By combining Zebra’s purpose-built mobility solutions with RFID, Fixed Industrial Scanning & Machine Vision (FISMV), Frontline AI, and intelligent software, manufacturers can automate manual processes, improve operational visibility, and equip frontline teams with the tools and information they need to perform at their best. 

With DecisionPoint’s expertise in solution design, integration, deployment, and support, organizations can bring these technologies together to create smarter, more connected manufacturing environments. 

Driving Plant Floor Productivity Through Intelligent Automation 

Plant floor productivity depends on having accurate information available at the right place and time. Manual processes, disconnected systems, inventory blind spots, and repetitive tasks can slow production and make it harder for teams to respond quickly when issues arise. 

Intelligent automation helps close those gaps. 

Zebra technologies can capture data automatically, improve visibility into materials and assets, automate inspection and identification tasks, and provide frontline workers with real-time information. DecisionPoint helps manufacturers determine where these capabilities can deliver the greatest value and integrate them into existing workflows and systems. 

Rather than approaching mobility, RFID, machine vision, AI, and software as separate investments, manufacturers can bring them together as part of a connected automation strategy designed to improve productivity and performance across the operation. 

RFID: Building Greater Visibility Across Manufacturing 

RFID extends traditional identification capabilities by providing real-time visibility into raw materials, work-in-process inventory, finished goods, assets, and outbound shipments. 

Unlike traditional barcode scanning, RFID can identify multiple tagged items simultaneously without requiring line-of-sight scanning. This enables manufacturers to automate processes that would otherwise require significant manual effort. 

RFID can help organizations: 

• Accelerate inventory and cycle counts 

• Improve asset and material tracking 

• Increase inventory accuracy 

• Gain greater visibility into work-in-process 

• Streamline shipping and receiving 

• Reduce time spent searching for inventory and assets 

By providing more accurate, timely information about where materials and assets are located, RFID helps teams spend less time searching and scanning and more time focused on production. 

Advancing Automation with Fixed Industrial Scanning & Machine Vision 

Fixed Industrial Scanning & Machine Vision brings automation directly to production and material movement workflows. 

Fixed industrial scanners can automatically capture barcode data as products and materials move through manufacturing environments, eliminating the need for employees to manually scan every item. 

Machine vision extends those capabilities by helping automate visual inspection and verification processes. Manufacturers can use these solutions to verify labels, inspect packaging, identify products, detect quality issues, and validate that items meet established requirements. 

Potential applications include: 

• Automated barcode reading 

• Label and packaging verification 

• Product identification 

• Quality inspection 

• Conveyor and production line automation 

• Shipment verification 

• Automated data capture 

By reducing repetitive manual tasks and identifying issues earlier in the process, FISMV can help manufacturers increase throughput, improve quality, and keep production moving efficiently. 

Bringing AI to the Frontline 

Artificial intelligence creates another opportunity to improve frontline productivity by helping employees access information and complete tasks more efficiently. 

Zebra Frontline AI brings intelligent assistance directly to compatible Zebra mobile devices. Frontline teams can quickly access standard operating procedures, find operational information, troubleshoot issues, and receive workflow guidance while remaining focused on the task at hand. 

AI and computer vision can also support workflow automation in areas such as visual verification and Picture Proof of Delivery, reducing manual review while helping improve operational accuracy. 

The goal is not simply to add AI to existing processes. It is to put actionable intelligence into the hands of frontline employees at the moment they need it, helping them make faster, more informed decisions. 

Connecting the Technologies 

The greatest opportunity comes when these technologies work together. 

RFID can provide visibility into materials and inventory. Fixed scanning and machine vision can automate identification, inspection, and verification. Frontline AI can provide workers with real-time guidance and intelligence. Purpose-built Zebra mobile devices keep employees connected throughout the operation. 

Together, these capabilities create a connected ecosystem that helps manufacturers move from isolated processes toward intelligent automation. 

Integration is critical to making that ecosystem work. 

DecisionPoint helps organizations evaluate existing workflows, identify automation opportunities, and integrate Zebra technologies with current manufacturing and supply chain systems. This allows manufacturers to introduce new capabilities while maximizing the value of their existing technology environment. 

Turn Intelligent Automation into Operational Impact 

Manufacturing automation is not about implementing technology for technology’s sake. It is about solving real operational challenges. 

DecisionPoint and Zebra help manufacturers bring together mobility, RFID, Fixed Industrial Scanning & Machine Vision, Frontline AI, and intelligent software to create connected solutions designed around the way their operations actually work. 

The result is an opportunity to improve plant floor productivity, increase visibility, strengthen quality and accuracy, reduce manual processes, and create a more agile manufacturing operation. 

Ready to explore what’s possible with intelligent automation? 

Discover how Zebra solutions can help create a smarter, more connected manufacturing environment. Connect with a DecisonPoint expert today.

RFID label strategy is the foundation of a reliable RFID deployment. Success depends on more than readers and software. The right label or hard tag must align with the application, environment, and broader system to support accurate data capture and reliable operational performance. In this article, DecisionPoint RFID Media Specialist Jeremy Maxwell shares practical guidance for making those decisions and building RFID deployments designed to perform.

Key Takeaways 

• RFID labels and hard tags must be matched to the item, surface, environment, read range, and workflow. 

• Advances in RFID media are improving readability, inventory speed, and deployment reliability, while Zebra offers a comprehensive portfolio of RFID labels and hard tags for retail, distribution, and manufacturing applications. 

• On-demand printing and encoding can strengthen inventory accuracy, traceability, and operational efficiency. 

• Successful RFID deployments require coordinated integration of hardware infrastructure, middleware, labels, and hard tags to support optimal read rates and accuracy. 

Why RFID Media Selection Matters 

RFID deployments often get judged by the reader, the software, or the dashboard. But the reliability of the entire system often starts with something much smaller: the RFID label or hard tag capturing the data in the first place. 

RFID media is not a standard barcode label with an added feature. Inside each RFID inlay is an integrated circuit, or IC, and an antenna. The IC stores the data required for the application, while the antenna sends and receives the radio-frequency signal that allows the tag to be read. Different IC memory configurations and antenna designs support different requirements, which means the media must be selected for the specific item, surface, read range, and workflow. 

That selection directly affects readability and durability. A label that performs well on corrugate may not perform the same way on metal, liquid-filled containers, curved surfaces, or materials exposed to temperature, moisture, chemicals, abrasion, or repeated handling. When the label or tag is mismatched to the environment, read accuracy can suffer before the reader, software, or broader system has a chance to perform. 

RFID Is More Practical and Capable Than Many Teams Remember 

Many organizations still evaluate RFID through the lens of earlier deployments, when the technology could feel complicated, costly, or difficult to scale. Passive RFID label costs have fallen by as much as 80% to 90% since the early 2000s, while advances in chip and inlay technology have improved read rates, accuracy, inventory speed, tag filtering, and overall deployment reliability. 

Zebra Technologies continues to advance RFID media performance through next-generation inlay technology. Its ZBR2200 inlay is designed for general-purpose item, case, and pallet labeling, giving organizations a current Zebra media option for a broad range of RFID applications. 

Those improvements do not eliminate the need for thoughtful media selection. They make it possible to align Zebra RFID labels and hard tags more precisely with application-specific data needs and physical conditions. The objective is not simply to attach a tag. It is to select media that can be encoded correctly, remain durable in the operating environment, and produce consistent reads at the points where the business depends on accurate data. 

Zebra Technologies offers a comprehensive portfolio of RFID labels and hard tags for retail, distribution, and manufacturing environments. The right format depends on what is being tagged, the surface and environmental conditions it will encounter, how it moves, where and at what range it will be read, and how long the tag must remain functional. 

Turning RFID Reads into Business Confidence 

Organizations do not invest in RFID because they want another technology layer. They invest because they need more reliable ways to track inventory, verify movement, reduce manual work, and make decisions with confidence. 

Unlike traditional barcodes, RFID tags do not require line-of-sight scanning. Teams can read groups of items, pallets, or storerooms without manually locating and scanning every individual barcode. When labels, readers, and read zones are designed for the workflow, that capability can support faster cycle counts, stronger inventory accuracy, and less reliance on labor-intensive manual processes. 

RFID also creates a stronger foundation for traceability. Each label can be serialized with a unique Electronic Product Code, or EPC, that connects an individual item to its identity and movement through the operation. That serialization can support chain-of-custody requirements, faster identification of affected products during recalls, anti-counterfeiting efforts, and compliance with customer or retail mandates. 

Printing and encoding are equally important parts of the workflow. Zebra RFID printers and labels allow operations to print and encode RFID media on demand, so the correct application data can be associated with an item when and where the label is produced. Paired with Zebra RFID readers and a properly integrated workflow, this can reduce shipping, receiving, and inventory-audit processes from labor-intensive exercises to transactions completed in minutes. 

RFID Is Not a Plug-and-Play Deployment 

One of the most common planning mistakes is treating RFID as a direct replacement for barcode scanning or as a collection of products that will work together automatically. Successful deployments require the coordinated integration of hardware infrastructure, middleware, software, printers, readers, labels, and hard tags. Each component must support the same operational objective and be validated in the actual environment. 

Materials, packaging, tag placement, reader location, interference, read zones, data requirements, and business processes can all affect performance. Testing the media and complete workflow before scaling helps teams identify these variables early and design for reliable read rates and accuracy rather than trying to correct inconsistent performance after deployment. 

What Comes Next: RFID Data Made Actionable with AI 

The next opportunity is to combine RFID’s continuous stream of item-level data with AI intelligence. Together, these capabilities can support autonomous inventory visibility, predictive demand forecasting, fraud detection, and optimized supply chain routing—turning physical operations into a more responsive source of actionable information. 

From RFID Components to Scalable Operational Performance 

Choosing the right RFID partner is critical because media selection cannot be separated from solution design. DecisionPoint Technologies brings dedicated RFID media specialists, engineers, and implementation teams together to evaluate the environment, select the appropriate Zebra RFID label or hard tag, and scale, design, and implement an integrated solution spanning infrastructure, middleware, hardware, software, and workflows. 

With successful RFID deployments across the global supply chain, DecisionPoint serves as the edge technology integration leader that turns application-specific media and connected systems into a scalable operational capability—supporting more accurate inventory, stronger traceability, and more efficient transactions. 

Ready to Build a More Reliable RFID Label Strategy? 

Connect with a DecisionPoint RFID media specialist to evaluate your application, identify the right labels or hard tags, and build an integrated RFID solution designed for reliable performance and scale. 

When these systems are connected, the right signal can reach the right person or workflow at the right time. A vehicle fault can initiate a maintenance response, a safety exception can trigger coaching, and driver and asset data can inform the routing, capacity, and service decisions made across the operation. 

Turning fleet data into action means deciding which signals matter, connecting them to the systems where work happens, and assigning ownership for the response. Without that structure, valuable intelligence can remain isolated and unactioned. 

For fleet leaders, making the ecosystem actionable means prioritizing metrics tied to business outcomes, integrating intelligence into daily operations, and establishing clear accountability for what happens next. 

Visibility Is No Longer the Competitive Advantage 

For years, improving visibility was the primary goal of fleet technology. Organizations wanted to know where vehicles were, how drivers were performing, and whether assets were being utilized effectively. 

Today, visibility is expected. The advantage comes from embedding fleet intelligence into the decisions and workflows that improve performance. 

Fleet leaders who consistently improve performance use data to answer critical business questions: Where are we losing productivity? Which issues are creating unnecessary downtime? What driver behaviors are increasing risk? Which routes or assets are underperforming? How can we control costs without sacrificing service levels? 

When data becomes part of daily decision-making, it gives teams a clearer path to improve efficiency, protect margins, reduce risk, and strengthen accountability. 

The Three Decisions High-Performing Fleets Make Better 

High-performing fleets do not try to act on every data point at once. They use fleet intelligence to make better decisions in the areas that have the greatest operational impact. 

1. Where to Improve Driver Performance and Reduce Risk 

Driver safety remains one of the most important priorities for transportation organizations. Unsafe driving behaviors, speeding events, harsh braking, and incomplete compliance practices can increase accident risk, insurance costs, and liability exposure. 

Leading fleets use driver analytics to identify patterns, coach drivers proactively, and support a culture of continuous improvement. Repeated harsh braking or speeding events can show whether risk is concentrated with a specific driver, route, terminal, or time of day. 

Those patterns help fleet leaders focus coaching where it will have the greatest impact, account for route conditions, and track whether behavior improves. DecisionPoint helps customers identify the safety metrics that matter and integrate them into regular management routines. 

A connected workflow can automatically route a safety threshold to the appropriate notification, coaching process, or manager follow-up rather than requiring continual dashboard monitoring. 

2. Where to Protect Uptime and Asset Performance 

Unexpected breakdowns create a ripple effect across the organization. Missed deliveries, service disruptions, repair costs, and vehicle downtime can quickly affect profitability and customer satisfaction. 

Fleet leaders can use vehicle diagnostics and maintenance data to move from reactive repairs to planned maintenance. Recurring fault codes, battery issues, engine alerts, inspection trends, and service history can help teams schedule repairs before small issues become roadside failures. 

A maintenance alert creates value only when it triggers a defined response, reaches the right owner, and supports more proactive planning. DecisionPoint helps customers connect those insights to operating workflows so diagnostic signals become prioritized work items rather than unassigned alerts. 

3. Where to Improve Efficiency and Capacity 

Fuel usage, idle time, route performance, and asset utilization all reveal where the fleet may be losing productivity or adding unnecessary cost. 

Fuel and idling data can show where operating costs are being lost by route, driver, location, or vehicle type. Utilization data can reveal underused vehicles, overextended assets, inefficient deployment, or opportunities to delay unnecessary purchases. 

With a clearer view of asset use, leaders can rebalance assignments, optimize routing, improve capacity planning, and make better use of existing resources before adding cost. DecisionPoint helps customers prioritize the metrics that should feed those decisions. 

Integrating telematics with routing, dispatch, and transportation management workflows puts those insights directly into the systems where scheduling and capacity decisions are made. 

From Fleet Intelligence to Coordinated Action 

Across all three decision areas, fleet intelligence creates value only when it reaches the systems, teams, and workflows responsible for acting on it. Organizations must route the right information, define the response, assign ownership, and measure whether performance improves. 

Geotab’s open platform helps organizations connect telematics data with the applications and processes that support fleet operations. Through APIs, software development tools, and its partner ecosystem, fleet intelligence can be integrated with maintenance, transportation management, routing, dispatch, safety, compliance, and workflow solutions rather than remaining isolated in another dashboard. 

Technical connectivity alone does not create operational change. As the edge technology integration leader, DecisionPoint aligns systems, data triggers, workflows, ownership, deployment, and user adoption around the outcomes the fleet needs to improve. This creates a repeatable path from fleet signal to coordinated action—and helps fleets improve safety, control costs, increase utilization, minimize downtime, and strengthen accountability. 

Ready to make fleet intelligence actionable across your operation? Talk with DecisionPoint about connecting Geotab data with the systems and workflows that support safer operations, lower costs, higher asset utilization, and better decisions. 

But some of the most expensive fleet problems do not appear as obvious line items right away. They show up first as small operational signals — a vehicle that idles longer than expected, a recurring fault code that gets ignored, a driver showing riskier behavior patterns, or an asset sitting unused while another is overextended. 

Individually, those signals may not feel urgent. Collectively, they can create hidden costs that impact safety, efficiency, uptime, utilization, and profitability. 

The opportunity for transportation leaders is not simply collecting more fleet data. It is knowing which signals point to real business risk, determining which issues deserve immediate attention, and acting before those signals become expensive operational problems. 

Many fleet organizations already have access to telematics insights but struggle to decide where to focus, who should act, and how improvement should be measured. Geotab fleet intelligence gives organizations visibility across vehicles, drivers, assets, maintenance, safety, and compliance activity. DecisionPoint brings that intelligence into the broader operational environment, connecting systems, teams, devices, and workflows so organizations can prioritize risk, establish relevant metrics, and turn fleet signals into operational improvement. 

Hidden Cost #1: Operational Waste 

The warning signal: fuel costs are rising, routes are becoming less efficient, or the fleet feels stretched without a clear view of how vehicles and assets are being used. 

Operational waste is rarely one dramatic expense. It accumulates through small, recurring inefficiencies: unnecessary mileage, inefficient routing, poor asset deployment, prolonged idling, or equipment purchases made before existing capacity is fully understood. 

Telematics insights can pinpoint fuel anomalies, inefficient routes, excess mileage, and imbalanced asset utilization, giving leaders a clearer view of where resources are being wasted. 

Geotab surfaces patterns across fuel usage, route performance, vehicle activity, and asset utilization. DecisionPoint brings those insights into the broader operational environment, helping customers prioritize the inefficiencies with the greatest potential impact, establish accountability around relevant performance metrics, and build repeatable processes for reducing waste and improving productivity. 

The outcome is better cost control, improved fleet efficiency, stronger asset productivity, and fewer unnecessary expenses. Idle time is one example: when teams can identify where it occurs, determine the operational cause, and assign a clear response, a recurring fleet signal becomes a practical opportunity to reduce waste. 

Hidden Cost #2: Preventable Disruption 

The warning signal: recurring fault codes, delayed maintenance alerts, repeated repairs, unpredictable vehicle availability, or service disruptions that seem to happen at the worst possible time. 

Preventable downtime is expensive because it affects more than the vehicle. A truck out of service can disrupt routes, delay deliveries, strain maintenance teams, affect driver productivity, and create customer service issues. 

Vehicle diagnostics and maintenance data can reveal developing issues that may require attention before they disrupt operations. Recurring fault codes, engine alerts, inspection trends, service history, and maintenance patterns can help teams understand which assets need attention and which issues should be prioritized. 

Geotab gives fleet teams visibility into vehicle health, diagnostics, maintenance alerts, and equipment trends. DecisionPoint helps customers connect those insights to maintenance and operations workflows by helping teams determine which alerts warrant immediate action, how service priorities should be established, and how telematics data can support more proactive planning and asset management. 

The outcome can be fewer preventable disruptions, better vehicle availability, more predictable service performance, and more effective use of revenue-generating equipment. 

Hidden Cost #3: Risk and Liability Exposure 

The warning signal: repeated speeding or harsh braking trends, inconsistent safety documentation, incomplete compliance records, or incident history that is only reviewed after something goes wrong. 

Risk often builds gradually. A single event may not seem serious on its own, but repeated driver behavior patterns, documentation gaps, and inconsistent processes can increase exposure to accidents, claims, regulatory issues, and liability concerns. 

Driver behavior and compliance data can help organizations identify risk before it escalates. Speeding, harsh braking, seat belt usage, inspection records, hours-of-service data, safety scorecards, and documentation trends can reveal where coaching, process changes, or manager follow-up may be needed. 

Geotab brings safety trends, driver behavior, compliance activity, inspection data, and reporting needs into view. DecisionPoint integrates those insights with the operational workflows teams use to prioritize safety indicators, structure coaching and review processes, and reinforce accountability and continuous improvement. 

The outcome is better prevention, stronger compliance readiness, safer operations, and a more accountable fleet culture. By acting on recurring safety signals, fleet organizations can strengthen driver coaching, improve safety performance, and support more consistent risk management. 

The Common Thread: Hidden Costs Leave Clues 

The hidden costs in fleet operations are rarely invisible. They are usually visible in the data before they become visible in the budget. 

Waste appears in fuel consumption, route efficiency, and asset utilization. Disruption appears in diagnostic and service trends. Risk appears in driver behavior and compliance gaps. 

The challenge is building a consistent response around those indicators—routing the right information to the right teams and embedding follow-through into daily operations. 

Connected Systems Turn Clues Into Action  

Fleet signals become harder to act on when vehicle data, maintenance records, dispatch activity, safety processes, and compliance information live in separate systems. Teams may see the issue in one platform but still rely on emails, spreadsheets, or manual handoffs to determine what should happen next.  

An open telematics platform can provide a flexible foundation for connecting fleet data with compatible applications and operational workflows. Maintenance alerts can inform service planning, driver and route information can support dispatch decisions, safety events can feed coaching and review processes, and asset data can add context for utilization and capacity planning. Available connections and workflows depend on the systems, data sources, and integrations in each environment. 

DecisionPoint helps organizations design that connected environment around the way the business actually operates. That includes identifying system dependencies, aligning data with operational workflows, coordinating the technology components, and helping users adopt the processes required to turn connected information into consistent operational action. 

Turning Fleet Signals Into Operational Action 

The hidden costs sitting in fleet data are often the costs organizations are already positioned to address. The challenge is recognizing where waste, disruption, and risk are building—and responding before a manageable issue becomes an expensive one. 

With Geotab fleet intelligence embedded across the people, devices, business systems, and workflows that shape daily operations, those early signals can move beyond isolated dashboards and into coordinated action. DecisionPoint brings the edge technology integration expertise to design that connected environment around how the customer’s business actually operates, strengthening adoption, accountability, and follow-through. 

The result is a practical path to reducing waste, supporting uptime, managing risk, and making stronger operational decisions. Because visibility alone does not reduce cost. Action does. 

Ready to find where fleet data is signaling avoidable cost, disruption, or risk? Talk with DecisionPoint about connecting Geotab intelligence with the systems, devices, and workflows your teams use to reduce waste, support uptime, and strengthen safety. 

When RFID labels and media are treated as an afterthought, the impact shows up in ways operations teams feel directly: missed reads, damaged or failed labels, inconsistent records, rework, and lower confidence in the RFID-supported process. 

The issue is not whether manufacturers have data. It is whether the printed and encoded media can perform in the real environment long enough to keep that data accurate before a shortage, delay, shipment error, or misplaced asset creates cost. 

Where Label Issues Create Operational Drag 

Manual barcode scans, paper-based records, and periodic cycle counts can support many operations, but RFID labels are often introduced because manufacturers need a cleaner way to identify items as they move. That only works if the label remains readable, durable, and properly associated with the item throughout the process. 

A label that fails in the environment can create the same operational friction RFID was meant to reduce. Teams may still have to verify counts manually, investigate exceptions, replace labels, reconcile records, or search for assets the system should already be tracking. 

As manufacturing environments become more complex, the RFID media strategy has to account for the physical realities of the operation: surface material, placement, temperature, chemical exposure, abrasion, washdowns, handling, and expected lifecycle. 

Reliable Labels Turn Movement into Usable Data 

RFID enables tagged items to be identified without requiring a direct line-of-sight scan, but dependable capture starts before the read. Zebra’s RFID print and media capabilities help manufacturers pair the right label material, inlay, adhesive, and encoding approach with the conditions of the application so each tagged item can carry usable data through the operation. 

That is where label performance strengthens the workflow. A properly selected and encoded RFID label reduces the need for employee-driven documentation because movement, consumption, location, and shipment events can be captured with less manual intervention. The benefit is not just faster scanning. It is a more dependable physical-to-digital link between what moves and what the system records. 

Four Manufacturing Workflows Where Labels Can Strengthen Control 

1. More reliable inventory records 

Durable, readable RFID labels can make cycle counting faster and reduce dependence on item-by-item scanning. More frequent, dependable reads help teams catch shortages, excess stock, and misplaced materials before those issues turn into production delays or emergency replenishment. 

2. Clearer work-in-process movement 

For work in process, the label has to stay with the material or assembly as it moves through production. When the media and placement are suited to the item and environment, teams can confirm the right components are in the right place for the right order before a missing part slows the next production step. 

3. Faster asset location and use 

Tools, containers, and production assets can become unavailable simply because teams cannot locate them quickly. The right RFID label or tag construction helps those assets remain identifiable through daily use, improving location accuracy, asset availability, and confidence that critical items are where the operation needs them to be. 

4. Cleaner shipping and receiving checks 

Shipping and receiving depend on labels that can survive handling and still read reliably at checkpoints. When RFID media is matched to the item, packaging, and movement path, teams can improve shipment accuracy, strengthen traceability, and reduce the manual effort required to reconcile discrepancies. 

Why Media Strategy Belongs in Workflow Planning 

RFID success depends on more than choosing a reader or deciding where to place a portal. The label has to be engineered for the application. If the material, adhesive, inlay, and encoding approach do not match the item, surface, environment, and expected lifecycle, the read strategy is already compromised. 

This is where Zebra print and media decisions become workflow decisions. Surface texture, temperature exposure, abrasion, chemicals, washing, static-sensitive materials, placement, and lifecycle can all affect whether an RFID label stays adhered and readable. If the media is not matched to the use case, the broader system may still generate gaps, exceptions, and rework. 

That is why the label and media strategy should be part of the business case from the start. Manufacturers should define the operational outcome, identify the item and environment requirements, determine how the label will be printed and encoded, and then align readers, infrastructure, software integration, and change management around that result. 

Start Where Label Performance Can Prove Value 

RFID does not need to begin as a facility-wide transformation. The strongest starting point is often a specific process where label failure, inconsistent reads, inventory inaccuracies, misplaced assets, or shipment errors are creating measurable operational cost. 

That could mean improving cycle counts in a high-value inventory area, tracking work in process through production, labeling returnable transport items, or verifying outbound shipments before they leave the facility. Starting with a defined label and media requirement gives manufacturers a clearer way to establish performance expectations, measure improvement, and determine where RFID can deliver meaningful value. 

With that starting point in place, the next decision is not whether RFID could work in theory. It is whether the selected media can perform consistently in the operation, support user adoption, and provide a repeatable model for the next priority area. 

That is where RFID labels move beyond supplies and become part of the operational system manufacturers rely on to control materials, assets, and fulfillment accuracy. 

Ready to make RFID labels part of operational control? Talk with a DecisionPoint expert about selecting the right Zebra RFID media, defining the right use case, and integrating edge capture data into the systems your operation depends on. 

When your drivers are stepping out of the cab onto gravel, scanning barcodes in the rain, or documenting deliveries with high-res photos, consumer smartphones simply don’t cut it. Rugged mobile devices for building supply delivery need to be more than smart: they need to be built for the jobsite, deployed correctly, and supported for the long haul.

That’s where DecisionPoint Technologies (DPT) comes in. As your edge technology integrator, we bring together Zebra’s rugged mobile devices and Descartes’ advanced fleet performance management platform into one field-ready solution then stand behind it for the life of the deployment. The result is a purpose-built building materials delivery technology system that combines route optimization, real-time tracking, and digital proof of delivery (POD) with hardware engineered to perform in dust, rain, and rough terrain. Zebra and Descartes provide the technology; DecisionPoint makes it work in the field, keeps it running, and turns it into delivered outcomes.

Why Do Consumer Devices Fall Short in the Field?

Consumer-grade smartphones fail in building supply delivery because they aren’t built for high-impact, all-weather work environments. Many building supply companies still rely on them, or on paper-based workflows. A cracked screen or a waterlogged device doesn’t just frustrate drivers; it disrupts route execution, delays billing, and opens the door to customer disputes.

In this industry, downtime costs more than just time. A missed delivery window or lost photo signature can mean a return trip, extra fuel, and reduced customer confidence. The job demands more, and it demands a partner who can keep the technology behind every route dependable, day after day.

Rugged Devices, Smart Software, One Integrated Solution

Zebra’s rugged mobile devices, like the TC5X series and ET60 rugged tablet, are engineered for real-world durability. Drop them on concrete, use them in a downpour, or mount them in a dusty cab, they’re built to keep going. Descartes’ mobile fleet applications turn those devices into a delivery command center. But hardware and software only deliver results when they’re configured, connected, and supported as one solution, and that’s what DecisionPoint delivers.

We stage and configure every device before it reaches your site: software installation, Wi-Fi setup, security settings, application deployment, mobile device management enrollment, and asset tagging, so drivers can start scanning on day one instead of waiting on IT. Running the Descartes platform on Zebra devices we’ve prepared, delivery teams can:

• Follow optimized routes for heavy and oversized loads
• Complete driver vehicle inspection reports (DVIR) and pre- and post-jobsite inspections
• Capture barcode scans, photos, and signatures for electronic proof of delivery (POD)
• Track arrival times and exceptions in real time
• Upload delivery data instantly for faster invoicing

Together, Zebra, Descartes, and DecisionPoint connect dispatchers, drivers, and customers digitally and reliably, with one accountable partner tying it all together.

Speed + Accuracy = Customer Confidence

In an industry where accuracy equals accountability, every delivery interaction matters. Zebra’s high-performance scanners and cameras allow drivers to capture clear, time-stamped digital proof of delivery — even when conditions are less than ideal. The Descartes platform supports this with exception-based workflows, so drivers can flag issues immediately, before they spiral into service calls or lost revenue.

DecisionPoint ensures those capabilities actually reach the field. From device selection and configuration to MDM management and ongoing support, we make sure the scanners fire, the cameras capture, and the data syncs back to your ERP and back-office systems, which reduces customer disputes, protects your drivers, and streamlines invoicing.

Fleet Reliability Starts with the Right Tools and the Right Partner

For operations teams, downtime is the enemy of efficiency. Every failed scan or broken device ripples through dispatch, billing, and customer support. That’s why Zebra’s rugged devices are also reliable. And it’s why DecisionPoint wraps them in the fleet management services that keep them dependable: proactive support, staging, advance exchange, and lifecycle planning that minimize device-related disruptions, so Descartes technology delivers consistent performance across even the most complex delivery environments.

Whether you’re running heavy loads, servicing construction sites, or navigating residential developments, this integrated solution helps you do it better. Real-time tracking, optimized route planning, and digital proof of delivery all contribute to stronger on-time performance, better resource utilization, compliance, and fewer disputes.

The DecisionPoint Difference: One Partner Behind Every Delivery

Rugged devices and smart routing software only deliver results if they’re deployed correctly, supported continuously, and kept running in the field.  DecisionPoint doesn’t just supply the pieces; we design, deploy, support, and scale the entire solution, so your team never has to juggle multiple vendors when a device goes down, or a new site comes online.

How We Help Support Your Fleet

• One accountable partner: A single point of contact across hardware, software, and services — no finger-pointing between the device maker, the software vendor, and the repair depot.
• Devices ready out of the box: Staging, kitting, configuration, and MDM enrollment from our East and West Coast facilities, so rollouts and refreshes go live on schedule.
• Maximum uptime, minimal downtime: Spare pool management and Advanced Exchange (“spare in the air”) keep a replacement moving before a broken device can stall a route.
• Support that acts like your team: A dedicated hardware help desk, break/fix repair, and nationwide field services keep drivers productive while we handle the technology behind them.
• Full visibility and lifecycle management: With our asset visibility platform, you can see every device — status, location, and health — in one place, from procurement through repair, replacement, and end of life.

The result: Zebra devices and Descartes technology that keep delivering, supported by DecisionPoint so your fleet, your drivers, and your customers never miss a beat.

Built for What Comes Next

Jobsite deliveries aren’t getting easier. Customer expectations are rising, delivery windows are tightening, and margins are under pressure. DecisionPoint helps fleets stay ahead of potential issues — pairing Zebra and Descartes with the integration and lifecycle support that keeps it as tough and responsive as the teams using it.

Whether you’re delivering lumber, drywall, roofing, or ready-mix concrete, one thing is clear: rugged mobile devices for building supply delivery need to work as hard as your drivers. With Zebra, Descartes, and DecisionPoint bringing it all together, they do.

Explore how DecisionPoint brings Zebra + Descartes together to optimize your building supply fleet — from the warehouse to the jobsite.  Chat with our experts today!

Brady helps teams capture accurate data where work is happening through mobility, scanning, printing, voice, software, and connected worker technologies. DecisionPoint Technologies turns those capabilities into a practical operational solution by assessing workflows, integrating with existing systems, deploying the right technology mix, and supporting adoption across the frontline.

Where Visibility Gaps Break Down Across the Logistics Journey

Logistics operations rarely lose time, accuracy, or service performance because of one isolated technology issue. The bigger challenge is continuity. Freight may keep moving, but the data around it does not always move with the same speed or accuracy, creating visibility gaps that limit real-time decision-making.

A shipment may be scanned at receiving but not reflected in the next system. An exception may be documented after the fact. A delivery update may sit outside the primary workflow. Each issue may seem minor in isolation, but together they create delays, rework, inventory uncertainty, and service risk.

This is why T&L technology decisions should start with workflow pain points, not the hardware catalog. The real opportunity is identifying where work slows down, where information gets lost, and where frontline teams have built workarounds just to keep moving.

Frontline Friction Is Where Productivity Breaks Down

Productivity breakdowns often begin with small interruptions that never show up as strategic problems. Extra scans, unnecessary walking, device set-downs, delayed label printing, and duplicate entries may look like minor inefficiencies, but they compound quickly across a shift, site, or network.

A picker may scan an item, set the handheld down, lift the product, pick the handheld back up, and repeat that sequence a few thousand times a shift. Another worker may walk 20 yards to a fixed label printer and back, several hundred times a day. These workarounds rarely get escalated because frontline teams often assume friction is just part of the job.

Brady technologies help remove those unnecessary interruptions. A wearable ring scanner paired with a wrist-mounted computer removes repeated set-down entirely.  A belt-worn mobile printer can put labeling at the point of application. The productivity gain comes from removing small interruptions before they compound across a shift, site, or network.

These are the moments Brady’s transportation and logistics portfolio is built to support: helping frontline teams scan, print, confirm, and update work without adding unnecessary steps.

Labor constraints make workflow design even more important. When teams rely on temporary labor, new drivers, or rotating frontline staff, technology has to be intuitive, task-appropriate, and ready to use from day one.

When Technology Fit Breaks the Workflow

The wrong technology creates friction precisely where teams need speed and consistency. Pickers lose time with devices that interrupt movement. Yard workers struggle with tools that are not built for the environment. Drivers capture proof of delivery outside the systems that need the update. Store teams wait on receiving data that should already be available.

Modernization should start with the job to be done, not the device category. Brady enables data capture at the edge; DecisionPoint helps determine where that capability belongs, how it should be configured, and how it needs to connect into the broader operation.

The risk is not only choosing the wrong device. It is deploying technology that creates another layer of work instead of removing manual steps, delays, and rework.

Two deployment factors often determine whether the technology performs as expected: network readiness and configuration.

First, the network. A yard with no Wi-Fi coverage may need cellular-capable devices, network adjustments, or a different deployment plan. A site survey helps establish those requirements before technology is specified.

Second, the image. A device shipped without the right OS build, applications, security profile, accessories, and user setup may not be ready for frontline use. The goal is for technology to arrive as a usable workflow tool, not another implementation burden.

What Real-Time Visibility Means for Logistics Visibility Solutions

For logistics visibility solutions, real-time visibility is not just a dashboard. It means the business can see where goods are, what condition they are in, who handled them last, and what needs to happen next without reconstructing the answer after a delay, exception, or customer issue.

That visibility depends on accurate data capture at the edge, including:

• A scan at receiving
• A label printed at the point of work
• A mobile update from the yard
• Proof-of-delivery capture in the field
• Store receiving confirmation

When those moments are missed or disconnected, teams lose the ability to respond while there is still time to act. The impact shows up as delayed shipments, missed SLAs, inaccurate inventory, manual rework, slower issue resolution, and weaker customer communication.

Reliable edge data gives teams a cleaner operational signal. It helps leaders understand what happened, what is happening now, and what needs attention next without relying on delayed updates or manual reconstruction.

How Brady and DecisionPoint Turn Logistics Visibility into Operational Control

Brady’s transportation and logistics portfolio helps address the frontline conditions that make real-time execution difficult, from mobile data capture and printing to voice-directed work and connected worker solutions. But technology creates value only when it fits the operation around it. That is where DecisionPoint Technologies creates the edge.

As an edge technology integration leader, DecisionPoint helps logistics teams diagnose visibility gaps, select the right Brady technology mix, connect edge data to core systems, prepare devices for frontline use, and support adoption after go-live. The result is not simply better tools in the field. It is a more connected operation where people, devices, data, and systems are aligned around the work that must happen next.

Before investing in new logistics visibility solutions, teams should understand where visibility breaks down, which manual steps create delays or rework, and what systems need to stay connected across each handoff. DecisionPoint helps turn those answers into a practical deployment strategy that improves frontline execution and optimizes operations from the warehouse to the final handoff.

See How Logistics Leaders Turn Visibility into Action

Explore how transportation and logistics organizations are building more connected operations from receiving through final delivery. If you’re evaluating ways to improve visibility, productivity, and execution across your logistics workflows, download the Transportation & Logistics Solutions & Buyers Guide or talk with our experts about the challenges and opportunities within your operation.

Brady’s Transportation and Logistics Solutions and Buyer’s Guide helps teams evaluate where mobility, automation, software, and services can strengthen operations. DecisionPoint helps turn those options into a practical edge technology strategy built around your workflows, systems, and frontline teams. 

The Pressure on Modern Logistics Operations

Logistics leaders are under pressure to improve throughput, accuracy, and visibility without adding unnecessary complexity. Labor availability, cost constraints, and automation priorities are shaping where teams invest next. 

Common challenges include: 

• Manual processes that slow fulfillment, delivery, and proof of service 

• Limited visibility into shipments, assets, and work status 

• Productivity gaps across frontline teams 

• Inconsistent processes between DC, transportation, delivery, and store receiving workflows 

• Pressure to improve accuracy without adding complexity 

These issues rarely come from one broken process. They build across handoffs, systems, and teams, making it harder to identify where technology can create measurable operational improvement. 

Use the Transportation and Logistics Guide to Evaluate Your Next Technology Move 

Brady’s guide helps teams identify the operational questions that should shape their next technology investment, including where work slows down, where systems need to connect, and how new tools will fit frontline processes.

Use it to identify where connected worker technology, automation, mobility, software, and services can support stronger performance from distribution center operations to store floor execution. 

• How connected worker technology can support key handoffs across the logistics journey 

• Where mobility, automation, software, and services may fit into existing operations 

• What to consider before investing in new technology 

• How to align technology decisions with productivity, accuracy, and execution goals 

Technology only creates value when it fits the workflow, connects to existing systems, and supports the people responsible for keeping goods moving. For many transportation and logistics teams, the challenge is not whether technology can help. It is knowing where to start. A device refresh, automation project, or software investment can miss the mark if it is not tied to the operational bottlenecks slowing work today. That is why evaluating logistics operations through the lens of workflow, visibility, and frontline adoption matters. The right strategy should help teams reduce manual steps, improve execution across handoffs, and create a more connected path from distribution center operations through delivery and store receiving.

From Technology Evaluation to Logistics Execution 

As an edge technology integration leader, DecisionPoint helps transportation and logistics organizations turn technology decisions into practical workflow improvements. By assessing frontline workflows, system dependencies, device environments, deployment requirements, and adoption needs, DecisionPoint can recommend a technology path that fits the way work actually gets done. That implementation discipline helps connect Brady technology options to measurable improvement from the distribution center to transportation, delivery, and store receiving. 

Explore the Brady Transportation and Logistics Solutions and Buyer’s Guide 

If your team is evaluating how to modernize transportation and logistics workflows, this guide can help you frame the right next steps and identify where technology can deliver the most operational impact.

Download the guide to explore technology options that can help your team improve accuracy, reduce workflow friction, and keep goods moving from the distribution center to the store floor.

Mobile Device Management (MDM) remains essential for securing hardware and enforcing policies but shared-device operations now require a broader approach to identity, access, and accountability. Frontline Identity and Access Management (FIAM) closes that gap by bringing together device trust, verified user identity, and least-privilege access so organizations can manage not only the device, but also the user and the access behind each action. 

For IT, mobility, and operations leaders, the challenge is no longer just whether devices are enrolled and managed; it is whether access, user activity, and accountability can be trusted across every frontline workflow. 

FIAM strengthens shared-device operations by giving leaders visibility into user activity, controlling access based on verified identity, and creating accountability for the actions taken on each device. 

Where Accountability Breaks Down for Shared Devices

Across distribution centers, transportation hubs, cross-dock facilities, fleet operations, yard environments, and last-mile delivery networks, shared device accountability often breaks down at the point where responsibility changes hands. A mobile computer may be used by a dock worker during receiving, a dispatcher managing routes, and a yard operator coordinating trailer moves, with multiple users relying on the same device throughout the day. 

Without user-level visibility, a routine shift handoff can become a traceability, compliance, or security issue. FIAM helps make those handoffs more accountable by verifying the user, confirming the device can be trusted, and limiting access to the applications required for the task. 

This is what 42Gears refers to as identity blindness: the inability to confidently connect device activity to a specific user. 

Credential sharing is another common breakdown point. Shared logins may keep work moving in the moment, but they weaken user attribution, reduce audit visibility, increase insider risk, and make compliance harder to defend. By connecting access to verified users and applying least-privilege controls, FIAM helps reduce reliance on shared credentials while creating a clearer record of activity. 

The issue is not limited to security. It also affects operational confidence. When teams receive freight, coordinate dispatch operations, process shipment exceptions, complete proof-of-delivery workflows, manage fleet activity, or oversee yard operations, they need accurate access to business-critical applications and a reliable record of who performed specific actions. 

If organizations cannot connect activity to individual users, investigating delivery disputes, shipment exceptions, chain-of-custody gaps, route deviations, detention events, inventory discrepancies, or compliance concerns becomes significantly harder. With FIAM, user visibility becomes part of the access workflow instead of a question teams have to answer after something goes wrong. 

How DecisionPoint Operationalizes Frontline Identity and Access Management 

For many organizations, the challenge is not recognizing the risk; it is translating frontline identity and access management into frontline execution. The right FIAM strategy starts by identifying where accountability gaps appear, which users need access to specific applications, how role- and workflow-based access should be managed, and how stronger controls can be introduced without slowing operations. 

This is where DecisionPoint moves FIAM from platform capability to operational execution. As an edge technology integration leader, DecisionPoint helps transportation and logistics organizations assess how shared devices are used across warehouses, transportation fleets, cross-dock facilities, yard operations, and last-mile delivery environments. DecisionPoint maps identity and access policies to dispatch, yard management, route execution, warehouse, and delivery workflows, then aligns device trust, security controls, and productivity requirements into a deployment model built for the frontline. Instead of asking operations to work around technology, DecisionPoint helps make the technology fit the way frontline work actually happens. 

As shared-device environments become more central to frontline operations, accountability can no longer stop at the device level. With the right FIAM strategy in place, transportation and logistics organizations can reduce risk, improve audit readiness, strengthen accountability, and keep frontline work moving. 

Ready to Close the Accountability Gap for Shared Devices?

Download the guide to explore how DecisionPoint and 42Gears help transportation and logistics organizations connect trusted devices, verified users, and role-based access across frontline workflows. 

Teams are using more applications, capturing more information, and relying on mobile technology to make faster decisions in warehouses, distribution centers, retail stores, manufacturing facilities, healthcare environments, and transportation operations.

For many organizations, Zebra mobile computers have been a trusted foundation for frontline productivity. They have helped teams improve accuracy, streamline workflows, and bring greater visibility to daily operations.

But as business requirements continue to evolve, many leaders are asking a new question:

Are our current devices ready to support where our operation is going next?

As organizations explore AI-enabled workflows, RFID initiatives, richer data capture, automation, and real-time operational visibility, now is the right time to evaluate whether your mobility environment is prepared for the future.

1. Your Teams Are Using More Applications Than Ever Before

Many mobile computing deployments started with a defined set of workflows: scan inventory, confirm a task, complete receiving, support order fulfillment, track assets, or capture proof of delivery.

Those workflows still matter. But today, frontline workers often rely on a broader ecosystem of business applications, communication tools, operational dashboards, inventory platforms, and task management systems.

What started as a tool for specific tasks has become a critical hub for frontline productivity.

That shift changes how organizations should think about mobility. The device in the worker’s hand needs to help employees move efficiently across applications, stay connected to business systems, and complete work without unnecessary friction.

Zebra purpose-built mobile computers are designed for these realities. They support the performance, durability, usability, and reliability frontline teams depend on as application requirements continue to expand.

2. Data Capture Has Become More Valuable

For years, mobile computing was often associated with scanning.

Scan a barcode. Confirm the task. Move to the next activity.

That remains essential, but the value of data capture has expanded. Frontline teams are now capturing images, documenting exceptions, validating processes, recording operational issues, and collecting information that provides better context into what is happening across the business.

The goal is no longer just to complete a transaction. The goal is to create better visibility.

Zebra mobile computers help organizations capture data accurately and efficiently in real-world frontline environments. Whether teams are scanning barcodes, supporting image-based workflows, tracking assets, or preparing for more advanced data-driven initiatives, the right device strategy can help turn everyday activity into usable operational insight.

If frontline work now depends on capturing more than basic transaction data, it may be time to assess whether your current mobility environment is ready to support that shift.

3. You’re Exploring AI, Automation, or Advanced Analytics

AI, automation, and advanced analytics depend on timely, accurate operational data.

That puts frontline mobility at the center of the conversation.

The device in the worker’s hand is often where operational data is captured, accessed, and acted upon. If organizations want to support future initiatives around guided workflows, intelligent task support, automation, or analytics, they need a mobile computing foundation that can keep pace.

Zebra purpose-built devices are designed for the environments where this work happens. They help bridge the gap between physical operations and digital intelligence, giving organizations a stronger foundation for future technology initiatives.

This does not mean every organization needs to implement AI immediately. It means organizations should understand whether their current mobility environment is ready to support those opportunities when the business is ready to move forward.

4. Visibility Is Becoming a Strategic Priority

Organizations are looking for better visibility across inventory, assets, workflows, and operational performance.

This is one reason RFID continues to gain momentum.

RFID can help improve inventory accuracy, reduce manual effort, and create a more real-time view of products, assets, and materials as they move through the business. For many companies, visibility is no longer a nice-to-have improvement. It is becoming a strategic requirement.

Zebra helps organizations improve visibility through mobile computing, scanning, RFID, and data capture technologies. That matters because visibility is not created by one technology alone. It comes from the way devices, workflows, data, and systems work together.

If your business is moving toward stronger inventory visibility, asset tracking, RFID programs, or more connected workflows, a purpose-built Zebra device strategy can help support those initiatives more effectively.

Is your current mobile environment ready to support the level of visibility your business will need next?

5. You’re Planning Technology Investments for the Next Three to Five Years

Most organizations do not invest in mobile computing for a single year. They invest in platforms expected to support users, workflows, applications, and business initiatives for years.

As organizations plan ahead, they should consider how their mobile computing environment will support:

• Expanding application requirements
• Richer data capture workflows
• RFID and visibility initiatives
• AI-enabled operational opportunities
• Evolving connectivity needs
• Worker productivity and usability
• Long-term device lifecycle planning

This is where the conversation shifts from simply maintaining a fleet to evaluating its future readiness.

Zebra’s latest purpose-built mobile computers, including the TC501 and TC701, are designed for the direction frontline work is heading. They provide a mobility foundation built for today’s demanding operational environments while helping organizations prepare for more connected, intelligent, and data-driven workflows.

For customers, the opportunity is not just to replace a device. It is to move toward a platform that can better support speed, efficiency, visibility, and future innovation across the frontline.

The Best Time to Evaluate Is Before the Environment Holds You Back

A mobility assessment does not need to happen only when a device reaches end of life.

In many cases, the most valuable assessments happen earlier, when organizations are beginning to expand applications, explore RFID, evaluate automation, or consider how AI may affect frontline operations.

By evaluating the current environment now, organizations can better understand:

• Where existing devices continue to support the business well
• Where future requirements may create gaps
• Which workflows could benefit from newer Zebra mobility capabilities
• How to plan a refresh strategy aligned with operational goals
• How to reduce disruption while preparing for future initiatives

This keeps the conversation practical. It does not assume every organization is ready to refresh immediately. It helps customers understand where they stand and what steps may make sense next.

A Purpose-Built Future for Frontline Work

Frontline operations are becoming more connected, more data-driven, and more dependent on reliable technology. The mobile devices that support those teams are no longer just tools for scanning or task completion. They are part of the operational foundation that helps businesses move faster, work smarter, and prepare for what comes next.

That is why purpose-built Zebra mobile computers are an important consideration for organizations planning the future of frontline work.

DecisionPoint Technologies works closely with Zebra to help organizations evaluate their current mobility environment, understand future requirements, and identify the right path forward. Together, DPT and Zebra help customers connect frontline challenges to technology decisions that can improve productivity today while preparing the business for tomorrow.

Not Sure Where Your Environment Stands?

As frontline operations evolve, many organizations are evaluating whether their current mobility environment is ready to support future business goals. Whether you are exploring RFID, AI-enabled workflows, expanded applications, visibility initiatives, or a future device refresh, understanding your current state is the first step.

DecisionPoint Technologies can help you assess your existing mobile computing deployment and identify how Zebra’s purpose-built devices can support your next phase of frontline operations.

Schedule a Mobility Assessment and discover how Zebra’s purpose-built mobile computing solutions, combined with DecisionPoint’s expertise, can help prepare your organization for what’s next.