Logistics & Transport

Rugged Tablets and Handhelds for Logistics & Transport

Logistics runs on data captured at walking speed — from the receiving dock to the customer's door. Our rugged tablets and handhelds cover warehouse scanning, inventory, forklift terminals, fleet workflows and electronic proof of delivery. Scan engine, NFC, UHF RFID, cellular, GNSS, removable battery, vehicle mount — configured per project, not bolted on afterward.

Why Consumer Devices Struggle in Logistics Operations

Warehouse and transport devices operate under conditions very different from ordinary office or consumer use.

A mobile terminal may be carried through several shifts, mounted on a vibrating forklift, dropped onto a concrete floor, exposed to dust or rain, or moved repeatedly between cold storage and loading areas.

At the same time, the device is part of an operational workflow.

A failed scan can create:

• Incorrect inventory records

• Picking errors

• Shipping discrepancies

• Recounting work

• Delayed order processing

A discharged battery can remove a worker or vehicle terminal from service until another device becomes available.

So look past the processor. Drop rating, IP sealing, scan-engine performance, battery strategy, wireless behavior — these decide whether the terminal earns its shift. The CPU rarely does.

One Rugged Platform for Data Capture and Mobile Work

CENAVA provides rugged handhelds and tablets for fixed, vehicle-mounted and mobile logistics workflows.

We build one device around your workflow:

• 1D/2D barcode scanning

• NFC

• UHF RFID

• Wi-Fi

• 4G or 5G

• Bluetooth

• GPS/GNSS positioning

• Cameras

• Removable batteries

• Docking and charging interfaces

This allows the device configuration to be selected around the actual warehouse or fleet workflow rather than adding multiple external peripherals after deployment.

Not every function exists on every model. Tell us the workflow, and we will spec the exact scan module, RFID option, cellular bands and battery design on the quotation — before you order, not after.

Warehouse Receiving and Put-Away

Inbound logistics begins with identifying goods accurately as they arrive.

At the receiving dock, a rugged handheld or tablet handles:

1. Scan the carton, pallet or item barcode.

2. Match the shipment against the purchase order.

3. Record the received quantity.

4. Identify discrepancies or damaged goods.

5. Assign the inventory to a storage location.

6. Confirm put-away through the WMS.

Integrated barcode scanning reduces the need to carry a separate scanner and computer.

For receiving teams handling pallets or reusable assets, UHF RFID may also be useful where multiple tagged items need to be identified without scanning each barcode individually.

The correct technology depends on tag type, read distance, warehouse layout and WMS workflow.

Picking, Packing and Inventory Counting

Order-picking operations place different demands on a mobile device.

Workers may scan hundreds or thousands of items during a shift, so ergonomics and scan response can matter as much as processor performance.

Day-to-day picking work covers:

• WMS-directed picking

• Pick confirmation

• Bin-location verification

• Packing verification

• Cycle counting

• Stock transfers

• Inventory adjustments

• Replenishment

A compact rugged handheld is often better suited to repetitive walking and scanning tasks.

A larger rugged tablet may be more appropriate where operators need to view detailed WMS screens, product images, packing instructions or multiple data fields.

So let the workflow pick the screen size — no single size wins every warehouse task.

Barcode Scanning in Warehouse Environments

Barcode performance is one of the most important hardware considerations in scanning-intensive logistics operations.

A dedicated scan engine is different from simply using a tablet or phone camera.

A dedicated 1D/2D scan engine reads:

• Product labels

• Carton labels

• Pallet labels

• Location codes

• Shipping labels

• QR codes

• Damaged or poorly printed codes

Choose the engine by:

• Barcode symbology

• Typical scan distance

• Label size

• Label quality

• Lighting conditions

• Scans per shift

CENAVA offers different scanner modules on selected rugged tablets and handhelds. Send us samples of your actual labels — including the worst-printed ones — and we test the scan engine against them before quoting.

UHF RFID for Inventory and Asset Identification

Barcode scanning requires the operator to identify and scan a specific code.

UHF RFID reads compatible tags without line of sight — no aiming, no alignment. In logistics that opens up:

• Pallet identification

• Asset tracking

• Reusable-container management

• Inventory verification

• Tool tracking

• Bulk item identification

However, RFID is not automatically a replacement for barcode scanning.

Read performance depends on tag type, antenna design, read distance, materials around the tag and warehouse environment.

On UHF RFID projects, we test read distance and tag type against your actual products or assets before approving the configuration — lab numbers don't survive contact with real pallets.

Forklift-Mounted Terminals

Forklift applications require a different approach from handheld picking.

A tablet mounted on a forklift may operate for an entire shift while exposed to continuous vehicle vibration and frequent movement.

Shift-long forklift duty covers:

• WMS task display

• Pallet and location scanning

• Put-away confirmation

• Replenishment

• Inventory movement

• Loading verification

Spec the whole installation, not just the tablet:

• Mounting system

• Charging or vehicle power

• Docking connection

• Scanner location

• Screen visibility

• Glove operation

• Wi-Fi coverage

• Vibration exposure

A larger display may improve readability for operators who need to view WMS instructions while remaining seated in the vehicle.

Where the tablet must move between vehicle-mounted and handheld use, a docking architecture can allow the same device to serve both workflows.

Fleet and Transport Applications

The same tablets leave the warehouse with your drivers. On the road they run:

• Dispatch information

• Route information

• Driver inspection forms

• Electronic proof of delivery

• Delivery photographs

• Signature capture

• Shipment verification

• Vehicle inspection

• Navigation

• Incident reporting

Cellular and GNSS options allow compatible devices to exchange data and location information away from the depot.

Tell us the deployment country and carrier — 4G and 5G bands differ by market, and no single cellular build covers the world.

Electronic Proof of Delivery

Electronic proof of delivery can combine several data types into one delivery record.

On the customer's doorstep, one device records the whole delivery:

1. Open the assigned stop.

2. Confirm the customer or destination.

3. Scan the shipment.

4. Record delivered quantities.

5. Capture a signature or photograph.

6. Record an exception if delivery cannot be completed.

7. Submit the transaction to the transport system.

A rugged mobile device keeps these functions on one platform while reducing the need for separate navigation, scanning and paperwork devices.

Match the camera, scanner and cellular options to your delivery software — we verify them against your ePOD app before quoting.

Rugged Hardware for Warehouse and Transport Environments

Three specifications decide whether a device survives your floor: IP rating, drop height and operating temperature. Each is a separate test — no single one covers the others.

IP Protection

Selected CENAVA models are available with ratings such as IP65, IP67 or IP68.

An IP rating describes resistance to ingress of solids and water under defined test conditions.

IP67 means the device survives 30 minutes under 1 m of water; IP68 extends the depth and duration defined by the manufacturer. Neither rating says anything about drops — that is a separate MIL-STD-810H test.

Drop Resistance

Spec drop resistance separately from the IP rating. Our rugged tablets are drop-tested per MIL-STD-810H, Method 516.8, Procedure IV. Drop height varies by model — we quote it per configuration, never as one figure stretched across the whole range.

Operating Temperature

Cold stores, loading areas and vehicle applications may expose mobile computers to wider temperature conditions than an ordinary office environment.

Wide-temperature builds are available across the range. Give us your coldest dock and your hottest cab, and we will match the model's rated operating range to them in writing.

Cold-Chain Logistics

Cold-chain operations create additional challenges beyond ordinary warehouse use.

Cold-chain devices commute between worlds:

• Refrigerated storage

• Freezer environments

• Loading docks

• Vehicles

• Ambient-temperature work areas

Before quoting, we check:

• Minimum operating temperature

• Battery performance at low temperature

• Screen response

• Touch operation with gloves

• Condensation risk

• Charging conditions

A quoted wide-temperature specification should not be treated as proof that every cold-chain workflow is automatically supported.

If your devices cross big temperature swings daily, test them under real conditions during the pilot — condensation inside a screen is a deployment finding, not a datasheet line.

Battery Strategy for Multi-Shift Operations

Big numbers on the battery line don't guarantee a 24-hour operation. Do the math on:

• Expected runtime per shift

• Charging opportunities

• Spare-device availability

• Removable battery design

• Battery charging time

• Charging-cradle capacity

• Number of shifts per day

Selected CENAVA models use removable or hot-swappable battery architectures.

On devices designed for true hot swapping, a backup power source can keep the system operating while the main battery is replaced.

Other models use removable batteries that require a shutdown or controlled battery-change procedure.

The difference matters at 2 a.m. on the night shift: on a hot-swappable device the scan session and WMS login survive the battery change; on a removable-battery device the worker restarts the device and logs back in.
Check which architecture your selected model uses — the quotation states it explicitly.

Wi-Fi Roaming and Warehouse Connectivity

Large warehouses may contain many wireless access points.

A mobile terminal can therefore move through multiple coverage zones during a single picking route.

Roaming stability depends on more than the tablet:

• Access-point placement

• Wi-Fi configuration

• RF interference

• Warehouse racks and inventory

• Roaming configuration

• WMS application behavior

Our devices support modern Wi-Fi standards per model. On large deployments we test roaming on your actual wireless network during the pilot — a spec sheet can't see your dead zones.

Android Device Management

Large logistics deployments usually require centralized device administration.

Large fleets need central control. Enterprise management on our Android devices covers:

• Device enrollment

• Application deployment

• Kiosk or dedicated-device mode

• Security-policy enforcement

• Remote configuration

• Application updates

• Device reset or retirement

Tell us your MDM or EMM provider at selection time. Enrollment paths vary by Android version, device build and management platform — we confirm yours on the exact configuration.

Where supported by the device and distribution channel, Android Enterprise deployment methods can simplify provisioning for large fleets.

If your rollout plan assumes zero-touch enrollment, tell us the target Android version and your MDM provider at the selection stage. We confirm the enrollment path on the exact device configuration — before the pilot, not after several hundred units are in the field.

Accessories for Logistics Workflows

The device is only one part of a logistics solution.

Budget the accessories with the device: 

• Charging docks

• Desktop charging stations

• Vehicle mounts

• Vehicle chargers

• Hand straps

• Shoulder straps

• Carrying cases

• Back mounts

• Styluses

• Spare batteries

For scan-heavy handheld work, ask about pistol-grip and trigger options for your chosen model.

How to Select a Rugged Device for Logistics

The selection process should begin with the workflow.

1. Define the Primary Task

Start with the main job:

• Repetitive barcode scanning

• RFID reading

• WMS data entry

• Forklift mounting

• Delivery work

• Vehicle dispatch

• Inventory inspection

A handheld and a 10-inch tablet solve different ergonomic problems.

2. Define the Data-Capture Method

List the data-capture modules the workflow truly needs:

• 1D barcode

• 2D barcode

• NFC

• UHF RFID

• Camera

• GNSS

Do not specify every available module unless the workflow actually needs it.

3. Confirm the Operating Environment

Identify:

• Drop exposure

• Dust

• Water

• Operating temperature

• Cold-storage requirements

• Outdoor use

• Vehicle vibration

Then select the appropriate rugged configuration.

4. Determine the Battery Strategy

Calculate expected runtime rather than simply choosing the largest battery.

A fixed forklift terminal with vehicle power has different battery requirements from a worker carrying a handheld for ten hours.

5. Check Software Compatibility

Confirm compatibility with the actual:

• WMS

• TMS

• ERP

• Delivery application

• MDM/EMM platform

• Scanner middleware

Do this before the hardware gets the green light.

6. Test the Workflow Before Full Deployment

A logistics pilot should test more than whether the device turns on and connects to Wi-Fi.

The pilot should verify:

• Scan success rate

• Scan distance

• WMS response

• Wi-Fi roaming

• Battery runtime

• Charging workflow

• Drop and handling ergonomics

• Vehicle mounting

• Glove operation

• Accessory suitability

Problems found during a 10-device pilot are much easier to solve than the same problems discovered after several hundred devices have been deployed.

Why Logistics Companies Choose CENAVA

Data capture

1D/2D scan engines, NFC and UHF RFID are configured per project — the A65GT handheld covers scan-intensive walking workflows, while the A10R tablet adds the screen area for image-heavy WMS screens.

Vehicle-ready

Forklift and truck installations pair the 10.1-inch tablets with vehicle docks and chargers from the same product family, so one mount design covers the pilot and the rollout.

Deployment support

For rollouts we prepare the software image, MDM enrollment method and accessory kit alongside the hardware — one configuration sheet per project.

From Pilot Deployment to Fleet Rollout

Prove the workflow first. Scale the hardware second.

For pilot projects, the priority is usually confirming scanner performance, WMS compatibility, connectivity, battery runtime and worker ergonomics.

For larger rollouts, additional planning is required for:

• Device configuration consistency

• Software images

• MDM enrollment

• Charging infrastructure

• Spare devices

• Spare batteries

• Replacement accessories

• Repair and RMA procedures

Plan them now, and the rollout becomes a delivery schedule instead of a rescue operation.

Talk to CENAVA About Your Logistics Project

Start with the workflow, not a generic spec sheet. Tell us five things — the main task, your scan and RFID needs, the environment, shift pattern and software stack — and we will come back with a handheld or tablet configuration, accessories on the same line, plus lead time and pricing.