A Next-Generation Rugged Tablet From Honeywell / Brady

The RT710 is a new 10.1-inch ultra-rugged Android vehicle-mountable tablet designed from the ground up to live on a forklift, and it is one of the first major mobile computers to launch under the Brady name. Brady Corporation completed its acquisition of Honeywell’s Productivity Solutions and Services business in August 2026, and the RT710 arrives with a Brady datasheet and Brady-branded scan engines and software tools.

The platform underneath is familiar. The RT710 is built on Mobility Edge, the same hardware and software foundation behind the mobile computers our customers have deployed for years. What has changed is the form factor and the radio set: Brady describes the RT710 as a first-of-its-kind rugged, ultra-connected tablet purpose built for vehicle mounting.

Here is what you need to know, what is different, and where we think it fits best.

Brady RT710 at a glance

Feature	Brady RT710
Display	10.1 in WUXGA (1920 x 1200), 1,000 nits, Gorilla Glass Victus 2, moisture-tolerant touchscreen
Processor	Qualcomm QCx6690, 2.9 GHz
Memory and storage	8 GB / 128 GB or 16 GB / 256 GB
Operating system	Android 16, with version support guaranteed through Android 20 (subject to feasibility)
Wireless	5G, private LTE/5G and CBRS, Wi-Fi 6E and Wi-Fi 7, Bluetooth 6.0, NFC
Battery	10,000 mAh standard, 20,000 mAh extended, 10,000 mAh cold storage; hot swappable
Scanning	Optional integrated S0703 1D/2D imager or S0803 FlexRange imager
Cameras	50 MP rear, 8 MP front
Ports and buttons	1 USB Type-C, 2 USB Type-A; two scan buttons, action/push-to-talk button
Durability	IP66 and IP68; multiple 8 ft (2.4 m) drops to concrete at ambient temperature
Operating temperature	-4°F to 131°F standard; -22°F to 122°F cold storage option
Size and weight	10.24 x 7.17 x 0.93 in; 1,070 g (about 2.4 lb) with standard battery
Warranty	3-year factory warranty

Choose from Several Keyboard Options

What is new and different About the Brady RT710

It is a tablet designed to be a vehicle-mount computer. Most rugged tablets are handhelds that can be adapted to a vehicle with a third-party mount. The RT710 starts from the opposite direction: built for vehicle deployment first, with an accessory ecosystem of docks, printers and scanners around it, and still light enough to undock and carry.

The connectivity is a generation ahead. Wi-Fi 7 with multi-link operation, 5G with dual SIM (one eSIM, one nano SIM), and support for private cellular and CBRS networks all come in one device. It is also AT&T FirstNet compliant for first responder networks. For large facilities, yards and outdoor operations where Wi-Fi coverage runs out, that is a meaningful change.

RFID is part of the story. Brady lists integrated RAIN RFID capability alongside the optional barcode imagers, which opens the door to pallet and asset reads from the vehicle without a separate reader.

The lifecycle is unusually long. Mobility Edge brings lifecycle, security and support extending beyond 2036, and Android version support from 16 through 20. For IT teams tired of refreshing vehicle-mount hardware because the operating system aged out, this is the headline.

Power is built for multiple shifts. The standard 10,000 mAh battery is aimed at a full shift, the 20,000 mAh option at extended and multi-shift use, and hot swap means the tablet keeps running while the battery is changed.

The display and build are made for abuse. A 1,000-nit screen stays readable in bright dock doors and outdoor yards. Gorilla Glass Victus 2, IP66/IP68 sealing and 8-foot drop ratings cover the rest.

It works with Brady’s software ecosystem. Operational Intelligence for device and fleet visibility and Smart Talk for voice and messaging run on the RT710, along with integrated push-to-talk.

Brady RT710 Use Case: The vehicle-mounted computer, rethought

Forklifts, reach trucks, yard tractors and delivery vehicles are where the RT710 is meant to spend most of its life. Brady’s own framing is direct: traditional vehicle-mounted computers and consumer-grade devices fall short where constant motion, extreme conditions and continuous uptime are the norm.

Several design choices make it a strong fit on a lift truck:

• A full 10.1-inch screen for WMS work. There is room for pick lists, putaway tasks and slotting screens without constant scrolling, and 1,000 nits keeps it readable when the truck moves from a dark aisle to a sunlit dock.
• Mount it, then take it with you. At about 2.4 lb, the tablet can leave the dock for a cycle count, a damage photo with the 50 MP camera, or a signature at the trailer, then go back on the truck.
• Connectivity that follows the vehicle. Wi-Fi 7 with fast-roaming support covers the building; 5G and private cellular cover the yard and the road.
• Peripherals without adapters. Two USB Type-A ports and one USB Type-C, plus Bluetooth 6.0, connect tethered or cordless scanners, mobile printers and headsets.
• Scanning on board. An optional integrated imager, including a FlexRange engine for near and far reads, means operators can scan a rack label without reaching for a second device.
• No downtime for power. Hot-swap batteries keep trucks moving across shift changes.

If you are running aging Windows-based or early Android vehicle-mount terminals, the RT710 is a credible replacement path that puts your vehicle fleet on the same Mobility Edge platform as your handhelds.

Brady RT710 Use Case: Cold storage and freezer warehouses

Cold chain operations are hard on mobile computers. Batteries fade, touchscreens fog and misread, and plastics turn brittle. The RT710 is offered in a dedicated cold storage configuration to address this.

• Rated to -22°F (-30°C). The cold storage option operates from -22°F to 122°F, compared with -4°F to 131°F for the standard model. That covers most freezer environments.
• A battery built for the cold. The cold storage model uses its own 10,000 mAh cold storage battery.
• Drop tested in the cold. The tablet is rated for multiple 5 ft (1.5 m) drops to concrete at cold operating temperature per MIL-STD-810H.
• Built for the freezer door. Thermal shock tolerance from -22°F to 158°F matters for trucks that cross between freezer, cooler and ambient dock all shift long.
• A touchscreen that tolerates moisture. Condensation and frost are a fact of life when equipment moves between zones; the moisture-tolerant display is designed to keep working through it.
• Sealed against washdown and dust. IP66 and IP68 ratings suit food and beverage facilities.

For cold storage operators, the practical benefit is one device type across freezer, cooler and dry zones, rather than a separate specialty terminal for the freezer fleet.

Where else it fits

• Manufacturing. A shop-floor terminal for work instructions, quality checks and material moves that can be mounted at a workstation or carried to the line.
• Distribution and yard management. 5G and private network support keep yard trucks and gate staff connected beyond the reach of indoor Wi-Fi.
• Transportation and logistics. Proof of delivery, in-cab workflows and contactless payment through the integrated NFC reader.
• Field service. A large, bright, weather-sealed screen with GPS and dual SIM for crews working away from the building.

Talk to CSSI about the Brady RT710

Contact CSSI to learn more about the RT710 tablet. CSSI Technologies helps warehousing, distribution, cold storage, manufacturing and transportation operations select, configure and deploy rugged mobile computing. If you are planning a vehicle-mount refresh or need a tablet that survives the freezer, contact us to discuss RT710 configurations, mounting and accessories, and how it fits with the devices you already run.

FAQ – Frequently Asked Questions About the Brady RT710

Q: Is the RT710 a true vehicle-mount computer, or a tablet adapted for forklift use?

A. The RT710 was designed for vehicle mounting from the start. Brady describes it as a first-of-its-kind rugged, ultra-connected tablet that is purpose built for vehicle mounting, supported by an accessory ecosystem of docks, printers and scanners. At about 2.4 lb with the standard battery, it can also be undocked and carried for cycle counts, damage photos or signatures at the trailer.

Q: Will the RT710 hold up to daily forklift use?

A. The RT710 is independently certified to IP66 and IP68 for dust and water protection. It is rated for multiple 8-foot (2.4 m) drops to concrete at ambient temperature. The 10.1-inch display uses Gorilla Glass Victus 2 and a moisture-tolerant touchscreen, and its 1,000-nit brightness helps it stay readable as trucks move between dark aisles and bright dock doors.

Q: Can the RT710 be used on forklifts that work in freezers and coolers?

A. Yes. A cold storage configuration operates from -22°F to 122°F (-30°C to 50°C) and uses a dedicated 10,000 mAh cold storage battery. The standard model operates from -4°F to 131°F. The tablet is also rated for thermal shock from -22°F to 158°F, which matters for trucks that cross between freezer, cooler and ambient dock areas throughout a shift.

Q: How does the RT710 stay connected and powered across a full shift?

A. The RT710 supports Wi-Fi 6E and Wi-Fi 7 inside the building. It also supports 5G, private cellular and CBRS networks for yards and large facilities where Wi-Fi coverage runs out. The standard 10,000 mAh battery is aimed at full-shift use, and an optional 20,000 mAh battery covers extended and multi-shift use. Batteries are hot swappable, so the tablet keeps running during a battery change.

Q: How long will the RT710 be supported, and how does it fit with our existing devices?

A. The RT710 is built on the Mobility Edge platform, with lifecycle, security and support extending beyond 2036. It ships with Android 16, and Brady guarantees Android version support through Android 20, subject to technical and commercial feasibility. Major OS upgrades require an active warranty or service agreement. Sharing a platform with other Mobility Edge mobile computers simplifies device management and deployment for IT teams.

Q: Is the RT710 a Honeywell product or a Brady product?

A. The RT710 was developed by Honeywell. Honeywell sold its rugged mobile computing business to Brady in August of 2026. So the RT710 was launched under the Brady brand. Honeywell mobile computers, tablets, scanners, and label printers are now part of the Brady product line.

Our RFID Quick-Start Bundle Accelerates Your RFID Proof of Concept Effort

For many manufacturers and warehouse operators, RFID has moved from “interesting technology” to “something we should be doing.” The benefits are well understood: faster receiving, more accurate inventory, real-time work-in-process (WIP) visibility, and far fewer manual barcode scans. Yet many organizations still hesitate to take the first step.

The hesitation is understandable. RFID technology projects involve new hardware, new RFID tag types, new data flows into your WMS, ERP, or MES, and new processes on the floor. IT Directors worry about integration and data volume. Operations leaders worry about disruption and whether the technology will actually perform in their environment. And everyone worries about committing budget to a facility-wide rollout before knowing it will work.

There is a better way to begin: a focused RFID proof of concept (POC). A well-scoped POC answers the most important question — will RFID work here, in our facility, with our products and our processes? — at a fraction of the cost and risk of a full deployment. Done right, it doesn’t slow down RFID adoption. It speeds it up.

What Is an RFID Proof of Concept?

An RFID POC is a small, time-boxed test of RFID technology in your real operating environment. It typically focuses on a single workflow or a single area of the facility, uses a limited amount of hardware, and is measured against success criteria defined up front.

It’s worth distinguishing a POC from the steps that follow it:

• Proof of concept: Proves the technology can meet your requirements under real conditions. Small scope, short duration, minimal integration.
• Pilot: Runs the proven solution in live production for a longer period, usually with integration into business systems and trained end users.
• Rollout: Expands the solution across additional areas, workflows, or sites.

Skipping straight to a pilot or rollout is where many RFID projects run into trouble. The POC is where you learn cheaply.

Start Smart: CSSI’s RFID Quick-Start Bundle To Enable Your Proof-of-Concept Project

Testing RFID technology is fast and easy with CSSI’s RFID Quick-Start Bundle. This is a kit including everything you need to conduct a basic POC in your facility, at your pace.

The RFID Quick-Start Bundle Includes:

Plus: (Optional) CSSI professional services. Our RFID engineers can assist you in setting up your RFID devices and software.

Contact CSSI to get detail on the RFID starter bundle.

Why Start with an RFID POC?

1. Tag Readability Is Specific to Your Facility

RFID is governed by radio-frequency physics, and your facility’s physics are unique. Metal racking, machinery, liquids, dense packaging, and product materials can all reflect or absorb RF energy. A tag that reads perfectly on a spec sheet or in a vendor demo may perform very differently on a steel part, a case of bottled product, or a tightly packed pallet.

A POC lets you test what actually matters:

• Which tag types and inlays perform best on your products and packaging
• Where on the item, case, or pallet the tag should be placed
• How orientation and item density affect read rates
• Whether you’re getting unwanted “stray” reads from nearby areas

This is the single most common reason RFID projects stall — and the single best reason to start with a POC. You want to discover tag readability issues when you’ve tagged a few hundred items, not a few hundred thousand.

2. It Validates Your Hardware Choices

RFID hardware comes in many forms: fixed readers and antennas at dock doors or conveyors, portals, overhead readers, RFID-enabled handheld computers, and RFID printer-encoders for tagging items. The right mix depends on the workflow.

A POC shows you whether a handheld sled is enough for cycle counting in one zone, or whether a fixed portal is needed to verify outbound shipments. It also helps dial in antenna placement, power levels, and reader settings before you buy equipment at scale.

3. It Provides an Integration Reality Check

For IT leaders, the real question isn’t just “can we read the tags?” It’s “what happens to the data?” RFID can generate a large volume of read events, and that raw data needs to be filtered and translated into meaningful business events — received, moved, shipped — before it reaches your WMS, ERP, or MES.

A POC gives your team an early look at data volumes, middleware requirements, and integration points, without committing to a full integration project. You’ll walk away with a much clearer picture of the IT effort required for a production deployment.

4. It Builds the Business Case with Your Own Numbers

Industry ROI figures are helpful, but executives and finance teams want to see results from your operation. A POC produces real measurements you can take to leadership:

• Read accuracy compared to your current barcode or manual process
• Time required to complete a cycle count, receipt, or shipment verification
• Reductions in errors, mis-ships, or search time

That evidence turns an RFID proposal from a technology request into a data-backed investment decision.

5. It Keeps Cost and Risk Low

Because a POC is limited in scope, the investment is modest — a small quantity of tags, a reader or two, a handheld, and the time to set up and evaluate. Much of that hardware can often be reused in a subsequent pilot. If results reveal a problem, you’ve learned it at minimal expense and can adjust tag selection, placement, or process design before moving forward.

6. It Earns Buy-In from the People Who Will Use It

Supervisors and frontline associates are more likely to embrace a new tool they’ve helped test. A POC gives them a voice early, surfaces practical concerns (Who applies the tags? When? What happens when a read fails?), and creates internal champions for the eventual rollout.

What Does an RFID POC Look Like?

A successful POC is deliberately narrow. The goal is to prove value in one place, clearly, and then build from there.

“Step 0”: Can You Read RFID Tags On Your Items?

The first and most important test is to determine how easy it is to read RFID tags on your items in your environment. A very low-cost and fast way to start is to acquire tags and a basic RFID reader, and test your ability to read tags once applied to your tracked items. Because RFID is impacted both by the composition of the tagged items and by the layout and objects contained in the environment, it’s hard to predict readability without testing. The results of this initial effort will indicate any challenges you need to overcome, whether with special tags or with more powerful antennas.

Step 1: Pick One Workflow or One Area

Choose a single workflow with a clear pain point and measurable outcome. Good candidates for manufacturing and warehousing include:

• Receiving or dock door verification: Confirm inbound pallets or cases automatically as they pass through one dock door.
• Cycle counting in one zone: Compare RFID handheld counts against manual or barcode counts in a single aisle or storage area.
• WIP tracking on one production line: Track parts or totes as they move between a few stations.
• Shipment validation: Verify that outbound orders contain the correct items before they leave one shipping lane.
• Tool, fixture, or returnable container tracking: Monitor high-value or frequently lost assets in a defined area.

Step 2: Define Success Criteria Up Front

Decide what “success” means before testing begins. Examples include a target read rate, a target reduction in count time, or a maximum acceptable error rate. Clear criteria keep the POC objective and make the go/no-go decision straightforward for IT and operations alike.

Step 3: Assess the Site and Select Tags

Evaluate the physical environment — materials, layout, RF interference, and existing equipment. Then test several candidate tags on your actual products and packaging to identify the best performers and optimal placement.

Step 4: Install Hardware and Test in Real Conditions

Deploy a small set of readers, antennas, and/or handhelds in the chosen area. Test under normal operating conditions — real shifts, real product, real forklifts and conveyors — not just in a quiet corner or a conference room.

Step 5: Measure, Review, and Plan Next Steps

Compare results against your success criteria and your current process. Document what worked, what needs adjustment, and what a pilot or phased rollout would require in terms of hardware, integration, and process changes.

Most POCs of this kind can be completed in a matter of weeks rather than months, depending on scope and the number of tag and hardware variables being tested.

Common POC Pitfalls to Avoid
• Testing only in a lab. Results in a clean test environment rarely match the warehouse floor or production line.
• Scoping too broadly. Trying to prove every use case at once dilutes results and extends timelines.
• Skipping success criteria. Without defined metrics, a POC becomes a demo instead of a decision tool.
• Ignoring the data. Even if full integration isn’t part of the POC, plan how RFID events will eventually reach your business systems.
• Leaving out end users. The people doing the work will spot process issues that engineers and IT might miss.

How CSSI Can Help

CSSI Technologies is a value-added reseller specializing in automatic identification and data capture (AIDC) solutions for manufacturing, warehousing, distribution, cold storage, and transportation and logistics operations. We help companies plan and execute practical RFID proof-of-concept projects — from site assessment and tag testing to hardware selection, configuration, and planning for integration with your WMS, ERP, or MES.

Working with leading manufacturers such as Zebra Technologies and Honeywell, we help you choose the right RFID readers, handhelds, printer-encoders, and tags for your environment, and we’ll help you define success criteria that matter to both IT and operations.

Ready to find out what RFID can do in your facility? Contact CSSI to discuss an RFID proof of concept for one workflow or one area of your operation.

FAQ – Frequently Asked Questions About RFID Proof-of-Concept Projects

Q: What is an RFID proof of concept? A. An RFID proof of concept is a small, time-boxed test of RFID technology in your actual facility. It typically focuses on one workflow or one area and is measured against predefined success criteria, such as read rate or time savings, to confirm that RFID will work before a larger investment.

Q: How long does an RFID POC take? A. Most focused RFID POCs can be completed in a matter of weeks. The timeline depends on the scope, the number of tag types and hardware configurations being tested, and how quickly results can be measured against your current process.

Q: Why is tag readability such an important part of an RFID POC? A. RFID performance is affected by metal, liquids, packaging density, tag placement, and orientation. Because every facility and product mix is different, testing tag readability on your own items and in your own environment is the most reliable way to avoid costly surprises during a full rollout.

Q: What is the difference between an RFID POC and an RFID pilot? A. A POC proves the technology can meet your requirements under real conditions, usually with minimal system integration. A pilot runs the proven solution in live production for a longer period, typically with integration into your WMS, ERP, or MES and trained end users.

Q: Which workflow should we choose for our first RFID POC? A. Choose a workflow with a clear pain point and measurable results, such as dock door receiving, cycle counting in a single zone, WIP tracking on one production line, shipment validation, or tool and returnable container tracking.

Q: Does an RFID POC require integration with our WMS or ERP? A. Not usually. Most POCs focus on proving read performance and process fit, with limited or no integration. However, a good POC should still evaluate data volumes and integration requirements so IT can plan for a production deployment.

Reducing Costs and Customer Chargebacks with Barcode Label Verification

A barcode that “looks fine” on the label and a barcode that actually scans reliably at every stop in the supply chain are two very different things. The gap between them is exactly what barcode label verification is built to close — and for manufacturers, distributors, and shippers, closing that gap can mean the difference between a shipment that moves smoothly and one that gets rejected, delayed, or charged back.

This post covers what barcode label verification is, why it matters, and two proven ways to build it into your operation — printer-integrated verification and post-print verification — using real-world examples of each.

What Is Barcode Label Verification?

Barcode label verification is the process of measuring a printed barcode against formal print-quality standards to confirm it will scan correctly, every time, on any compliant scanner — not just the one sitting on your desk. It’s a distinct step from simply scanning a barcode to see if it reads. A handheld scanner can often read a barcode that’s technically out of spec; a barcode verifier tells you whether that same barcode will still read reliably on a different barcode scanner, under different lighting, months from now, or after friction and handling have worn on the label.

A linear (1D) barcode validator evaluates seven parameters defined under the ISO/IEC standards: symbol contrast, minimum reflectance, edge contrast, modulation, defects, decodability, and an overall decode check that confirms the quiet zones, data encoding, and check digit are all correct. Each barcode is then assigned an overall grade on a scale from 0 to 4.0, with 4.0 being the best possible result. A grade of 1.5 (or “C” under the older ANSI alphabetic scale) is the pass threshold for most retail and logistics linear barcodes, while a lower threshold of 0.5 is typically allowed for outer-case codes printed on corrugate.

Two-dimensional barcode symbology codes such as Data Matrix and QR Code are verified against their own related ISO/IEC standard, using similar grading logic. Because these are internationally recognized standards, a barcode graded on one manufacturer’s ISO/IEC-conformant verifier should grade consistently on another’s — which is what makes verification results meaningful to trading partners, auditors, and customers.

Verification is not the same thing as barcode design or barcode printing. You can have a barcode that encodes the correct data and looks visually clean, and it can still fail verification because of low contrast, print drift, ribbon wrinkling, or a damaged printhead element — issues that are often invisible to the naked eye but very visible to a verifier.

Why Verification Matters: The Cost of a Bad Barcode

For manufacturers, shippers, and product producers, a barcode isn’t a label — it’s a data interface that every downstream system depends on. When that interface fails, the consequences show up at the worst possible times and in the worst possible places:

• Chargebacks and compliance penalties. Major retailers, distributors, and logistics networks enforce strict barcode quality requirements (often tied to GS1 and ISO/IEC standards) as a condition of doing business. A shipment with unreadable or out-of-spec barcodes can trigger chargebacks, penalty fees, or outright rejection at the receiving dock.
• Line-of-business disruption. In warehousing, manufacturing, and cold storage environments, a barcode that won’t scan stalls the process around it — a picker keying in data manually, a conveyor line backing up, or an automated sortation system misrouting a case.
• Traceability and regulatory risk. In pharmaceuticals, medical devices, food, and other regulated industries, barcodes often carry lot, expiration, and serialization data required for track-and-trace compliance. A barcode that fails to scan can break the chain of custody exactly when it matters most — during a recall or an audit.
• Rework and waste. Discovering a unreadable barcodes after labels have already been applied to a pallet, case, or finished product means re-labeling, re-work, or worse, product that ships with a defective label and generates a return or claim from the customer.
• Erosion of trust with trading partners. Repeated barcode issues damage a supplier’s standing with distributors and retail partners, sometimes affecting future business relationships.

The common thread is that barcode failures are rarely caught at the moment they’re created — they surface downstream, where they’re more expensive and more disruptive to fix. That’s the core argument for building verification into the labeling process rather than treating it as an afterthought.

Two Approaches to Barcode Label Verification

There isn’t one “right” way to verify barcodes — the right approach depends on print volume, label format, and where in the process a bad label is easiest to catch. Broadly, there are two proven models: verification built directly into the label printer, and verification performed as a separate, dedicated step after printing.

Approach 1: Verification Integrated Within the Label Printer

Some industrial label printers now build a verification engine directly into the print mechanism, so every label is graded as it comes off the barcode printer — before it’s ever applied to a product, case, or pallet.

The Honeywell PX940 industrial printer with on-board verifier is a good example of this approach. It’s available in a version with an integrated verifier that checks each label immediately after printing, scoring barcodes against the ISO 15415/15416 verification standard and covering the major 1D barcode and 2D barcode symbologies used in manufacturing, healthcare, and logistics — Code 128, GS1-128, Data Matrix, QR Code, UPC/EAN variants, and more. The printer reports pass/fail status and an ANSI/ISO grade for every label, and because the verification engine is built into the print path, an operator gets immediate feedback rather than a batch result reviewed later.

The practical benefit of this model is speed of correction. If a printhead element starts to degrade, a ribbon wrinkles, or media tracking drifts, an inline verifier catches the defective label at the moment it’s produced — not after it’s already been applied to a shipment or, worse, after it’s already left the building. Many printer-integrated systems, including the PX940, can be configured to automatically reprint a label that fails verification, so a bad label never makes it into the production flow at all. For high-mix, made-to-order labeling — where labels are printed one at a time or in small runs as products move down a line — this closes the loop with essentially no added process step, since verification happens as part of printing rather than as a separate task someone has to remember to do.

Approach 2: Post-Printing (Standalone) Verification

The second approach uses a dedicated barcode verifier as a separate barcode quality control step, checking labels after they’ve already been printed — whether that’s immediately off a desktop or industrial printer, sampled from a high-volume production run, or checked after a pre-printed label has already been applied to a product.

CSSI offers Axicon, a UK-based barcode verification specialist, as a well-known example of this model. Axicon’s verifiers are purpose-built, ISO/IEC 15426-conformant instruments — ranging from compact units for small point-of-sale barcodes up to larger models built for outer-case codes and combined linear/2D verification — that connect via USB and grade barcodes against the same ISO/IEC framework described above.

This standalone model earns its place in a few situations where inline printer verification isn’t practical or sufficient:

• Very high-volume printing. When labels are being produced at high speed across multiple printers or print engines, checking every single label inline isn’t always realistic. A standalone verifier lets quality teams run statistically meaningful spot-checks across a production run, or fully audit a batch, without adding verification hardware to every printer on the floor.
• Pre-printed labels and label rolls. Many operations don’t print their own barcodes at all — they receive rolls of pre-printed labels from a converter, or use pre-printed cartons and packaging. In these cases, there’s no printer in the loop to verify anything; a standalone verifier is the only way to confirm the barcode quality of incoming label stock before it’s applied to product.
• Post-application checks. A barcode can pass verification the moment it’s printed and still be compromised by how it’s applied — wrapped around a curved surface, applied with air bubbles or wrinkles, or overprinted with variable data afterward. Checking barcodes after application catches defects that inline, at-the-printhead verification can’t see.
• Incoming quality control and vendor audits. Companies that receive labeled goods or components from suppliers can use a standalone verifier to confirm vendor-supplied barcodes meet spec before they’re accepted into inventory — an increasingly common requirement in regulated and retail-compliant supply chains.

Standalone verifiers also tend to be the more flexible tool when a business needs to verify barcodes from more than one printer, more than one label converter, or more than one facility, since the verifier isn’t tied to a single print engine.

Which Barcode Verification Approach Is Right for Your Operation?

In practice, many operations end up using both models, applied where each makes the most sense — inline verification at the barcode printer for labels produced in-house, and standalone verification for incoming pre-printed stock, high-volume audits, or post-application spot checks. The right mix depends on print volume, how many printers and label sources are in play, and how far downstream unreadable barcodes have historically been discovered.

That’s a decision that benefits from someone who works with barcode label printing and verification across a range of environments — not just one printer line or one verifier model.

How CSSI Can Help with Barcode Verification

CSSI Technologies works with manufacturers, shippers, and distribution operations every day on exactly this kind of decision. As a barcode label printing expert, we can help you evaluate whether printer-integrated verification, standalone verification, or a combination of both fits your print volumes, label formats, and compliance requirements. We also supply and support reliable, high-quality industrial label printers (such as Honeywell’s PX940), independent verifiers such as Axicon, and high-quality label media and ribbon that verification results depend on in the first place, since even the best verifier can’t compensate for the wrong media-and-ribbon combination.

If barcode quality issues have been showing up as chargebacks, scan failures, or rework on your floor, we’re glad to help you figure out where verification belongs in your process. Contact CSSI to talk through your barcode labeling and verification needs.

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FAQ – Frequently Asked Questions About Barcode Label Verification

Q: What’s the difference between verification and just testing with a barcode scanner? A: canning only confirms that one particular barcode scanner can read the barcode under the conditions in front of it. Verification measures the barcode against ISO/IEC print-quality standards and produces a repeatable grade, so you know it will scan reliably on other equipment, in other conditions, over time.

Q: What barcode grade is considered a “pass”? A: Under the ISO/IEC 0–4.0 scale, 1.5 is the typical pass threshold for most retail and logistics barcodes (equivalent to a “C” on the older ANSI letter grade scale), while a lower threshold around 0.5 is often accepted for outer-case codes printed on corrugate.

Q: Do I need a barcode validator if my printer already prints clearly? A: barcode can look clean to the eye and still fail verification due to contrast, modulation, or decodability issues that aren’t visible without measurement. Verification is the only way to confirm scan reliability, independent of how the label looks.

Q: Can I verify barcodes on labels I didn’t print in-house? A: Yes — this is one of the main use cases for a standalone barcode verifier, which can check pre-printed label rolls, vendor-supplied labels, or barcodes after they’ve been applied to a product, regardless of what printer produced them.

The Only Class I, Division 1 Windows Tablet Currently on the Market: The i.safe MOBILE IS945.1

Hazardous area computing has always forced a trade-off. You could get a rugged tablet, or you could get a fully capable Windows operating system — rarely both, and almost never with the certifications to legally operate in a Class I, Division 1 environment. That trade-off just got a lot smaller.

The i.safe MOBILE IS945.1 is currently the only intrinsically safe tablet on the market certified for Class I, Division 1 hazardous locations that also runs full Windows. For IT and operations leaders managing plants, terminals, or facilities where flammable gases, vapors, or combustible dust are a daily reality, that combination changes what’s possible for explosion proof mobile computing at the point of work.

Why CI/D1 Hazardous Environments Certification Matters — and Why It’s Hard to Find

Class I, Division 1 (C1/D1) is the North American classification for locations where ignitable concentrations of flammable gases or vapors can exist under normal operating conditions — not just during a leak or malfunction. It’s the strictest tier of hazardous location rating that mobile computing devices are commonly certified for, and it’s the standard that matters most in industries like oil and gas, chemical and petrochemical processing, pharmaceutical manufacturing, and grain handling.

Getting devices certified as Zone 1 tablets isn’t a matter of adding a rugged case to existing tablets. Intrinsic safety has to be engineered into the device from the circuit level up, limiting electrical and thermal energy so the device simply cannot generate a spark or surface temperature capable of igniting a hazardous atmosphere. That’s a fundamentally different design problem than drop-resistance or water resistance, and it’s why the field of true C1/D1-rated ATEX tablets is so narrow. Most vendors offer Zone 1/21 (the IECEx/ATEX equivalent used outside North America) or step down to a C1/D2 rating, which covers locations where hazardous atmospheres are only present under abnormal conditions. The IS945.1 carries IECEx, ATEX, and CSA/UL certification, meaning it’s approved for Zone 1/21 and Class I, Division 1 use — global coverage in a single device.

What’s Inside the i.safe Mobile IS945.1 Intrinsically Safe Tablet

Beyond the certification, the IS945.1 is built to hold its own as a full-featured field computer for mobile worker safety and operational efficiency:

• Windows 11 IoT Enterprise — full desktop OS compatibility with your existing WMS, MES, historian, or maintenance software, no app rewrites required
• Qualcomm QCM6490 octa-core processor with 8GB RAM and 128GB internal storage, expandable via microSD — enough headroom for demanding industrial applications and long-term OS support
• 10.1″ WUXGA display (1200 x 1920) with Corning Gorilla Glass and glove-enabled touch, built for outdoor visibility and use with PPE
• 4G/5G, Wi-Fi 6, Bluetooth 5.2, NFC, and multi-constellation GNSS (GPS, A-GPS, GLONASS, BeiDou, Galileo) for reliable connectivity and location tracking across campus networks or cellular
• 12MP rear / 5MP front cameras for inspection documentation, asset tagging, and remote video support
• 8160mAh user-replaceable battery for shift-length runtime without downtime for charging
• IP68 and MIL-STD-810H rated, operating from -20°C to +55°C — built for the same conditions the hazardous area itself throws at it
• Programmable red key for lone worker protection and SOS alerting, plus additional programmable side buttons
• VESA 100 mounting and an optional docking/connectivity system for fixed-station or mobile operator panel deployments

Don’t need cellular? We also offer the IS945.2, which is a Wi-Fi-only version of this rugged tablet.

Where It Fits

IS945.1 intrinsically safe tablets are purpose-built for workers who need computing power inside classified areas: process operators doing rounds, maintenance technicians pulling up equipment manuals and work orders, EHS staff performing inspections, and control room personnel who need a mobile extension of the same systems they run from the desk. Because it runs Windows rather than a mobile OS, it also plugs into existing automation and IIoT software stacks with far less integration work than an Android-based alternative — a meaningful consideration for IT teams already managing a Windows-centric environment.

The optional Mobile Operator Panel configuration, which pairs the IS945.1 with a dedicated docking and interface system, extends this further — turning the tablet into a continuously powered, always-ready HMI for process automation tasks without pulling it out of the hazardous area for charging.

Meeting Hazardous Environments Certification Requirements

Deploying intrinsically safe tablets isn’t just a purchasing decision — it’s a compliance decision for hazardous environments. Zone and division ratings, area classifications, and permissible equipment groups all have to line up correctly, and getting it wrong carries real safety and regulatory consequences. This is exactly the kind of deployment where working with a specialist VAR pays off: matching the right certified explosion proof tablet to your facility’s actual area classification, coordinating with your EHS and process safety teams, and handling provisioning, MDM enrollment, and lifecycle support so IT isn’t learning hazardous location compliance on the fly.

CSSI has helped organizations across manufacturing, distribution, and process industries deploy rugged and intrinsically safe computing solutions that hold up to both the environment and the compliance requirements that come with it. The IS945.1 is currently the only C1/D1-rated Windows tablet available, making it a strong fit for teams that need Windows-native functionality in the most tightly regulated hazardous areas.

Ready to see if the IS945.1 Intrinsically Safe Tablet is the right for your facility?

Contact CSSI to schedule a proof of concept or request a demo unit and to discuss intrinsically safe products for your team to evaluate on-site.

Technical Specifications / Safety Standards

i.safe Mobile IS945 C1/D1 Tablet Approvals
NEC500 (North America)
	Class I Div. 1 Groups A, B, C, D, T4
	Class II Div. 1 Groups E, F G, T135°C
	Class III Div. 1
IECEx (International)
	Ex ib IIC T4 Gb
	Ex ib IIIC T135°C Db
ATEX (Europe)
	II 2G Ex ib IIC T4 Gb
	II 2D Ex ib IIIC T135°C Db

FAQ – Frequently Asked Questions About the i.safe MOBILE IS945.1 Tablet and Intrinsically Safe Computing

1. What does “Class I, Division 1” actually mean for my facility? Class I, Division 1 is the North American hazardous location classification for areas where ignitable concentrations of flammable gases or vapors can be present under normal operating conditions — not just during a leak or equipment failure. It’s the strictest commonly certified tier for mobile computing, which is why C1/D1-rated devices are much harder to find than C1/D2 or general “rugged” tablets.

2. How is an intrinsically safe tablet different from a rugged tablet? Ruggedness addresses drops, dust, and water. Intrinsic safety is a different engineering discipline entirely — it limits the electrical and thermal energy a device can release so it’s physically incapable of generating a spark or hot surface that could ignite a hazardous atmosphere. A device can be rugged without being intrinsically safe, and vice versa. The IS945.1 is both: IECEx, ATEX, and CSA/UL certified for hazardous areas, and independently rated IP68 and MIL-STD-810H for physical durability.

3. Why does it matter that the IS945.1 runs Windows instead of Android? Most intrinsically safe handhelds on the market run Android, which often means custom or limited app support. Because the IS945.1 runs Windows 11 IoT Enterprise, it connects directly to WMS, MES, historian, or maintenance platforms your team already uses — without rebuilding software or accepting a reduced feature set just to get a certified device.

4. Is the IS945.1 certified for use outside North America too? Yes. It carries IECEx and ATEX certification for Zone 1/21 (the international equivalent of C1/D1) in addition to CSA/UL certification for Class I, Division 1 in North America — so a single device covers both regulatory frameworks.

5. How do I know if C1/D1 is the right rating for my facility, or if a lower division would work? Your facility’s area classification is determined by a process safety or EHS assessment, not by device selection — the equipment has to match the classification your facility already carries, not the other way around. This is where working with a specialist VAR matters: CSSI can help confirm the right certification tier for your site and make sure the device, provisioning, and deployment all line up with your compliance requirements before anything goes into a classified area.

FlexiSIM Provides Flexible eSIM Connectivity for Your Fleet

If your fleet operates across county lines, state lines, or international borders, chances are your drivers have experienced it: the dead zone that hits right when dispatch needs a status update, the data plan overage charge that shows up on next month’s invoice with no explanation, or the frustrating call to IT because a device “just stopped working” somewhere out on the road.

For fleet operators, wireless and data connectivity isn’t a nice-to-have — it’s the backbone of telematics, routing, driver communication, compliance logging (ELD), and in-cab applications. Yet many fleets are still relying on a connectivity model that wasn’t built for vehicles that roam: the traditional, carrier-locked eSIM or physical SIM card.

The Problem with Hardware SIM Cards and eSIMs on the Road

A traditional SIM card is provisioned to a single carrier network. That works fine for a stationary device sitting in a warehouse or office. It works far less well for a truck, van, or piece of mobile equipment that might cross five carrier footprints in a single day.

Sidebar: What is an eSIM Technology?
An eSIM (embedded SIM) is a digital SIM card built straight into your phone or device. You do not need a little plastic card.

Here’s where hardware SIMs and embedded eSIM cards create real, measurable pain for fleet operations:

• Coverage gaps become operational blind spots. If your fixed SIM’s home carrier has weak coverage in a given region, that’s it — your driver is offline, whether or not a stronger signal from another carrier is available a hundred feet away. Lost connectivity means lost GPS pings, delayed alerts, and dispatch flying blind.
• Roaming charges are unpredictable and expensive. Once a vehicle leaves its home carrier’s network, data can shift into roaming rates that are difficult to forecast and even harder to control at scale. For a fleet of dozens or hundreds of vehicles, these charges add up fast — and they’re often discovered only after the invoice arrives.
• There’s no remote control or visibility. Fixed SIMs are largely “set it and forget it.” If a device needs to be reconfigured, swapped to a better carrier, or locked down after a vehicle is decommissioned, that typically means a truck roll, a physical SIM swap, or a support ticket — not a few clicks in a management portal.
• Logistics get complicated as the fleet grows or expands geography, with multiple devices operating in many regions. Different regions often mean different SIMs, different carrier agreements, and different form factors to stock, track, and deploy. That’s inventory overhead your IT and operations teams don’t need.
• SIMs become locked-in and disposable. Once a fixed SIM is provisioned, switching carriers usually means physically replacing the SIM — generating unnecessary hardware waste and downtime.

None of these are hypothetical. They’re the everyday friction points fleet IT and operations leaders run into with legacy connectivity — and they compound as a fleet scales.

Why Is FlexiSIM the Best eSIM – And How Does It Ensure Better Connectivity?

FlexiSIM™, from iOnline Connected Networks, is built to solve exactly this problem. Rather than locking a device to one carrier, FlexiSIM is a single, intelligent SIM that can connect across a network of more than 700 carriers in over 220 countries and territories — automatically finding and using the best available connection at any given location.

FlexiSIM runs on a private, secure network with dedicated routing, and it’s fully remote-manageable through iOnline’s CentralFlex platform. That means fleet and IT managers can see, control, and adjust connectivity for every device from a single dashboard — no physical intervention required.

A few things that make FlexiSIM the best eSIM, and particularly well-suited to fleet applications:

• One SIM, multiple form factors. FlexiSIM ships as a 3-in-1 removable SIM (2FF/3FF/4FF) plus eSIM support, so it fits existing hardware without a redesign.
• Remote, over-the-air updates. Carrier and coverage settings can be updated in the field as a fleet expands into new regions — no need to physically touch the device.
• Local breakout, local rates. In many countries, FlexiSIM breaks out locally rather than routing all traffic through a single global point, which reduces latency and allows for local data pricing instead of blanket global roaming rates.
• Centralized management via CentralFlex. Fleet and IT teams get visibility and control over every connection — provisioning, monitoring usage, locking down lost or decommissioned devices, and managing costs from one platform.

How FlexiSIM Solves the Sole-Carrier SIM Problem

Mapped directly against the pain points above, here’s what changes for a fleet that moves to FlexiSIM:

Fixed SIM Problem	FlexiSIM Solution
Locked to one carrier, creating coverage dead zones	Connects across 700+ carriers, automatically using the strongest available signal
Unpredictable, expensive roaming charges	Local breakout and local data rates in supported countries instead of blanket roaming fees
No remote visibility or control	Full remote management and monitoring through the CentralFlex platform
Physical SIM swaps required to change carriers or regions	Over-the-air updates let you open new coverage and carrier options remotely
Multiple SIM types/form factors to stock and track	One SIM (2FF/3FF/4FF + eSIM) works across your entire device fleet
SIMs discarded when carriers or regions change	Reusable, remotely reprogrammable SIM reduces hardware turnover and e-waste

For a fleet that’s expanding into new territories, adding vehicles, or simply tired of chasing down connectivity issues one truck at a time, FlexiSIM turns a fragmented, reactive connectivity setup into something centrally managed, predictable, and built to scale with the business.

Talk to CSSI About Your Fleet’s Data or Cellular Connectivity Needs

CSSI Technologies is a business partner and reseller of iOnline Connected Networks’ FlexiSIM solution. If your fleet is dealing with coverage gaps, unpredictable data costs, or the operational overhead of managing multiple SIMs across regions, we can help you evaluate whether FlexiSIM is the right fit — and walk you through what it would look like across your specific fleet, devices, and coverage areas.

Contact CSSI today to discuss your fleet connectivity needs and see how FlexiSIM can keep your drivers connected wherever the road takes them.

FAQ – Frequently Asked Questions About FlexiSIM & Flexible eSIM Connectivity

1. What’s the difference between a traditional SIM, an eSIM, and a “flexible” or multi-carrier SIM like FlexiSIM? A traditional SIM is a physical card provisioned to a single carrier — once it’s set, that vehicle or device is tied to that carrier’s network and coverage footprint. An eSIM is a digital SIM built into the device rather than a removable card, but it can still be locked to a single carrier profile unless it’s specifically designed to switch. A flexible, multi-carrier SIM like FlexiSIM goes a step further: it can connect across a network of many carriers (700+, in FlexiSIM’s case) and automatically select the strongest available signal, regardless of form factor — physical SIM or eSIM.

2. Do we need new hardware or devices to use FlexiSIM? In most cases, no. FlexiSIM is available as a 3-in-1 removable SIM (2FF/3FF/4FF) as well as an eSIM, so it’s designed to fit into existing device slots rather than requiring a hardware redesign. The main consideration is confirming that your current devices support the SIM form factor or eSIM profile you plan to deploy — something CSSI can help verify as part of a fleet assessment.

3. How does FlexiSIM affect our data costs compared to standard roaming? With a fixed SIM, once a vehicle leaves its home carrier’s footprint, data often shifts into roaming rates, which can be expensive and hard to predict at fleet scale. FlexiSIM uses local breakout in many countries, meaning traffic is routed locally rather than through a single global point — allowing for local data rates instead of blanket roaming charges in supported regions. Actual savings depend on your fleet’s specific routes and coverage areas, which is something we can walk through directly.

4. Can our team manage and monitor connectivity ourselves, or does every change require a support ticket? FlexiSIM is designed for self-service management through iOnline’s CentralFlex platform. From a single dashboard, your team can provision devices, monitor data usage, adjust carrier and coverage settings, and lock down lost or decommissioned devices — all remotely, without needing to physically access the vehicle or device.

5. Is FlexiSIM only useful for fleets that travel internationally, or does it help with domestic coverage too? It helps with both. Even fleets operating entirely within one country can run into coverage gaps where their home carrier is weak but another carrier has strong signal in that area — FlexiSIM’s multi-carrier connectivity addresses that regardless of borders. For fleets that do cross state or national lines, the benefit compounds, since FlexiSIM removes the need to manage separate SIMs, carriers, or roaming agreements per region.

Meet the new Zebra TC201 Mobile Computer

The new Zebra TC201 mobile computer is a rugged device designed to deliver the best of all worlds: smartphone styling and usability alongside big business features. It equips your frontline workers with cutting-edge technology to boost productivity and customer service quality.

What Are the Key Features of the Zebra TC201?

• Next-Generation Connectivity: Available in both LAN and WAN configurations, featuring cutting-edge 5G and WIFI 7 capabilities to ensure workers are always connected.
• Vivid Display: A large 6-inch display provides ample room for complex applications, mapping, and data entry.
• Advanced Data Capture: Equipped with powerful SR500 or AC670 scan engines, plus a 16MP Rear-Facing Camera (RFC) and 5MP Front-Facing Camera (FFC) for effortless barcode scanning and proof of condition.
• Robust Memory & Power: Configurations up to 8GB RAM / 128GB Flash with a Secure Element. Shift-long power is guaranteed with Standard, Extended, or Hot Swap battery options.
• Extensive Accessory Ecosystem: Compatible with a wide range of accessories including rugged boots (SKU: SG-TCVT-BOOT-01), RAM GDS USB-C Vehicle Docks (SKU: 3PTY-RAM-V12Z2434CPU), and versatile multi-slot Ethernet/USB ShareCradles.

What Are Ideal Workflows for the TC201 Zebra Mobile Computer?

With its advanced connectivity and rugged accessories, the TC201 is perfectly positioned for computing and data capture solutions in two of your primary focus areas:

Using the TC201 in Transportation and Logistics:

• Proof of Delivery: Drivers can use the 16MP camera and advanced scanners to document deliveries, capture customer signatures, and record parcel condition instantly.
• Fleet and Route Management: Uninterrupted 5G connectivity ensures drivers receive real-time dispatch and routing updates, optimizing in-motion operations.
• Yard and Dock Operations: Real-time workforce communication and parcel tracking ensure seamless cross-docking, inbound logistics, and outbound logistics.

Using the TC201 in Field Operations Applications:

• Service Order Management: Technicians have real-time access to asset inspection data, diagnostics, and step-by-step guidance right on the 6-inch display.
• On-Site Quoting and Invoicing: Close work orders faster by providing on-site quotes and capturing customer signatures.
• Seamless In-Vehicle Transition: Paired with the RAM GDS Vehicle Dock, the TC201 smoothly transitions from the truck cab to the job site.

Where Does the TC201 Fit Within the Zebra Device Family?

The TC201 is a proud addition to the TC2X Series Mobile Computers . This series is engineered to offer the smartphone-like styling and pricing your business desires, backed by the enterprise-grade durability and features you need.

While the TC5 Series (like the TC501) represents the pinnacle of ultra-rugged design and performance, and the TC7 Series provides maximum ruggedness for the most demanding environments, the TC2X Series (including the TC201) strikes the perfect balance for cost-conscious deployments. It provides a highly capable, cost-effective solution that enables you to affordably connect more workers in the field and the warehouse without compromising on next-generation features like Wi-Fi 7 and 5G.

How To Learn More & Schedule a Demo with the Zebra TC201

CSSI is an authorized Zebra Technologies Corp partner, and a Zebra mobile computer expert. We can discuss your rugged device requirements, and arrange a hands-on demo of the TC201. Contact us to discuss TC201 devices.

FAQ – Frequently Asked Questions About Upgrading the Zebra TC201

1. What makes the TC201 different from a typical rugged handheld computer? The TC201 is built to combine smartphone-style usability with enterprise-grade durability. It’s part of Zebra’s TC2X Series, which is designed to give businesses a cost-effective option that still delivers next-gen features like 5G and Wi-Fi 7, without the price tag of Zebra’s more heavy-duty TC5 or TC7 Series devices.

2. What connectivity options does the TC201 support? It’s available in both LAN and WAN configurations, with 5G and Wi-Fi 7 support built in, so workers stay connected whether they’re on the warehouse floor or out on a delivery route.

3. What data capture capabilities does the TC201 offer? The TC201 comes with a choice of SR500 or AC670 scan engines for barcode scanning, plus a 16MP rear-facing camera and 5MP front-facing camera — useful for tasks like proof-of-delivery photos, condition documentation, and video calls.

4. What memory and battery options are available? Configurations go up to 8GB RAM / 128GB Flash with a Secure Element for data protection. On the power side, businesses can choose Standard, Extended, or Hot Swap battery options depending on shift length and workflow needs.

5. What industries or workflows is the TC201 best suited for? CSSI highlights two primary use cases: transportation and logistics (proof of delivery, fleet/route management, yard and dock operations) and field service applications (service order management, on-site quoting/invoicing, and in-vehicle transitions using the RAM GDS Vehicle Dock).

Honeywell AIDC Business Acquired by Brady – What This Means for CSSI Customers

August 3, 2026 – Much as the former Intermec was once acquired by Honeywell in order to create an AIDC powerhouse, Honeywell’s Productivity Solutions division has now been acquired by Brady Corporation. Given that CSSI is a platinum Honeywell dealer with many customers using Honeywell mobile computer, vehicle mounted computers, and printers, we want to provide some initial details.

The Transaction in Brief
On August 3, 2026, Brady Corporation (NYSE: BRC) closed its acquisition of Honeywell’s Productivity Solutions and Services (PSS) business — the division that makes the mobile computers, scanners, and related software CSSI resells — in an all-cash $1.4 billion deal funded with cash on hand, a senior unsecured credit facility, and private placement debt. The transaction had been previously announced and is now fully closed as of this week.

Ensuring Continuity for your Honeywell AIDC Products and Support

With the acquisition complete, Brady will maintain the purchased Honeywell AIDC product line in its Intelligent Productivity Solutions segment. Product availability, service and support will continue via CSSI Technologies. Over time, you will start to see the Honeywell Brand replaced by the Brady brand on products you purchase. However, you will still work with CSSI (as a Brady dealer) to maintain your existing deployed products and begin new projects.

What Are The Honeywell-Brady Deal Highlights?

This transaction creates a much larger company, and positions Brady with an excellent product footprint to cover your needs. At CSSI, we feel that ultimately this change will benefit you as a customer through more product and solutions development. Here are some more of the transaction details:

• Combined company: The deal establishes Brady as a leading identification, safety and productivity solutions partner, pairing Brady’s strength in printers and consumables with PSS’s leadership in mobile computing, scanning, RFID and workflow software.
• Segment structure: Brady will now operate two reportable segments: Identification Solutions (legacy Brady) and Intelligent Productivity Solutions (the former PSS business).
• Scale: The PSS business generated approximately $1.1 billion in sales in 2025, and the deal opens access to a roughly $9 billion productivity solutions market.
• Context for Honeywell: Honeywell’s CEO Vimal Kapur described the divestiture as the final step in the company’s transition to a pure-play automation company, following the earlier sale of its Warehouse and Workflow Solutions business and its Personal Protective Equipment business. Honeywell is retaining its automation-focused portfolio for building, industrial, and process sectors.

Questions? Contact CSSI to Discuss

Contact us at CSSI to discuss any questions you have regarding the Honeywell-Brady transaction.

Printer Technologies – How To Choose Between Thermal Transfer and Direct Thermal Label Printers

When selecting a label printing solution for your manufacturing facility or logistics operations, understanding the printing technology is just as important as the hardware itself. The two most widely used technologies for dedicated barcoding systems are Direct Thermal and Thermal Transfer printing. While both utilize a heated thermal printhead to create an image, their methods, durability, and ideal use cases differ significantly.

Here is a breakdown to help you choose the right printing technology for your barcode printing or receipt printing needs.

What Are the Core Differences Between Direct Thermal and Thermal Transfer Printers?

The fundamental difference between the two technologies lies in how the image is produced on the label:

• Direct Thermal Printing: This method uses chemically treated, heat sensitive paper. When the media passes under the heated printhead, the heat causes a chemical reaction that blackens the paper to create the image. It does not use a ribbon, ink, or toner.
• Thermal Transfer Printing: This technology requires a thermal transfer ribbon. The thermal printhead applies heat to a thin ribbon (coated in wax, resin, or a wax/resin blend), which melts the ink directly onto the label media to form a crisp, continuous image.

(Note: To determine if a specific media roll requires a ribbon, you can perform a quick “scratch test” on the label surface with a pen cap. If a black mark appears, it is Direct Thermal and needs no ribbon. If no mark appears, it is Thermal Transfer and requires a ribbon.)

Direct Thermal Printers: What Are the Advantages, Limitations, and Use Cases?

Direct thermal printers are celebrated for their simplicity and ease of use, as there is no ribbon to monitor or replace.

Direct Thermal Printer Advantages:

• Simplicity & Lower Costs: Simple to operate with low long-term maintenance costs since there are no ribbons to replenish. Direct thermal print label material is less expensive.
• Eco-Friendly & Efficient: Enables batch or single-label printing with virtually no waste. Recyclable material options are also available.
• Print Quality: Direct thermal labels offer sharp print quality with excellent scanner readability for high-definition barcodes.

Direct Thermal Printer Limitations:

• Environmental Sensitivity: Labels are highly sensitive to heat, direct sunlight (UV light), abrasion, and chemicals. Exposure causes the material to darken, rendering barcodes unreadable.
• Short Lifespan: The paper remains chemically active after printing, meaning images may fade over time.

Typical Use Cases for Direct Thermal Printers:
Direct thermal printers are best for short-term applications where the label only needs to last from one week to one year. Common applications include:
• Shipping labels (perfect for Transportation & Logistics)
• Receipts and picking tickets
• Short-term compliance labels

Thermal Transfer Printers: What Are the Advantages, Limitations, and Use Cases??

Thermal transfer printing is the gold standard when you need extreme durability and archival-quality labels.

Thermal Transfer Printer Advantages:

• Unmatched Durability: When matched with the right ribbon and media, labels are impervious to extreme temperatures, UV exposure, moisture, harsh chemicals, and abrasion.
• Long-Lasting Image Stability: Thermal transfer labels produce crisp, glossy, high-definition text and graphics that will not rub off or fade over time.
• Media Versatility: Can print on a nearly unlimited variety of media stock, including paper, polyester, vinyl, polypropylene, and polyimide.

Thermal Transfer Printer Limitations:

• Higher Supply Costs: Requires the ongoing purchase of thermal ribbon supplies, which can be wasteful if little is printed on a single pass. Must factor in occasional print head replacement.
• Compatibility Requirements: The ribbon and media substrate must be compatible. If mismatched, printhead heat could melt the ribbon onto the label and cause internal printer issues.

Typical Use Cases for Thermal Transfer Printers: 
Thermal transfer printers are ideal for demanding environments (like Manufacturing) and long-term storage. Common applications include:
• Asset tagging and long-term inventory labeling
• Chemical drum labeling
• Component and specimen labeling (electronics or pharmaceuticals)
• Outdoor labeling exposed to the elements

Feature Comparison: Thermal Transfer vs Direct Thermal Printers

Feature	Direct Thermal	Thermal Transfer
Ribbon Required?	No	Yes
Image Durability	Minimal resistance to heat, light, and chemicals.	Highly resistant to heat, light, abrasion, and harsh chemicals.
Shelf Life	Short-term (1 week to 1 year)	Long-term / Archival-quality
Media Types	Heat-sensitive paper / synthetic	Wide variety (paper, vinyl, polyester, polyimide, etc.)
Maintenance Cost	Low	Low (Compared to laser/inkjet)

CSSI Offers Solutions for Both Print Technologies

CSSI offers reliable and durable label and receipt printers from industry leaders such as Zebra Technologies. Our print experts can help with both thermal transfer and direct thermal printers, as well as print supplies such as label stock/print media, and print ribbons.

Contact CSSI to Discuss Label Printer and Receipt Printer Options

Our Zebra-certified printer experts at CSSI can help you evaluate your options and select both the right technology and best printer model for your application. Please contact us to discuss your printer needs.

FAQ – Frequently Asked Questions About Thermal Transfer vs. Direct Thermal Printers

1. What’s the easiest way to tell if a label roll is direct thermal or thermal transfer? Run a pen cap or fingernail across the label surface with light pressure. If a black mark appears, it’s direct thermal (heat-sensitive coating). If nothing shows up, it’s thermal transfer, and it will need a compatible ribbon to print.

2. Do direct thermal printers really need no ribbon at all? Correct. Direct thermal printing uses chemically treated, heat-sensitive paper — the printhead’s heat triggers a reaction that darkens the label to form the image. There’s no ribbon, ink, or toner involved, which keeps the printer simpler to run and lowers long-term consumable costs.

3. How long will a direct thermal label actually last before it fades or becomes unreadable? Direct thermal labels are best suited for short-term use, generally from one week up to about a year. Because the paper stays chemically active after printing, exposure to heat, direct sunlight, abrasion, or chemicals can darken the material further and make barcodes unscannable. That makes it a strong fit for shipping labels, receipts, and picking tickets, but not for anything that needs to survive long-term storage or harsh conditions.

4. Why would a business pay more for thermal transfer printing instead of just using direct thermal? Thermal transfer trades a lower per-label cost for durability. Because a wax, resin, or wax/resin ribbon melts ink onto the label, the resulting image resists extreme temperatures, UV exposure, moisture, chemicals, and abrasion — and it won’t fade over time the way direct thermal can. It also prints on a much wider range of materials, including polyester, vinyl, polypropylene, and polyimide. For asset tags, drum labels, or outdoor/industrial labeling that has to last, the added ribbon cost is usually worth it.

5. What happens if I use the wrong ribbon with thermal transfer media? Ribbon and label material have to be compatible. If they’re mismatched, the printhead’s heat can melt the ribbon directly onto the label instead of transferring it cleanly, which can gum up the printhead and cause internal printer problems. This is why it’s worth confirming ribbon/media compatibility (or working with a printer specialist) before running a new combination through the printer.

Would Your Warehouse Benefit from Wearable Scanners?

If you’ve walked a distribution center floor lately, you’ve probably noticed a growing number of workers scanning barcodes without ever picking up a handheld device. Instead, they’re wearing a small barcode scanner on a finger, the back of their hand, or a glove — squeezing a trigger and getting back to the task in front of them.

These are wearable scanners , sometimes called ring scanners or glove scanners, and they’re one of the more practical technology upgrades available to warehouse operations today. But like any capital investment, they’re not automatically the right call for every facility. This post walks through what wearable scanners actually do for your operation, what you need (and don’t need) to deploy them, how to know if they’re worth the money, and why testing before you commit is non-negotiable.

What Is a Bluetooth Wearable Scanner, Exactly?

Wearable scanners are compact barcode scan engines worn on the hand — typically mounted to a single finger (a “ring scanner”), across two fingers, on the back of the hand, or integrated into a glove. They connect wirelessly, usually via Bluetooth, to a host device: a wearable mobile computer worn on the wrist or forearm, a vehicle-mount computer , or a handheld / tablet carried or holstered elsewhere.

Leading options in this category include the Zebra RS5100 wearable ring scanner and WS501 all-in-one wearable computer, Datalogic’s CODiScan wearable barcode scanner series, and Honeywell’s 8680i Wearable Mini Mobile Computer . While the form factors vary — finger ring, back-of-hand mount, or glove — the underlying idea is the same: put the scan engine on the worker’s hand instead of in it.

The Real Benefit: What Wearable Barcode Scanners Offer That Handhelds Can’t

The case for wearable barcode scanners comes down to one thing — keeping a worker’s hands free while still capturing barcode data. With a traditional handheld scanner, a worker has to locate the device, pick it up, aim it, scan, and set it back down (or holster it) before returning to the actual task — lifting a case, building a pallet, or handling a tote.

That pick-up-and-put-down cycle sounds small, but it adds up fast in high-frequency scanning workflows. Vendor data on ring and glove-style scanners has put the time lost per scan cycle from handling a handheld device in the range of a few seconds — and Honeywell specifically points to picking, sorting, putaway, and packing as the workflows where that lost time multiplies across a shift into a meaningful chunk of the workday. Multiply even a few seconds by hundreds or thousands of scans a day, per worker, across a warehouse, and the productivity impact becomes significant — not to mention the reduced strain on hands and wrists from never having to grip and re-grip a device.

There are a few concrete advantages worth calling out:

• Two free hands, all the time. Workers scan mid-motion — while lifting, carrying, or stabilizing a load — instead of interrupting the task to handle a device.
• Fewer dropped scanners and less device damage. A scanner that stays on the hand doesn’t get set on a conveyor, dropped from a ladder, or run over by a forklift.
• Faster cycle times on repetitive tasks. Picking, put-away, packing, sorting, and receiving are all scan-intensive by nature; removing the handling step compounds across a shift.
• Better ergonomics. Many wearable scanners weigh just a couple of ounces, which is a meaningfully lighter and more natural to hold for a full shift than gripping a handheld computer.

None of this means that the wearable ring scanner replaces the mobile computer in all cases — for tasks that involve less frequent scanning, or where a worker needs a screen in front of them constantly, a traditional handheld or vehicle-mount computer may still make more sense. The benefit of wearables is concentrated specifically in high-frequency, hands-busy scanning workflows.

Do You Need to Buy New Mobile Computers to Use Wearable Scanners?

This is one of the most common questions we get, and the good news is: usually, no.

Wearable barcode scanners like the RS5100, CODiScan, and 8680i (in Standard configuration) are designed to pair with an existing host device over Bluetooth — they capture the barcode and pass the data to whatever computer, tablet, or vehicle-mount terminal is already running your warehouse management or scanning application. If your team already carries handheld computers, wears wrist-mount computers, or works near a fixed terminal or vehicle-mount device, there’s a good chance your existing hardware can serve as the host. Datalogic’s CODiScan, for example, is built to pair with Android, Windows, or iOS devices, and can also connect to fixed PCs or vehicle computers through a gateway.

There are two scenarios where new hardware does come into play:

• All-in-one converged wearables. Devices like Zebra’s WS501 combine the scanner and the computer into a single wrist mounted or hand-worn unit, so the worker carries nothing else. This is a different architecture than a scanner-plus-host setup, and it’s a deliberate choice — usually made when a facility wants to eliminate the host device entirely, not just the handheld scanner.
• Compatibility gaps. If your current handhelds are older, lack Bluetooth, or aren’t supported by the scanner manufacturer, you may need to upgrade the host device alongside the scanner.

For most warehouses already running modern Android OS or Windows handheld computers, the wearable scanner is an add-on to the existing fleet, not a replacement for it — which keeps the incremental cost per worker relatively low.

Is It Worth It? How to Determine If Wearable Technology Make Sense for Your Warehouse

Wearable scanners carry a real added cost per worker — the scanner itself, mounting accessories, batteries, and charging infrastructure, on top of whatever host device is already in play. That cost is easy to justify in some environments and hard to justify in others. The determining factor isn’t warehouse size — it’s scan frequency and task type.

Wearables tend to pay off quickly in operations like:

• High-volume e-commerce and parcel fulfillment centers, where pickers are scanning constantly across a shift and every second per pick compounds across thousands of daily orders.
• Cold storage and freezer warehouses, where gloved hands make gripping and operating a handheld scanner’s touchscreen or trigger more cumbersome, and a wearable scanner mounted over a glove keeps the worker’s hands functional in the cold.
• Cross-dock and distribution operations with high-frequency put-away, sorting, and load-building tasks where workers are constantly moving cases and need both hands free.
• Manufacturing environments doing frequent work-in-process (WIP) scanning, component traceability, or line-side scanning, where workers are already holding tools, parts, or materials.
• Operations with heavy lifting or two-handed material handling, where requiring a worker to hold a scanner interferes with safely handling the product.

Ring Scanners and Glove Scanners are harder to justify when:

• Scanning is infrequent or happens in batches at a workstation rather than continuously on the move.
• Mobile Workers primarily need to read information off a screen (pick lists, work instructions) rather than just capture a barcode and move on — in which case a handheld or vehicle-mount computer’s larger display may matter more than freeing up a hand.
• The facility has low labor headcount, making the per-worker hardware investment harder to offset through time savings alone.
• Warehouse workers are primarily moving pallets, and capturing barcodes while seated on the forklift.
• Task variability is high and workers switch frequently between scan-heavy and non-scan work, reducing the share of the shift where the wearable form factor actually helps.

The simplest way to think about it: calculate roughly how many scans per hour your busiest workers perform, and how much of their task involves carrying or handling product with both hands. The higher those two numbers, the stronger the ROI case for wearables. If you’re not sure where your operation falls, that’s exactly what a proof of concept is for.

Why You Should Test Before You Roll Out Wearable Scanners

Here’s the part that gets overlooked: wearable scanners are a form factor change, not just a hardware swap, and form factor is deeply personal. A ring scanner that one worker finds comfortable and intuitive might feel awkward, loose, or irritating to another — depending on hand size, glove use, dominant hand, and even personal preference about wearing a device on their finger for eight hours a day.

This matters because a poorly received rollout doesn’t just fail quietly — it actively disrupts operations. If workers find the device uncomfortable, they’ll find ways to work around it, take it off, or slow down rather than adapt, which undermines the very productivity gains you were trying to capture. Unlike a software rollout, you generally can’t push a fix over the air for “the ring pinches” or “the trigger is in the wrong spot.”

A proof of concept (POC) — testing a small batch of devices with real workers, on real tasks, before committing to a facility-wide purchase — de-risks this in a few important ways:

• It validates fit and comfort across your actual workforce, not a generic user profile. Glove compatibility, hand size range, and mounting style (finger ring vs. back-of-hand vs. glove) all matter and vary by vendor.
• It confirms compatibility with your existing host devices and WMS/scanning application before you’ve committed budget to a full deployment.
• It surfaces environment-specific issues — RF interference, battery life across a full shift in your specific conditions (like cold storage), or durability concerns — that don’t show up in a spec sheet.
• It gets frontline worker buy-in. Workers who get a say in testing new equipment are far more likely to adopt it willingly than workers who have a new device handed to them with no input.
• It lets you build a real ROI case using your own scan volumes and cycle times, rather than vendor-provided averages, before scaling spend across the operation.

How CSSI Can Help You Test and Deploy the Right Solution

Choosing among ring scanners, back-of-hand mounts, glove-integrated scanners, and converged wearable computers — and matching that choice to your specific workflows, environment, and existing device fleet — isn’t a decision to make from a spec sheet alone. It requires hands-on evaluation with the people who’ll actually be using the equipment every day.

As a value-added reseller working with leading brands like Zebra, Datalogic, and Honeywell, CSSI can help you run a structured proof of concept before you commit to a purchase. That includes:

• Recommending the right wearable scanner and host device combination based on your workflows, whether that’s picking, packing, sorting, put-away, or manufacturing WIP tracking
• Providing loaner or demo units so your team can test comfort, fit, and usability directly on your floor
• Confirming compatibility with your existing mobile computers, tablets, or vehicle-mount devices, and your WMS or scanning application
• Helping you measure the results — scan times, error rates, and worker feedback — so you can build a real business case before scaling
• Supporting the full rollout afterward, from procurement and configuration to accessories, charging infrastructure, and ongoing support

If you’re evaluating wearable scanners for your operation and want to see how they perform in your environment before making a purchase decision, contact CSSI to discuss your wearables project and how we can help.

FAQ – Frequently Asked Questions About Wearable Scanners in the Warehouse

1. Do wearable scanners work with the mobile computers or tablets we already have? In most cases, yes. Wearable scanners like the Zebra RS5100, Datalogic CODiScan, and Honeywell 8680i (Standard configuration) pair over Bluetooth with your existing Android, Windows, or iOS mobile computers, tablets, or vehicle-mount terminals. New hardware is only typically needed if you choose an all-in-one converged device like the Zebra WS50, or if your current devices are too old to support Bluetooth pairing.

2. How much faster is a wearable scanner than a handheld one? The gain comes from eliminating the pick-up-and-put-down cycle — locating, aiming, scanning, and setting down a handheld device. That’s a few seconds per scan, but across hundreds of scans a day, per worker, it adds up to a meaningful chunk of a shift. The busier and more scan-intensive the task, the bigger the payoff.

3. Are wearable scanners worth the extra cost for a smaller warehouse? It depends more on scan frequency and task type than on facility size. Operations with high-volume, continuous scanning — e-commerce fulfillment, cross-docking, cold storage, manufacturing WIP tracking — tend to see fast payback even at moderate headcounts. Warehouses with infrequent or batch-style scanning usually see a weaker case for the added per-worker cost.

4. Can wearable scanners be used with gloves, including in cold storage? Yes — this is actually one of their strongest use cases. Ring, back-of-hand, and glove-integrated scanners are designed to work over gloved hands, which makes them easier to operate in freezer and cold storage environments than a handheld device with a touchscreen or trigger.

5. Why do I need a proof of concept instead of just buying a batch of scanners? Comfort and fit vary a lot from worker to worker, and a device that feels natural to one person can feel awkward or irritating to another over a full shift. A proof of concept lets you test real devices with real workers on real tasks first — surfacing fit, compatibility, and environment-specific issues (like cold storage battery life) before you commit budget to a full rollout. It also builds frontline buy-in, since workers who help test new equipment are more likely to adopt it willingly.

Zebra RFID Technology – Supported By CSSI

We have been seeing a years-long trend with increasing adoption of RFID technology due to its cost-efficiency, process automation, operational visibility, and reliability. Successful RFID projects require well-designed hardware as well as RFID partners with the expertise to implement your system. Zebra Technologies Corp offers a broad variety of RFID solutions, from handheld and fixed readers to RFID portals, RFID tag printers, RFID label and tag supplies, and supporting software. As an authorized Zebra RFID partner, CSSI can help you to navigate your options and select the best options for your project.

The Rise of RFID Applications: Why Are Companies Making the Switch to RFID?

Radio frequency identification (RFID) technology has experienced unprecedented, double-digit growth in recent years. In fact, as far back as 2018, approximately 15 billion UHF RFID tags had already been sold, with the Manufacturing and Transportation & Logistics (T&L) sectors emerging as some of the fastest-growing verticals.

So, why are companies rapidly adopting RFID over traditional data collection methods like the barcode scanner?

• Cost Efficiency: The cost of passive RFID tags has dropped significantly, moving from 30 cents to just 5 cents per tag, making rapid ROI highly achievable.
• Process Automation: Unlike barcode scanner methods, RFID allows workers to scan many tags simultaneously without requiring a direct line of sight, drastically reducing manual labor time and costs. RFID can be much faster than the barcode scanner.
• Operational Visibility: RFID delivers extremely high inventory accuracy and real-time visibility, optimizing Work-in-Process (WIP), asset tracking, returnable containers, and pallet ID.
• Maturity & Reliability: RFID technology now features stable and robust global standards alongside consistent, field-proven performance across highly demanding environments.

Why is Zebra An Industry Leader and Innovator in RFID Technology?

When transitioning to an RFID-enabled ecosystem, fragmented multi-vendor solutions often lead to interoperability headaches. As an industry leader in mobile computing and data capture, Zebra Technologies has been powering RFID from the very beginning. Zebra handheld RFID readers and fixed RFID readers are well known, but there is also a very broad portfolio encompassing integrated RFID portal solutions as well as printers, tags, and software to run your application.

Zebra’s pedigree is built on five decades of research, design thinking, and software development. With 600 RFID patents , Zebra has delivered numerous industry firsts, creating the market’s broadest, field-proven RFID portfolio. Zebra provides a cohesive, trustworthy ecosystem that mitigates implementation pains and unlocks the true ‘sense-analyze-act’ potential of your operational data.

What is Included in Zebra’s RFID Solution Portfolio?

Zebra offers a complete end-to-end RFID ecosystem designed to streamline discovery, design, and deployment. Here is a look at the core categories and top examples of Zebra’s offerings:

RFID Category	Description	Top Solution Example
Handheld RFID Readers	Improve associate performance and mobility by capturing many items simultaneously with the pull of a trigger.	MC9190-Z Handheld Computer: Built to deliver highly accurate, fast reads to reduce labor time and costs in manufacturing and warehousing.
Fixed & Overhead Readers	Streamline inventory and track goods in motion automatically, providing real-time visibility without human intervention.	Fixed Readers & Integrated RFID Portal Options: Ideal for dock doors and open floors to control tagged assets and monitor shipment validation.
RFID Printers	Accurately print and encode RAIN RFID labels, tags, and cards wherever and whenever needed.	ZT600R & ZT400R Series: High-performance industrial printers designed for rugged manufacturing and T&L environments.
RFID Antennas	High-performance RAIN RFID antennas that extend read ranges and throughput for high-volume tracking.	Zebra RFID Antennas: Engineered for large operational footprints like distribution centers and warehouses.
RFID Labels & Supplies	High-performing, pre-tested labels and inlays customized with the right materials and adhesives for extreme environments.	Zebra Silverline & Custom Inlays: Scalable tagging solutions that give physical assets a reliable digital voice.
Enablement Software	Intelligent platforms to easily deploy, manage, and scale large volumes of serialized data and edge devices.	Zebra MotionWorks Enterprise RFID Reader Management & Zebra Savanna: Cloud platforms and management tools to control thousands of readers globally.

How To Get Started on Your Next Project with Zebra RFID Readers

By partnering with CSSI and leveraging Zebra’s industry-leading, end-to-end RFID portfolio, manufacturers and logistics providers can completely transform their supply chain visibility, eliminate blind spots, and drastically improve their bottom line in common RFID applications such as inventory management. Please contact CSSI Technologies, an authorized Zebra RFID partner , to discuss your project.

FAQ – Frequently Asked Questions About RFID and Zebra

1. Why are companies switching from barcode scanning to RFID? RFID lets workers capture many tagged items at once without needing a direct line of sight, which cuts manual scanning time compared to traditional barcode methods. It also delivers much higher inventory accuracy and real-time visibility into work-in-process, assets, returnable containers, and pallet-level tracking. Falling tag costs — passive tags have dropped from around 30 cents to roughly 5 cents apiece — have made ROI faster to achieve, and the underlying technology has matured into a stable, field-proven standard.

2. What makes Zebra a leading choice for RFID deployments? Zebra has been involved in RFID since its early days and holds around 600 RFID-related patents, giving it one of the broadest, most field-proven RFID portfolios in the industry. Rather than piecing together readers, printers, and software from different vendors — which often creates interoperability problems — Zebra offers a single, cohesive ecosystem spanning hardware and software, reducing implementation risk.

3. What types of RFID hardware does Zebra offer? Zebra’s portfolio covers the full RFID workflow: handheld readers for mobile, trigger-pull scanning of multiple items at once; fixed and overhead readers for automated read points like dock doors and RFID portals; RFID printers such as the ZT600R and ZT400R series for encoding labels and tags; and high-performance antennas designed to extend read range across large facilities like distribution centers and warehouses.

4. Does Zebra provide RFID labels and software, or just readers? Yes — beyond hardware, Zebra supplies pre-tested RFID labels and custom inlays (including its Silverline line) engineered for demanding environments, plus enablement software such as Zebra MotionWorks Enterprise and Zebra Savanna for managing and scaling large deployments of readers and serialized data from the cloud.

5. How does CSSI help a company get started with Zebra RFID? As an authorized Zebra RFID partner, CSSI helps evaluate a company’s operation and select the right combination of readers, printers, antennas, and software for the use case — whether that’s inventory management, WIP tracking, or shipment validation. The recommended first step is contacting CSSI to discuss the specific project.