NHTSA to propose a requirement that all new vehicles contain an event data recorder.
Officials at the National Highway Traffic Safety Administration are considering to require that all new cars must have an event data recorder inside the vehicle.
The National Highway Traffic Safety Administration will later this year propose a requirement that all new vehicles contain an event data recorder, known more commonly as a “black box.” The device, similar to those found in aircraft, records vehicle inputs and, in the event of a crash, provides a snapshot of the final moments before impact.
That snapshot could be viewed by law enforcement, insurance companies and automakers. The device cannot be turned off, and you’ll probably know little more about it than the legal disclosure you’ll find in the owner’s manual.
The proposal looks to some like a gross overreach of government authority, or perhaps an effort by Uncle Sam, the insurance industry and even the automakers to keep tabs on what drivers are doing. But if you’re driving a car with airbags, chances are there’s already one of these devices under your hood.
Automakers have long installed electronic data recorders in their automobiles, and the National Highway Traffic Safety Administration has since late 2006 required automakers to tell consumers about the devices. That federal rule also outlines what information is recorded and stipulates that it be used to increase vehicle safety.
Now the National Highway Traffic Safety Administration is considering a proposal that would “expand the availability and future utility of EDR data” — in other words, a possible requirement that all automobiles have the devices. The proposal is expected sometime this year. A separate discussion would outline exactly what data would be collected.
Both proposals follow rules adopted in 2006, and how they affect you depends upon where you live and what data points it records. How much it will affect you in the future may depend on a new set of standards that spell out exactly what data is collected and who can access it.
An Incomplete Record
On August 17, 2002, two teenage girls in Pembroke Pines, Florida, died when their vehicle was struck by a Pontiac Firebird Firehawk driven by Edwin Matos. The girls were backing out of their driveway; investigators accessed the vehicle’s data recorder and discovered Matos had been traveling 114 mph in a residential area moments before impact.
Matos was convicted on two counts of manslaughter, but his lawyer appealed the admission of the data recorder evidence, arguing it may have malfunctioned because the car had been extensively modified. The attorney also argued the evidence was based on an evolving technology. The Florida Supreme Court upheld the conviction, however, establishing precedent in that state that data gleaned from event data recorders is admissible in court.
There are two important facts to note in this case. First, Matos was driving in Florida, one of 37 states with no statutes barring the disclosure of such data. While car companies initially claimed ownership of the data, courts eventually ruled that it belongs to vehicle owners and lessees. No federal laws govern access to black box data, and state laws eventually clarified how much data other parties could access.
“The state statutes, starting with one in California, arose out of consumer complaints about insurance companies getting the data without the vehicle owner even knowing that the data existed or had been accessed,” said Dorothy Glancy, a lawyer and professor at Santa Clara Law with extensive experience studying issues of privacy and transportation.
In most of the 13 other states, however, Matos’ black box data still would have been available to police officers armed with a warrant.
“Law enforcement generally has access to the data,” Glancy said.
The second important fact is that, though the court denied Matos’ appeal, the question of the data’s validity remained. Most manufacturers currently use proprietary systems that require specialized interpretation, and many individual event data recorders do not survive crashes intact. Other courts have ruled against the admission of the data.
Setting a Standard
The lack of uniformity concerns Tom Kowalick. He chairs the Institute of Electrical and Electronics Engineers P1616 Standards Working Group on Motor Vehicle Event Data Recorders, one of three panels aiming to set universal standards for event data recorders (EDR).
“Until recently, there has been no industry-standard or recommended practice governing EDR format, method of retrieval, or procedure for archival,” Kowalick said. “Even for a given automaker, there may not be standardized format. This lack of standardization has been an impediment to national-level studies of vehicle and roadside crash safety.”
Standards proposed in 2008 would ensure that data once available only to automakers IS publicly accessible. The new standards would make accessibility universal and prevent data tampering such as odometer fraud.
“It also addresses concerns over privacy rights by establishing standards protecting data from misuse,” Kowalick said.
The standards also propose specific guidelines and technology to prevent the modification, removal or deactivation of an event data recorder.
Those regulations would, in theory, make black box data more reliable than what is currently collected. But they also would prevent drivers from controlling the collection of information — information that they own.
“I am not sure why consumers would want a system in their vehicles that they could not control,” Glancy said.
For What Purpose?
Before shunning new cars and buying a 1953 MG TD to avoid secret tracking devices, it helps to see how the information gleaned from event data recorders is used.
General Motors has been a leader in event data recorder technology, installing them in nearly all vehicles with airbags since the early 1990s. It currently installs Bosch EDRs in all vehicles sold in North America. The technology has evolved and now collects as many as 30 data points, said Brian Everest, GM’s senior manager of field incidents.
“In the early ’90s we could get diagnostic data, seatbelt use and crash severity,” Everest said. “Currently, we can get crash severity, buckle status, precrash data related to how many events the vehicle may have been in and brake application.”
The newest vehicles also can determine steering input and whether lane departure warning systems were turned on.
That info is invaluable in determining how a car responds in a crash. With a vehicle owner or lessee’s permission, crash investigators with access to the data pass on the EDR records to GM, which can determine whether vehicle systems or driver error contributed to an accident. They also can discover what vehicle systems and technologies prevented serious injuries or death.
“It’s about trying to understand what a particular system’s performance did before a crash,” Everest said.
In addition to helping a manufacturer prevent future crashes or injuries, it can also help in defending an automaker against claims of vehicle defects.
“In a great many cases, we can use data to understand whether it had any merit to it or not,” Everest said.
Sometimes the information vindicates an automaker, such as in the case of Toyota’s recent unintended acceleration debacle. Investigators could look directly at vehicle inputs to determine what occurred in each case. In other cases — a problem with unintended low-speed airbag deployment in a 1996 Chevrolet Cavalier, for example — the data reveals a legitimate vehicle defect and leads to a recall being issued.
Safety In The Future
While automakers might like to examine every aspect of a crash, there comes a point where too much data would overload researchers and the relatively inexpensive computers used in vehicles. The last thing car makers — or consumers — want is to increase the price of a vehicle to pay for super-sophisticated event data recorders.
“We’re definitely supportive of additional data,” Everest said. “The drawback on parameters is that you want to understand how it would affect the system,” balancing the need for data with the computing power available from a low-cost EDR.
Other concerns involve law enforcement access to enhanced electronic data recorders or whether dealers or insurance companies could use that data to deny or support claims.
“It usually depends on state law whether they need a subpoena or a warrant,” Glancy said. “Lots of data just gets accessed at the crash scene or the tow yard, as I understand actual practice.”
Whether that information was accessed and interpreted by a trained professional would determine how it held up in court. Insurance companies’ access and use of the data would again be up to state law, said Glancy.
Several insurance companies contacted by Wired.com declined to comment on the issue, but Leah Knapp, a spokesperson for Progressive Insurance, offered that company’s policy. “Our position on EDRs is that we would only use that data in a claims investigation with customer consent or if we’re required to do so by law,” she said. Knapp stressed that manufacturer-installed EDRs are different than incentive programs run by insurance companies that offer a discount for customers who voluntarily install monitoring devices on their vehicles.
Though dealers have access to EDR records, Everest said he knew of no instance where the information was used to void a warranty claim by proving that a customer abused a vehicle.
“Automakers have a duty to warn vehicle owners about safety recalls and the like,” Glancy said. “But you would have to look at the particular warranty to see what would be covered and what would not.” Still, she said she’d “expect that they would” eventually be able to access such data.
It comes down to a balancing act between an individual’s right to privacy and automakers’ need for data to determine the cause of a crash, between the need for a robust reporting system and the computing power available, between state interests in protecting consumers and insurance companies. Whether that balance tilts in favor of drivers remains to be seen — but at least EDR standards ensure a level starting point.
Photo Credit: Flickr – Chris Yarzab