100 likes | 110 Views
IT and Enterprise Transformation in the Automobile World. John Leslie King. John Leslie King Vladislav V. Fomin School of Information University of Michigan jlking@umich.edu vvfomin@umich.edu. Kalle Lyytinen Sean McGann Weatherhead School Case-Western Reserve Univ. kjl13@po.cwru.edu
E N D
IT and Enterprise Transformation in the Automobile World John Leslie King
John Leslie King Vladislav V. Fomin School of Information University of Michigan jlking@umich.edu vvfomin@umich.edu Kalle Lyytinen Sean McGann Weatherhead School Case-Western Reserve Univ. kjl13@po.cwru.edu stm3@weatherhead.cwru.edu Supported in part by a grant from the NSF Digital Society and Technology Program
The Industry Today • 40 million cars produced globally • 550 million cars in use globally • 134 million US cars in use in 2001 (24% of global) • 5,000 firms, 670,000 workers in US OEM/suppliers: Context • New vehicles = 7% of automobiles and decreasing • Service is the primary source of profit • Complementary components (service, insurance, roads, fuel) much larger than OEM/Supplier base. • “Automobile World” is 1/7 jobs in the US economy. • >50% of Los Angeles land is for motor vehicles.
The Contemporary Focus • “E-business” in the Auto World • Direct sales (e.g., AutoNation, dealers) • Reference (Auto-by-Tel, FordDirect) • Price/product finding (Carpoint, Edmunds) • Supply Chain coordination • Clearinghouse/Auction systems (Covisint) • Vertical sourcing (e.g., proprietary EDI) • Entertainment and Communications • Passenger entertainment (HiFi branding) • Passenger communications (cellphones) • Vehicle location and monitoring (OnStar)
A Broader Focus • IT is pervasive and embedded in the automobile world but its greatest effects are largely invisible • IT enables but seldom causes transformation • Focus on two examples: • Atmospheric emissions control • Passenger safety
Atmospheric Emissions Control Fuel supply to air Incoming air Exhaust gasses (CO, NoX, CO2, ozone, unburned hydrocarbons) Pre-1972 P T Post-1978 Computer Oxygen sensor Fuel inject/induct Incoming air 3-way catalytic converter
Passenger Safety • Polyvinyl acetate laminate safety glass, 1938 • Passenger restraint legislation, early 1960’s • Nader -- Unsafe at Any Speed, 1965 • Consumer Product Safety Commission 1972 • Safety features in US auto marketing • Pinto liability case, 1978 • Passive passenger restraint efforts • Automatic seat belts • Air bags • ABS • Traction control • Controversies (e.g., air bag deaths) • Smart passive restraint systems • IVHS devices and systems Pre-1978 Post-1978
Ecological Shift • Closed-loop emissions control • Manufacturing liability and extended warranty to 5 years/50,000 miles • Passenger safety • Design liability of unlimited duration • The key impact of IT is in record keeping systems • Vehicle/Owner matching and notification for warranty and passenger safety recall • Actuarial analysis in insurance--> legislation--> OEM loop
Transformation, Indeed • A combination of forces: • technology, institutions, and the social construction of reality • Ability to link liability throughout unit life cycle to the OEM • Shift in financing patterns (lease, vehicle HMO) • EU regulations regarding residual claimant responsibility for vehicle recycling/disposal • If you cannot escape the liability, why sell the asset?
Market-coordinated supply chains Inattention to externalities Fire-and-forget customer relationship Product industry Summary 1960 2000 • Partnership-driven supply chains • Internalization of a broad variety of costs • Intimate and protracted customer relationships • Service industry