Title: Automotive Industry Action Group The Need for Traceability July 27, 2006 Ohio University
1Automotive Industry Action GroupThe Need for
TraceabilityJuly 27, 2006Ohio University
- Morris Brown
- Program Manager
- Materials Management
2Agenda
- Background on AIAG
- What drives traceability in automotive
- Overview of AIAGs automatic identification
standards and guidelines - RFID
- Q A
3- THE AUTOMOTIVE INDUSTRY IS STANDARDS DRIVEN
4About AIAG
- Organization
- Globally recognized trade association
- 1,500 member companies
- OEMs
- Suppliers
- Service Providers
- 50 full-time staff
- Executives on loan from DaimlerChrysler, Ford and
General Motors
5AIAG Steering Committees
- Materials Management
- Electronic Commerce
- Quality
- Collaborative Engineering
- Occupational Health Safety
- Truck Heavy Equipment
6Materials Management Committee
- Materials Management Operations Guideline
- RFID
- Business Continuity Planning
- Automatic Identification Data Collection
- Returnable Containers
- Customs
- TREAD Act
7What Drives Traceability in Automotive
8Growing Pain Around Warranty
- Automotive sector spending 1 to 3 of product
revenue on warranty costs - TREAD Act requirements are increasing visibility
in this area - NHTSAs TREAD Act requires Vehicle Manufacturers
to more comprehensively track and report product
issues to the Federal Government. - And its not getting easier
- Frequent Model Introductions
- Increasing Product Complexity
- Time Intensive Root Cause Diagnostics
- Part and Platform Re-Use Grows
9Exact Information is Available Now
- 2005
- Auto Warranty Costs 13,964,561,455
- 1.78 of worldwide sales
- 2004
- Auto Warranty Costs 12,729,138,182
- 1.65 of worldwide sales
- 2003
- Auto Warranty Costs 11,933,347,464
- 1.77 of worldwide sales
Source Warranty Week-June 2006
10The Perfect Storm
November 1, 2000 Transportation Recall
Enhancement, Accountability, and Documentation
Act (TREAD Act)
11Worldwide Reach of Substantially Similar
Products
Manufacturers HQ in Germany
Sold in US
The Venezuelan Death Must be Reported to NHTSA
Assembled in Mexico
- Sold in Venezuela
- Death in Venezuela
- Claim of Product Defect
12TREAD Act Reporting Highlights
- Far more reaching than just tires
- Focus is on Early Warning Reporting (EWR)
requirements - Heart of TREAD Act is traceability
- Reporting requirements are different if you are
an OEM/tire manufacturer vs. a component
supplier - First reports were due to NHTSA December 1, 2003
- Severe civil and/or criminal penalties for
failing to report information in a timely manner
13RFID The History
Pre-50s 1950s 1960s 1970s
1980s 1990s 2000s
- Over 350 direct - reference patents
- 1926 Bairds
- radio object
- detection
- patent
- 1935 Watson-
- Watts radar
- patent
- WW II Radar
- refined
-
- Harrington
- Active
- Loaded
- Scatterers
- MIT Auto-ID
- Center formation
- 1952 Vernon
- Application of the Microwave
- Homodyne
- AIAG ARF1, Application Standard for RFID in the
Automotive Industry October, 1991
- 1975 LASL
- releases
- research to
- public sector
- National
- international
- standards emerge
- LASL spins-off
- IDX Amtech
- 2003 RFID
- prominent in
- Iraqi Freedom
- Fairchild, RCA
- Raytheon
- initiate pgms
- Harris patent Radio
- transmission
- systems with
- modulatable
- passive
- responder
- AIAG AIDC Workroup has been involved with RFID
since 1987
- 1977 Electronic
- license plate for
- motor vehicles
- 1994 All
- US railcars
- outfitted
- 2002 AIAG B11
- Tire Wheel
- Standard
- 1948 Harry
- Stockman -
- Communications
- By Means of
- Reflected Power
- Multiple early
- adopter
- installations
- 1997US Army
- rolls out TC-
- AIMS II
- 1969 Mario
- Cardullo RFID
- concept
- 2005 Walmart
- initial deadline
- Vast number of companies enter RFID marketplace
- 1979 RFID
- animal
- implants
RFID TIMELINE
- 1st Toll Collection
- System - Norway
- Texas, Georgia /
- Oklahoma Tolls
Adapted from Interaction Design Institute RFID
Project Presentation 2002 Thanks to Dan
Kimball, DoD Logistics AIT Office
14Current AIAG Publications
- B-4 Parts Identification and Tracking Application
Standard - B-10 Trading Partner Labels Implementation
Guideline - B-11 Tire and Wheel Standard
- B-14 Guideline for the use of 2D symbols on
Trading Partner Labels - B-16 Global Transport Label Standard
- B-17 2D Direct Parts Marking Guideline
15B-4 Part Identification Tracking Application
Standard
- Tells you what to mark
- Addresses data fields, data identifiers, numerous
symbologies (linear 2D), and provides
definitions critical to this standard - Specifications for both direct marking and
labeling of individual parts, kits,
assemblies/subassemblies
16B-10 Trading Partner labels Implementation
Guideline
- Specifications for container and pallet labels in
the shipment, transport, and receipt of parts - Updated for 2004 to include Code 128 and 2D
symbologies - Revision also includes quick receive bar code
label to allow entire truck shipment to be
received by scanning one or two simple bar codes.
17Revision to B-11 Tire Identification Standard
- Update of the AIAG B-11 Standard published in
1994 - New B-11 Mission Statement To provide an
electronic means of transferring data from the
tire to anywhere it needs to go. - Standard to include the ability to use both
labels and RFID tags
18AIAG B-11 Tire Tag
Yesterday
- ANSI INCITS 256 (T6) and ISO/IEC 18000, Part 4
Part 6 compliant - 902 - 928 MHz for U.S. / 869 MHz for Europe
- 2450 MHz for Japan
- Molded into tire, applied with adhesive, or
label - 1024 bits
- ISO 15418/MH10.8.2 Data Identifiers
- Successfully demonstrated in the U.S. the E.U.
Today
- 18000, Part 6c with User Memory
- Molded into tire, applied with adhesive, or label
- 2048 bits
- EPC as UII MB01
- ASC MH10 DIs for OEM data MB11
- User Memory ISO/IEC 15961/15962 compliant
19Demonstration Video
- http//www.aiag.org/videos/index.cfm
20B-11 TIRE RFID STANDARD
- This is the first RFID item level tracking
application standard in the world - The work group has just updated this document to
allow for retail information (EPCglobal syntax.) - Document could be modified to track any asset
(Returnable containers, racks, engines,
transmissions, etc.)
21B-16 Global Transport Label Standard for the
Automotive Industry
- Global automotive labeling standard.
- Based on existing ISO, AIAG and Odette labels
- Spirit of cooperation with Odette and JAMA/JAPIA
- Mixed/Master label
- Allows for RFID
22B-17 2D Direct Parts Marking Guideline
- How to mark recommendations
- Provides information for marking, verification,
and reading of Data Matrix and QR Code symbols
marked directly on parts - Technologies addressed include laser, dot peen,
and inkjet technologies
23RFIDThe Automotive Industry is the Single
Largest User of RFID
2446
28
http//www.abiresearch.com/abiprdisplay2.jsp?press
id182
25Radio FrequencyIdentification (RFID) - Making
the Right Choices
26Application GM 1724 (B16) Global Common Shipping
Label RFID SMART LABEL
RFID inlay imbedded within label material
27(No Transcript)
28The AIAG Created the FIRST . . .
- Code 39 Standard (AIAG B-1 84)
- Identifier Standard (AIAG B-6)
- (Created Data Identifiers)
- Shipping Label Standard (AIAG B-3 B-5)
- Part Identification And Traceability Standard
(AIAG B-4 ) - Global Transport Label Standard (AIAG B-16 -
02)
- Tire Wheel Identification Standard (Optical
RFID) - (AIAG B-11 02)
29Thank you Contact Information
- Email mbrown_at_aiag.org
- Phone 248.358.9788
- Web www.aiag.org
- AIAG RFID Summit November 2 at Rock Financial in
Novi, Michigan. Contact Customer Service at
248-358-3003 to register