Port Terminal Industry Solution

2026-08-03

Key Industry Pain Points

The port terminal industry includes container yards, bulk cargo yards, general cargo docks, inland river ports, and ocean shipping ports. These operational environments have high salt spray, high humidity, strong bumps, high impact, dust, rain, and direct sunlight. They are among the most demanding scenarios for device protection. Commercial-grade devices cannot adapt to such high-intensity operations, creating obvious bottlenecks for digital mobility:

• Poor Environmental Adaptability: Port and terminal areas feature high salinity and humidity in ambient air. Long‑term exposure leads to salt‑spray corrosion of devices. The sealing structure and housing materials of ordinary tablets cannot resist erosion from salt spray, dust and rainwater. Terminal operations subject equipment to jolts and vibration from heavy‑duty vehicles, as well as accidental impacts and drops from cargo. Ordinary tablets lack sufficient drop and shock resistance and are prone to malfunctions such as housing deformation, cracked screens, loose internal components and short circuits.

• Lack of Scenario‑Specific Functionality: Port yard operations require rapid recognition of container numbers and seal barcodes, together with accurate recording of container position, status and shipping‑line ownership. The scanning modules of ordinary tablets deliver low recognition accuracy and slow focusing speed, failing fast‑scan requirements under outdoor strong sunlight, dust and water mist. Container IDs and vehicle information in yards must be legible under bright light; conventional tablets suffer severe screen visibility degradation, dragging down operational efficiency.

• Poor Real‑Time Data Transmission: Large container equipment obstructions and intense electromagnetic interference exist across port terminals. Wireless signals on ordinary tablets are unstable, frequently causing disconnection, transmission delay and stuttering. Such devices cannot receive real‑time vessel loading‑unloading plans, yard relocation orders and vehicle dispatching information.

• Weak Vehicle Mounting Adaptability: Container handlers, yard dispatch vehicles and terminal tractors at ports operate under heavy jolts and vibration. Ordinary tablets have no heavy‑duty dedicated vehicle mounting solutions, so they cannot work stably during vehicle movement. Moreover, data interconnection with on‑board diagnostic systems and dispatching systems is not supported.

• Poor Battery Life & Maintainability: Port operations often last more than 12 consecutive hours, and some terminals adopt two‑shift or three‑shift schedules. Ordinary tablets have small‑capacity batteries without removable or hot‑swappable design and cannot sustain prolonged continuous work. Heavy dust and salt spray at ports tend to corrode device interfaces. Interfaces on ordinary tablets lack dust‑proof and water‑proof performance, resulting in poor contact and short‑circuit faults.

Customized solutions

Use port-specific high-protection rugged tablets as container tallying, ship loading/unloading command, yard dispatching, and vehicle-mounted terminals, adapting to harsh dock environments with high salt spray, high humidity, strong bumps, and extreme temperature differences. Cover the full digital workflow of ship loading/unloading, yard stacking, vehicle dispatching, and cargo handover:

• Heavy‑Duty Protection for Extreme Port Operating Conditions Certified for IP67/IP68 water and dust resistance and compliant with MIL‑STD‑810G military‑grade drop and shock resistance standards, the device housing is built of high‑strength salt‑spray‑resistant alloy with thickened rubber shock‑absorbing bezels. All interfaces are fitted with waterproof stoppers and alloy protective covers to provide lasting resistance against salt spray, moisture, dust and rainwater, while surviving 1.5‑meter drops and jolts and vibration from heavy‑duty vehicles. A customizable ultra‑wide‑temperature variant ranging from ‑40℃ to 70℃ is available to adapt to outdoor port conditions of high heat, severe cold and sharp temperature fluctuations.

• Optimized Display & Scanning for Outdoor High‑Brightness Operations Equipped with a 10.1‑inch high‑definition high‑brightness sunlight‑readable screen with brightness exceeding 1000 nits and adopting anti‑glare and anti‑reflection treatment, it clearly displays container numbers, yard location codes, dispatch orders and vessel loading‑unloading drawings under strong outdoor sunlight, rainy and foggy port conditions. It supports operation with thick gloves, wet hands and oil‑stained hands. The built‑in high‑performance industrial scanner rapidly and accurately reads container barcodes, seal barcodes and vehicle VIN codes amid dust, water mist and intense sunlight, delivering high recognition accuracy and fast focusing.

• Multi‑Mode Communication Ensures Stable Yard Data Transmission Supporting multi‑mode wireless transmission including Wi‑Fi 6E, 5G and Bluetooth 5.2 and equipped with high‑gain signal antennas, the device automatically switches to the optimal frequency band under obstruction by large metal containers and intense electromagnetic interference at ports. It avoids stalling and disconnection caused by wireless roaming and guarantees real‑time transmission of dispatch instructions, container data and vehicle location information. Seamlessly interfaced with core port dispatching systems such as TMS, TOPS and ERP, it synchronizes real‑time data including container positions in yards, vehicle dispatching status, vessel loading‑unloading progress and cargo handover records.

• Vehicle Mounting & Customized Battery Design for Continuous Operations Professional heavy‑duty shock‑resistant vehicle mounting brackets enable secure installation on container handlers, yard dispatch vehicles and terminal tractors, coping with heavy‑intensity jolts, vibration and impacts during vehicle operation. Abundant industrial‑grade interfaces are reserved for external connection of on‑board diagnostic equipment, thermal printers, barcode scanners and RFID readers to realize interconnection with vehicle dispatching systems. Fitted with a standard battery capacity above 10000 mAh, the device supports removable hot‑swappable batteries. Batteries can be replaced without powering down the unit to meet requirements for long‑duration continuous port operations.

• Yard Management Adaptation to Streamline Yard Workflows A high‑precision built‑in GNSS positioning module records container positions, vehicle travel tracks and work routes of operators in real time. External temperature‑humidity sensors can be connected to monitor ambient temperature, humidity and salt‑spray concentration in yards. Through the MDM (Mobile Device Management) platform, IT administrators can remotely perform batch configuration, firmware upgrades and fault diagnosis to cut equipment maintenance costs. The device surface is coated with special anti‑corrosion finish to withstand long‑term erosion from salt spray and seawater.

Quantified Business Value：

• Protection Adaptability: Featuring IP67/IP68 water‑dust resistance, salt‑spray resistance and military‑grade drop and shock resistance, the annual failure rate of devices in terminal environments is

reduced to below 1%.

• Efficiency Improvement: The average time for container information identification and recording is shortened from 5 minutes to less than 1 minute, raising container tally efficiency by 40%.

• Quality Enhancement: The container positioning error rate is greatly reduced, and terminal operation accuracy rises above 99.9%. • Collaboration Optimization: Multi‑mode communication guarantees stable data transmission in yards, significantly cutting vehicle dispatching response time.

• Management Upgrade: Full‑process operational data is collected, transmitted and traceable in real time, substantially lifting the digitalization level of yard management.

Verified Use Case：