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Smart Industry 2/2018

Smart Industry 2/2018 - The IoT Business Magazine - powered by Avnet Silica

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<strong>Smart</strong> Communications IoT & Supply Chain<br />

decrease in overall water loss and has<br />

increased profitability. The system has<br />

also improved labor efficiency, with<br />

sensors taking data collection that<br />

was previously conducted manually.<br />

This has generated substantial cost<br />

savings.<br />

Looking at warehouse<br />

logistics<br />

Warehouses have always served as vital<br />

hubs in the flow of goods within any<br />

supply chain. But in today’s economic<br />

climate, they also serve as a key source<br />

of competitive advantage for logistics<br />

providers who can deliver fast, cost-efficient,<br />

and increasingly flexible warehousing<br />

operations for their customers.<br />

With thousands of different types and<br />

forms of goods being stored in the average<br />

warehouse today, every square<br />

meter of warehousing space must be<br />

optimally utilized to ensure specific<br />

goods can be retrieved, processed,<br />

and delivered as fast as possible. The<br />

result is a high-speed, technologydriven<br />

environment that is ideal for<br />

IoT applications. From pallets and<br />

forklifts to the building infrastructure<br />

itself, modern warehouses contain<br />

many “dark assets” that can be<br />

10<br />

4<br />

6 7<br />

photo ©: DPDHL<br />

Go with the flow<br />

Flexible warehousing<br />

operations are a key<br />

source of competitive<br />

advantage for logistics<br />

providers and<br />

their customers.<br />

8<br />

connected and optimized through<br />

IoT. IoT allows for the “dark assets” in<br />

warehouses – including equipment<br />

and pallets – to be “lit up,” generating<br />

value from every square meter.<br />

In a city manager’s world, consider<br />

these public-sector use cases:<br />

• Pallet and item-level tagging for<br />

smart inventory management, realtime<br />

visibility, accurate inventory<br />

control<br />

• Video cameras for damage and<br />

theft detection, pile-ups<br />

• Equipment and machinery tagging<br />

and central management for<br />

optimal asset utilization, predictive<br />

maintenance, worker safety<br />

• Connected wearables for safety,<br />

workforce efficiency, and work experience<br />

1<br />

• Connected HVAC, lighting for smart<br />

warehouse energy management.<br />

Swisslog’s “<strong>Smart</strong>LIFT” technology<br />

combines forklift sensors with directional<br />

barcodes placed on the ceiling<br />

of the warehouse. With the help<br />

of WMS data, these create an indoor<br />

GPS system that provides the forklift<br />

driver with accurate location and<br />

direction information of pallets. A<br />

dashboard for managers shows the<br />

real-time speed, location, and productivity<br />

of all forklift drivers and inventory.<br />

Ravas’ “smart forks” technology incorporates<br />

weight scales and loadcenter<br />

measurement technology for<br />

pallet trucks. An alert is sent to the<br />

driver when load capacity has been<br />

exceeded or when the load center is<br />

uneven.<br />

Locoslab’s “connected workforce” is<br />

another case in point. Precise localization<br />

of mobile devices in indoor<br />

environments using active and passive<br />

RFID technology monitors the<br />

movement of people and objects<br />

within an indoor environment and<br />

applies location analytics to understand<br />

where mundane processes can<br />

be improved.<br />

3<br />

5<br />

9<br />

2<br />

photo ©: DPDHL<br />

IoT Connects Up Warehouse Assets<br />

1 2 3 Tags on each pallet transmit<br />

package data at the inbound gateways,<br />

while in inventory, and during outbound<br />

delivery.<br />

4 Sensors on a sorting machine detect<br />

levels of physical stress by measuring<br />

throughput or temperature<br />

5 6 7 Sensors, actuators, and radar/<br />

cameras on forklifts and other objects<br />

communicate with each other and scan the<br />

environment for dangers<br />

8 Sensor-embedded wearables allow<br />

workers to share information and interact<br />

with machines<br />

9 10 Sensors connecting HVAC and utility<br />

networks optimize energy consumption<br />

56

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