Intel Connected Logistics Platform

In this deck from the Global Tech Jam 2018, Shawn Irvine from the City of Independence and Laura Rumbel from Intel present: Intel Connected Logistics Platform.

"Service providers in the logistics and transportation industry operate at low margins—three to five percent—which they can improve by using this platform to boost efficiency. Intel is introducing its new Intel Connected Logistics Platform to help you automate shipment tracking and increase shipment visibility (e.g. location, temperature, humidity, mishandling) of high-value goods as they move through the supply chain and to their final destination.

The savings can be substantial, such as detecting product damage early and rerouting the product to avert the cost of a complete, round-trip journey. End customers benefit from getting a jumpstart on implementing a recovery plan. Shippers can also gain a better understanding of the conditions that cause damage, making it possible to mitigate future damage and avoid costly claims."

Watch the video: http://insidesmartcities.com/intel-connected-logistics-platform-farm-fork-crop-tracking/

Learn more: https://www.intel.com/content/www/us/en/logistics-and-supply-chain/connected-logistics-platform/overview.html

and

https://globaltechjam.com/2018-global-tech-jam-presentations/

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1. Intel Connected
Logistics Platform
Tech Jam
June 2018
Laura Rumbel, Consumer Experience Enabling Director, Intel
Shawn Irvine, Economic Development Director, City of Independence

2. Enterprise Service Bus
Application Layer
Security & Service Orchestration Middle Layer
Device, Identity & Asset
Mgmt.
Cloud Analytics
Data Aggregation Biz. Workflow
API
Cellular
Upload
Wi-Fi Upload Wi-Fi Upload
Fixed
Gateway
Fixed
Gateway
Mobile Gateway
State Transfer, Fixed to Mobile
Gateway
Warehouse /
Distribution Center
Use case: source to destination tracking
Warehouse /
Distribution Center
Airplane
Compatible
Radio Shutoff
Local Storage
Multi-modal Transport
60 days
Battery
Powered
S S
S S
S S
S S S
S
Customer / Retailer
Supplier /
Manufacturer
Mesh Network
S S S
S SS
Sensor
Tag
On-Boarding
Tool
Start Logger
Mode
Fixed gateway
conduit Mode
Mobile Gateway
Managed Mode
Fixed gateway
conduit Mode
S
Sensor
Tag
On-Boarding
Tool
End Logger
Mode
S S S
S S
S S S
S S
State Transfer, Mobile to Fixed
Gateway
Intel Confidential —Do Not Forward

3. ICLP hardware
802.15.4
Wireless
Sensor
Network
Credit Card Form
Factor
6-12 Months
Battery Life
Shock, Tilt
Temperature
Humidity
Ambient Light
Range Sensing
32-bit
Microcontroller
Security
Chip
Intel Atom X3
800MHz Quad
Processor
Android OS
Power LED
Switch
LCD
Beeper
20 to 40 days
Battery Life
3G Modem, GNSS
Wi-Fi, Bluetooth, NFC
USB OTG Port
Shock, Tilt
Temperature
Humidity
Ambient Light
Pressure Sensing
802.15.4 Dense
300 Node Wireless
Sensor Network
Smartphone
Form Factor
Gateway
Tag

4. Rogue Fresh Hops Proof of Concept
4

5. Research Goals
Demonstrate the ability to:
•Collect temperature and humidity data on produce between the farm and the processor
•Aggregate data for post hoc analysis
•Supply real time data on website for inspection during transit
•Note whether temperature or humidity rise above or below preset boundaries
•Generate and transmit alerts to advise trucker and receiver that measurements are outside desired bounds
•Track location of produce using GPS
•Aggregate data for post hoc analysis
•Supply near-real time data on website for inspection during transit
•Generate and transmit alerts when shipment is within certain distance(s) of receiver
5

6. 6

7. Temperature Report
7

8. Humidity Report
8

9. 9
Berry Blockchain Proof of Concept

10. Berry POC scenarios
•Capture and log GPS origin of organic fruit picked at organic Harvest Site location
•Track the temperature and humidity of the picked fruit in the Harvest Site and identify how long the
picked fruit is at Harvest Site awaiting transport
•Track location, temp and humidity of fruit while in transit from Harvest Site to Pre-Chill Site
•Track temp and humidity of fruit while at Pre-Chill Site
•Track location, temp and humidity of fruit while in transit from Pre-Chill Site to Processing Site
•Track location, temp and humidity of fruit while in at Processing Site and moving to Cooling Site
•Track location, temp and humidity of fruit while in transit from Cooling Site to Distribution Center
•Integrate ICLP with the block/ledger for one holistic platform
•Relevant shipment data (TBD) mirrored in ledger for POC stakeholders (PO, COC, POL)
•Automate all sensor data uploaded to ledger, eliminating risk of human error and
shifting range of trust to technology platform

11. POC Goal: “Visibility to all cold chain data from the growing lot
to the end customer distribution center shared and exchanged
securely using blockchain”
~24 hrs.

13. Intel Confidential —Do Not Forward
13

14. Photos
14