage.
Yet that is exactly what happens when sourcing is handled internally.
Vendor-agnostic hardware selection for manufacturing environments
PiiComm holds Premier partnerships with Zebra Technologies—the highest partner tier—along with Honeywell and Samsung. But partnership status is not the point. The point is that PiiComm’s needs assessments match devices to specific manufacturing workflows rather than pushing whatever inventory needs to move.
Scanning on a wet food processing line requires different IP ratings than scanning in a dry automotive parts warehouse. A vehicle-mounted computer in a freezer distribution centre has different battery and display requirements than one in a temperate assembly plant. A generalist procurement process treats all scanners as equivalent. A manufacturing-focused sourcing partner knows they are not.
Volume aggregation and enterprise-tier pricing
PiiComm’s purchasing volume across its entire client base unlocks pricing that individual manufacturers—even large ones—cannot access independently.
A mid-sized manufacturer ordering 300 scanners negotiates as a 300-unit buyer. PiiComm negotiates as a provider managing 500,000+ devices. The pricing difference flows directly to the manufacturer’s bottom line—a CFO concern that strategic sourcing addresses before devices are even ordered.
End of Sale and End of Support planning
Here is what actually happens when sourcing is handled ad hoc: a manufacturer’s IT team decides to order 200 replacement scanners for a plant refresh. They submit the PO for the same model they ordered two years ago. The distributor comes back with bad news—that model hit End of Sale six months ago, lead times for the replacement model are 14 weeks, and the new model requires a different mounting cradle that is also on backorder.
The refresh timeline just slipped by a quarter.
PiiComm proactively advises clients when device models are approaching End of Sale. That intelligence comes from Premier partner relationships with Zebra and Honeywell—access to product roadmaps and allocation priorities that standard distribution channels do not provide.
When sourcing is handled, the next question is what happens when those devices arrive.
Staging and deployment: every device configured identically before it reaches the plant floor
Manufacturing cannot tolerate configuration drift. When 300 scanners arrive at a plant and 12 of them have different firmware versions or missing application profiles, those 12 devices become 12 production disruptions.
Imagine receiving a shipment of 300 Zebra TC52 devices at your plant. Every one has been inspected for dead-on-arrival defects, loaded with your exact Gold Image software build, enrolled in your MDM environment, kitted with the correct case, stylus, and charging cradle, asset-tagged and synced to your central inventory database, and QA-tested before it left PiiComm’s Canadian staging facility.
That is not aspirational. That is the standard process.
Gold Image configuration and MDM enrolment
A Gold Image is a locked-down, pre-tested software configuration that ensures every device behaves identically on the plant floor. It includes the operating system version your applications are certified against, the specific business applications your workers need, the security policies your compliance requirements demand, and the MDM enrolment that gives your IT team visibility and control.
PiiComm stages devices with SOTI and 42Gears MDM enrolment as part of the process, using zero-touch deployment methods and OEMConfig for automated provisioning. The result is devices that are production-ready on arrival—no IT intervention required at the plant.
DOA testing and quality assurance at scale
Here is what happens when a manufacturer receives 300 devices directly from the OEM and discovers five DOA units on deployment day: five production gaps, five urgent support tickets, five workers waiting for replacements.
PiiComm catches dead-on-arrival devices at its staging facility, not on the plant floor. Every device is powered on, tested, and verified functional before it ships. The QA process adds a day to staging. It prevents a week of production disruption.
National rollouts across multiple Canadian plants
For manufacturers with facilities in Ontario, Quebec, Alberta, and British Columbia, PiiComm stages centrally and ships to all locations with tracked delivery. Configuration consistency is maintained across every plant—the same Gold Image, the same MDM policies, the same asset tagging conventions.
A plant manager in Calgary receives devices configured identically to the ones deployed in Mississauga. A worker transferring between plants sees the same interface. IT manages one fleet, not four regional variations.
Deployment is the beginning, not the end. The real test of a managed mobility partnership is what happens after devices reach the plant floor.
Lifecycle management: keeping manufacturing devices running through harsh conditions
A Zebra scanner that fails on a shipping verification line at 2 a.m. does not wait for business hours. The shipment goes out unverified, the customer receives the wrong product, and the cost of that single device failure cascades into a return, a penalty, and a damaged relationship.
This is the scenario PiiComm’s lifecycle management for rugged device fleets is engineered to prevent.
24/7 bilingual Canadian service desk
PiiComm’s service desk is staffed in Canada, operates 24/7 in English and French, and is trained on rugged device troubleshooting—not consumer smartphone support scripts.
When a plant in Trois-Rivières calls PiiComm’s service desk at 11 p.m., the call is answered in French by a Canadian technician who understands the device and can initiate a replacement from Canadian inventory. If the manufacturer’s MMS provider operates from a US call centre with no Canadian staging facility, that call ends in a ticket that will not be actioned until Monday.
For manufacturers with plants in Quebec, bilingual support is not a feature. It is a procurement requirement.
Spare pool management and break/fix logistics
PiiComm maintains a hot-spare pool of pre-configured replacement devices. When a device fails, a replacement ships immediately—the manufacturer does not wait for a two-week repair cycle.
Here is what most manufacturers do not realise: maintaining a spare pool requires those spares to be kept at current firmware and application versions. A spare device that sits in a warehouse for six months without updates becomes a configuration liability. When it deploys, it is running outdated software, missing security patches, and potentially incompatible with current application versions.
PiiComm manages spare pool currency as part of the service. Every spare device is maintained at the same Gold Image standard as production devices—production-ready the moment it ships.
Repair management with certified technicians
PiiComm’s in-house certified technicians handle repairs—warranty assessment, parts sourcing, and return logistics. The manufacturer’s IT team never touches a broken device.
The AIM portal provides real-time visibility into repair status and device location. An IT director can see exactly where a device is in the repair cycle, what the diagnosis was, and when to expect the return—without placing a single phone call.
Inventory tracking down to the stylus
PiiComm tracks non-assetised accessories—styluses, cases, charging cradles—that most organisations lose visibility on within weeks of deployment.
In manufacturing, a missing stylus on a touchscreen device in a gloved environment means that device is effectively unusable until a replacement arrives. A missing charging cradle means a worker’s device dies mid-shift. These are not trivial losses. They are production interruptions that compound across shifts.
The AIM portal tracks every accessory associated with every device—where it was deployed, when it was last seen, and when it needs replacement.
Lifecycle management keeps devices running. But running devices still need security policies, application updates, and compliance monitoring—work that falls to MDM administration.
MDM as a Service: security and compliance without the in-house burden
A manufacturing plant’s IT director has enough on their plate managing ERP integrations, network infrastructure, and OT security. Adding MDM administration—with its constant policy updates, application version management, and compliance monitoring—is the kind of responsibility that gets deprioritised until something goes wrong.
And in manufacturing, something going wrong means a device that should be locked to a single warehouse management application is now running a browser a worker downloaded. Or a security patch that should have deployed three weeks ago is still pending on 40% of the fleet. Or an application update that works fine on test devices causes crashes on production devices running older firmware.
MDM administration is a specialised function. It belongs with a specialist.
Policy configuration and application deployment for manufacturing
PiiComm’s certified MDM administrators—SOTI, 42Gears—configure device policies specific to manufacturing environments. Kiosk mode lockdowns prevent plant-floor workers from accessing non-work applications. Application version consistency ensures every scanner in the facility runs the same software build. Automated OS patch management deploys security updates on schedules that do not disrupt production—overnight, between shifts, during planned maintenance windows.
The operational reality is that most manufacturers do not have staff certified on enterprise MDM platforms. They have IT generalists who learned enough to get devices enrolled and then moved on to other priorities. Policy drift accumulates. Security gaps open. Nobody notices until an audit or an incident.
PiiComm’s MDMaaS model transfers that entire administrative burden to a team whose only job is MDM operations.
Security monitoring and compliance enforcement
Manufacturing’s regulatory environment is evolving. PIPEDA applies to any device handling employee or customer data—which includes every scanner that logs a worker’s ID at shift start. Automotive and aerospace OEMs increasingly require supply chain cybersecurity documentation as a condition of doing business. A Tier 1 automotive supplier that cannot demonstrate device security controls risks losing contracts worth more than their entire IT budget.
PiiComm’s MDM administrators enforce encryption policies, monitor for compliance violations, execute remote lock and wipe when devices are lost or stolen, and generate the documentation that satisfies customer audits. The manufacturer’s IT team sees the reports. They do not have to produce them.
MDM keeps devices secure. But security is an operating expense. The capital expense of acquiring those devices in the first place is a different conversation—one that leads directly to Device as a Service.
Device as a Service: converting unpredictable device CapEx into predictable monthly OpEx
When a CFO approves a $400,000 capital expenditure for a device fleet refresh, that money is locked into hardware that begins depreciating immediately. Three years later, the organisation faces the same capital request again—plus the operational cost of managing those devices throughout their lifecycle.
DaaS changes the equation entirely.
What is included in PiiComm’s DaaS model
All five integrated service pillars—Strategic Sourcing, Staging & Deployment, Lifecycle Management, MDM as a Service, and Secure Decommissioning—bundled into a single monthly per-device fee.
The manufacturer pays a predictable amount per device per month. PiiComm handles procurement, configuration, deployment, support, security, and end-of-life. At the end of the contract term, devices are securely decommissioned and replaced. The manufacturer never manages a refresh cycle. They never submit a capital expenditure request for hardware. They never negotiate with distributors or track warranty timelines.
The device fleet becomes a utility—like electricity or internet service.
Why DaaS matters for manufacturing budget cycles
Manufacturing budget cycles are driven by production forecasts and commodity prices—not IT refresh timelines. When steel prices spike or a key customer reduces orders, capital expenditure requests for new scanners compete against requests for production equipment, facility maintenance, and raw materials. IT hardware rarely wins that competition.
The result is device fleets that age past their optimal lifecycle. Scanners that should have been replaced two years ago are still in service, requiring more repairs, creating more downtime, and running firmware that no longer receives security updates.
DaaS removes the device fleet from the capital budget. Monthly per-device fees come from operating budgets—predictable, plannable, and tied directly to the size of the fleet. Scale up operations? Add devices to the subscription. Consolidate plants? Reduce the subscription. The financial model matches operational reality.
Many manufacturers still capitalise device purchases and depreciate over 3–5 years, creating accounting complexity and asset management overhead. DaaS eliminates that complexity. The devices are not on the manufacturer’s balance sheet. PiiComm owns them. The manufacturer pays for the service they provide.
Devices eventually reach end of life—whether through DaaS replacement cycles or traditional ownership. What happens to them next is a compliance question most manufacturers have not fully answered.
Secure decommissioning: closing the lifecycle loop with auditable chain of custody
Somewhere in every manufacturing facility, there is a locked cabinet or storage room filled with retired mobile devices. Nobody is sure what data is on them. Nobody has a plan for disposing of them. And every one of those devices represents a compliance liability under PIPEDA.
The data on a retired scanner is not trivial. Production records. Inventory transactions. Employee login credentials. Supplier part numbers. Customer shipping addresses. If that data were on a server, it would be subject to formal data governance. On a retired device in a storage room, it is subject to whatever happens when someone eventually cleans out the cabinet.
NIST 800-88 certified data erasure
NIST 800-88 is the recognised standard for certified data erasure—the process that ensures data cannot be recovered from a device through any known forensic method. It is referenced by PIPEDA guidance and increasingly required by manufacturing customers as part of supply chain security documentation.
PiiComm’s secure decommissioning process includes NIST 800-88 certified erasure for every device. Physical destruction is available when erasure is not sufficient—some customers require it, some device types require it, some data classifications require it. The manufacturer specifies the standard. PiiComm delivers the certification.
Chain-of-custody documentation from plant floor to final disposition
For manufacturers subject to customer audits—automotive OEMs, aerospace primes, food safety certifications—chain-of-custody documentation is increasingly a contractual requirement. The question is not just “did you erase the data?” but “can you prove you controlled the device from the moment it left the plant floor until the moment it was destroyed or remarketed?”
PiiComm provides auditable documentation from field recall through secure transportation to its Canadian facility, through erasure or destruction, to final disposition. Every device is tracked. Every step is logged. The documentation satisfies the audit.
The locked cabinet of retired devices with unknown data is a PIPEDA compliance liability. PiiComm’s secure decommissioning process eliminates it.
These are capabilities. What they look like in practice—at a real Canadian manufacturer, with real production consequences—is the steel processing case study.
The manufacturing case study: eliminating shipping errors at a steel processing facility
A Canadian steel processing facility was experiencing costly shipping errors. Wrong products going to wrong customers. Manual verification processes that could not keep pace with production volume. A device fleet that was unreliable and inconsistently managed.
This is not a hypothetical. This is a real Canadian manufacturer with real production consequences—customer penalties, returns, rework, and damaged relationships.
The problem: manual processes and unreliable devices
The facility’s existing workflow relied on manual verification—workers checking paper documentation against physical shipments before trucks left the dock. The process was slow, error-prone, and could not scale with production increases.
The mobile devices that were supposed to support the workflow were part of the problem. Inconsistent configurations. Unreliable performance. A mix of device models acquired ad hoc over several years. No spare pool. No centralised management. When a device failed, it created a gap in the verification process that led directly to shipping errors.
The PiiComm approach: RFID, rugged devices, and managed mobility
PiiComm deployed RFID technology and rugged mobile devices—Zebra scanners configured for the facility’s specific workflow—with full managed mobility services behind them.
Strategic Sourcing identified the right device models for the environment. Staging & Deployment ensured every device arrived configured identically, enrolled in MDM, and production-ready. Lifecycle Management provided the spare pool and support infrastructure to keep devices running. MDMaaS handled security and application management. The entire deployment was scoped, configured, and delivered by a single Canadian partner.
The outcome: measurable reduction in shipping errors
The steel processing facility case study demonstrates measurable elimination of shipping errors through RFID and rugged mobile technology. The financial impact—customer penalties avoided, returns eliminated, rework reduced—represents real operational savings that the CFO cares about. The reliability improvement—devices that work, support that responds, a fleet that is managed—represents the operational stability the IT director cares about.
This is what managed mobility looks like when it is done right. Not devices shipped and forgotten. Not a support number that goes to voicemail. A partnership that takes ownership of the entire device lifecycle and delivers measurable outcomes.
Before committing to a full managed mobility engagement, there is one question that reveals more about a manufacturer’s current state than any assessment.
ClearSight TEMs AI: immediate visibility into manufacturing wireless spend
“Do you know exactly what you are paying for wireless across all your plants, and can you tell me which lines are active, which are unused, and which are overcharged?”
Most manufacturers cannot answer that question with confidence. Carrier invoices for manufacturing fleets are complex—shared data plans across plant locations, SIM cards in vehicle-mounted computers that use minimal data, seasonal workforce fluctuations that create zero-use lines during production slowdowns. The invoices arrive monthly. They get paid. Nobody has time to audit them line by line.
$99/month per billing account: what manufacturers get
ClearSight TEMs AI is PiiComm’s Canadian-built agentic AI platform for telecom expense management. Upload carrier invoices from Bell, Rogers, or TELUS. Receive AI-powered telecom expense analysis within minutes.
ClearSight surfaces zero-use lines—devices that have been inactive for months but are still incurring charges. Billing anomalies—unexpected fees, rate changes, contract mismatches. Usage spikes—lines that suddenly consumed 10x their normal data, indicating potential misuse or misconfiguration. Cost optimisation opportunities—plans that do not match actual usage patterns.
The platform operates in isolated tenant environments with secure Canadian hosting. Bilingual output is built in. At $99/month per billing account, it costs less than a single device repair.
From wireless audit to full lifecycle partnership
The fleet metadata ClearSight captures—device inventory, carrier contracts, spending trends—provides the scoping intelligence PiiComm needs to build lifecycle management, MDMaaS, or DaaS proposals.
A manufacturer starts with a wireless audit. They see immediate value—anomalies surfaced, costs identified, optimisation opportunities quantified. They also see, in the data, the shape of their device fleet: how many devices, which carriers, what spending patterns.
That data becomes the foundation for a conversation about broader engagement. Not a sales pitch. A data-driven assessment of what managed mobility could look like for that specific fleet.
ClearSight is the zero-risk first step. The value it delivers—and the fleet intelligence it provides—makes the next step obvious.
But the decision to engage a managed mobility provider is not just about capability. For Canadian manufacturers, it is also about where that provider operates.
Canadian operational sovereignty: why it matters for manufacturing
When a Zebra scanner fails at a plant in Trois-Rivières at 11 p.m. on a Friday, the manufacturer needs to call a service desk that answers in French, understands the device, and can dispatch a replacement from Canadian inventory.
If their MMS provider operates from a US call centre with no Canadian staging facility, that call ends in a ticket that will not be actioned until Monday. The production line runs without verification all weekend. The shipping errors accumulate.
Canadian-staffed, Canadian-operated: every function in-country
PiiComm’s staging facilities, service desk, technicians, and data infrastructure are all Canadian. No core operational function is outsourced or offshored.
For manufacturers with operations across provinces, this means consistent service delivery without cross-border complications. A device shipped from PiiComm’s Canadian staging facility to a plant in Calgary clears no customs. A technician responding to an escalation is working in the same time zone—often the same city—as the plant experiencing the problem.
US-based MMS providers operate from US infrastructure. Their staging facilities are in the US. Their service desks are in the US. Their data infrastructure is in the US. For a Canadian manufacturer, that means cross-border shipping delays, time zone gaps, and—critically—data residency concerns.
PIPEDA, Quebec Law 25, and manufacturing compliance
PIPEDA’s breach notification requirements apply to data on mobile devices—employee information, production records, customer shipping addresses. A data breach originating from a retired scanner triggers the same notification obligations as a breach from an ERP system.
For manufacturers with plants in Quebec, Law 25 imposes additional obligations—French-language privacy communications, enhanced consent requirements for employee data. An MMS provider that cannot deliver bilingual service and French-language documentation creates a compliance gap that the manufacturer, not the provider, is liable for.
PiiComm’s Canadian operations—Canadian-hosted data infrastructure, Canadian-staffed service desk, NIST 800-88 certified data erasure with chain-of-custody documentation—align with PIPEDA, Quebec Law 25, and provincial privacy frameworks. The compliance is built into the service, not bolted on as an afterthought.
The “Buy Canadian” procurement advantage
In the post-2025 trade environment, Canadian operational sovereignty is a procurement advantage. Manufacturers responding to government contracts, broader public sector procurement under Ontario’s BPS Directive, or federal procurement through CanadaBuys face increasing scrutiny on domestic sourcing.
Choosing a Canadian MMS provider with Canadian infrastructure, Canadian staff, and Canadian data residency simplifies compliance with these requirements. It also strengthens the manufacturer’s own positioning as a Canadian supply chain partner—a consideration that matters when bidding on contracts where domestic sourcing is weighted.
PiiComm’s Canadian sovereignty is not a branding claim. It is a procurement qualification.
What a manufacturing managed mobility partnership with PiiComm looks like
A PiiComm engagement does not start with a contract. It starts with understanding—a fleet assessment or ClearSight wireless audit that gives the manufacturer and PiiComm a shared, data-driven view of the current state.
Discovery and fleet assessment
The initial assessment evaluates what devices the manufacturer currently operates, how they are managed (or not managed), where the operational gaps are, and what compliance requirements apply. For manufacturers who have never had a formal fleet assessment, this process often surfaces problems they did not know they had—devices that have been off-network for months, spare inventory that is outdated, carrier plans that no longer match usage patterns.
The assessment is not a sales exercise. It is a diagnostic. The manufacturer learns the shape of their problem. PiiComm learns what it would take to solve it.
Service design and onboarding
PiiComm designs the service model around the manufacturer’s specific requirements—device types, plant locations, shift patterns, MDM platform preferences, and compliance needs.
A single-plant operation with 200 Zebra scanners has different requirements than a multi-province manufacturer with 3,000 devices across five locations. PiiComm’s service model scales to both—same operational discipline, same Canadian infrastructure, same named team—but the service design reflects the specific fleet.
Onboarding timelines depend on fleet size and complexity, but PiiComm’s staging facility can scale from hundreds to thousands of devices simultaneously. The steel processing facility case study demonstrates deployment of RFID and rugged mobile technology with measurable results.
Ongoing operations and business reviews
Monthly reporting through the AIM portal provides visibility into every device, every repair, every cost. The manufacturer sees exactly what is happening in their fleet—not a summary, not a dashboard of vanity metrics, but operational data they can act on.
Regular business reviews surface trends, identify optimisation opportunities, and ensure the service model continues to match the manufacturer’s evolving requirements. The named Canadian team managing the fleet understands the manufacturer’s operations—not because they read a brief before a quarterly call, but because they have been managing the devices every day.
Whether you manage 200 devices across one plant or 5,000 across ten, a PiiComm mobility specialist can assess your current state and show you what a managed approach looks like.
Talk to a PiiComm mobility specialist about your manufacturing fleet
Not ready for a full engagement? Start with ClearSight. Upload your carrier invoices, see what you are actually paying, and use the data to build your business case.
Frequently asked questions
What types of rugged devices does PiiComm manage for manufacturers?
PiiComm manages Zebra scanners (MC9300, TC52 series), Honeywell handhelds (CK65), vehicle-mounted computers, RFID readers, and barcode infrastructure—the industrial-grade devices that operate on manufacturing floors. As a Zebra Technologies Premier partner, PiiComm has direct access to priority allocation and advanced technical support unavailable through standard distribution channels.
How does PiiComm’s Device as a Service model work for manufacturing?
DaaS bundles device procurement, staging, deployment, MDM administration, lifecycle management, and secure decommissioning into a predictable monthly per-device fee. At contract end, devices are replaced—the manufacturer never manages a refresh cycle or submits a capital expenditure request for hardware. The device fleet becomes an operating expense tied directly to fleet size.
Can PiiComm support manufacturing plants across multiple Canadian provinces?
PiiComm stages devices centrally at its Canadian facility and ships to locations across all provinces and territories with tracked delivery and consistent Gold Image configuration. The 24/7 bilingual service desk supports plants in Quebec with native French-language service—a procurement requirement for many multi-province manufacturers.
How does PiiComm handle device failures on a manufacturing floor?
PiiComm maintains a hot-spare pool of pre-configured replacement devices at current firmware and application versions. When a device fails, a replacement ships immediately—the manufacturer does not wait for a repair cycle. In-house certified technicians manage all repair logistics, warranty assessment, and return shipping.
What compliance requirements does PiiComm address for Canadian manufacturers?
PiiComm’s Canadian operations—Canadian-hosted data infrastructure, Canadian-staffed service desk, NIST 800-88 certified data erasure, and chain-of-custody documentation—align with PIPEDA, Quebec Law 25, and provincial privacy frameworks. Secure decommissioning documentation satisfies audit requirements for manufacturers in regulated supply chains.
What is ClearSight TEMs AI, and how does it help manufacturers control wireless costs?
ClearSight TEMs AI analyses carrier invoices from Bell, Rogers, and TELUS—surfacing zero-use lines, billing anomalies, and cost optimisation opportunities within minutes. At $99/month per billing account, it provides immediate value and the fleet metadata needed to scope a broader managed mobility engagement.
How long does it take PiiComm to onboard a manufacturing client?
Onboarding timelines depend on fleet size and complexity, but PiiComm’s staging facility can scale from hundreds to thousands of devices simultaneously. The manufacturing case study demonstrates deployment of RFID and rugged mobile technology with measurable results at a Canadian steel processing facility.
How is PiiComm different from US-based managed mobility providers?
PiiComm is Canada’s largest pure-play managed mobility services provider with every operational function—staging facilities, service desk, technicians, data infrastructure—based in Canada and staffed by Canadians. US-based MMS providers operate from US infrastructure without Canadian staging, bilingual service, or native PIPEDA and Law 25 compliance capability.
The decision is operational, not just technical
Choosing a managed mobility partner for a manufacturing operation is not a technology decision in the way that selecting an ERP system or a WMS platform is. The devices themselves—Zebra scanners, Honeywell handhelds, RFID readers—are well-understood. The technology works.
The decision is operational. Who stages those devices so they arrive production-ready? Who answers the call at 2 a.m. when a scanner fails on the shipping dock? Who maintains the spare pool so replacements are current, not configuration liabilities? Who ensures the MDM policies keep pace with security requirements? Who handles end-of-life so retired devices do not become compliance exposures?
For Canadian manufacturers, there is an additional dimension. Who operates in Canada—staging facilities, service desk, technicians, data infrastructure—with the bilingual capability, regulatory alignment, and procurement qualifications that Canadian operations require?
These are the questions that separate managed mobility from device procurement. And they are the questions that lead Canadian manufacturers to PiiComm.