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Government To Require Cars Be Able To Talk to Each Other
Posted December 14, 2016
Government To Require Cars Be Able To Talk to Each Other
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By Joan Lowy. Updated December 14, 2016 10:34AM



All new cars and light trucks would be able to talk wirelessly with each other, with traffic lights and with other roadway infrastructure under a rule the Transportation Department proposed Tuesday. Officials say the technology holds the potential to dramatically reduce traffic deaths and transform driving.

Vehicle-to-vehicle communications, or V2V, enables cars to transmit their locations, speed, direction and other information ten times per second. That lets cars detect, for example, when another vehicle is about to run a red light, is braking hard, changing lanes or coming around a blind turn in time for a driver or automated safety systems to prevent a crash.

The technology has the potential to prevent or mitigate the severity of up to 80 percent of collisions that don't involve alcohol or drugs, officials said.

"V2V will provide 360-degree situational awareness on the road," said Transportation Secretary Anthony Foxx. "We are carrying the ball as far as we can to realize the potential of transportation technology to save lives."

The Alliance of Automobile Manufacturers said it is reviewing the proposal, but sees V2V as complementary to automated safety features that are increasingly being added to vehicles.

Automakers and the government have been working together on developing technology for more than a decade. Under the department's proposal, V2V systems would be required to "speak the same language" through standardized messaging.

The Federal Highway Administration plans to separately issue guidance to help transportation planners integrate two-way wireless technology into roadway infrastructure such as traffic lights, stop signs and work zones. Cars could communicate information on road conditions to the infrastructure, which could then be passed along to other vehicles as they come along. Traffic lights would know when to stay green to avoid unnecessary waiting and reduce congestion.

There is a 90-day comment period, and officials said they expect it will be about a year before a final rule is released.

The proposal calls for 50 percent of new vehicles to have the technology within two years after a final rule is issued, and 100 percent of vehicles with four years. It would still take years or even decades after that for the full potential of V2V to be realized. That's because V2V can prevent collisions only among vehicles equipped with the technology.

It takes decades for the entire fleet of vehicles on the road to turn over. But the process of spreading V2V throughout the fleet may go faster if, as expected, devices are developed that enable motorists to add the technology to older vehicles.

Some automakers aren't waiting for the final rule. General Motors has said previously that it plans to include V2V in some 2017 Cadillacs. The 2017 Mercedes E-Class sedans are also equipped with V2V.

V2V's range is up to about 1,000 yards in all directions, even when sight is blocked by buildings or other obstacles. That gives the technology the advantage of being able to detect a potential collision before the driver can see the threat, unlike the sensors and cameras of self-driving cars that sense what's immediately around the vehicle.

Industry and government officials see the two technologies as complementary. Ultimately, self-driving cars that are also equipped with V2V may be the answer to traffic congestion because they'll be able to synchronize their movements so that they can merge seamlessly and safely travel in long, closely packed caravans at higher speeds. That would improve traffic flow and increase highway capacity.

To address cybersecurity, the proposal requires that V2V systems employ a security level of at least 128-bit encryption and comply with benchmarks of the National Institute of Standards and Technology.

To protect privacy, V2V messages are anonymous -- they don't contain any information on the driver, owner of the vehicle, make or model, vehicle identification number or license plate. The messages are also of brief duration and not retained, therefore it's not possible to use the messages to determine where a vehicle has been or to search for a particular vehicle among others on the road, said Debra Bezzina, an engineer with the University of Michigan's Transportation Research Institute who works on the technology.

One hurdle facing the technology is preservation of its exclusive right to use the 5.9 Ghz radio spectrum that Congress specifically set aside for V2V years ago. Since then, an explosion in the number of wireless devices and skyrocketing demand for ever faster Wi-Fi has led to pressure from technology companies who want permission to use the same spectrum.

The Federal Communications Commission is in the first phase of a three-phrase testing program to see if sharing the spectrum with Wi-Fi would interfere with V2V signals.

Spectrum sharing should be allowed "only if it can be proven that no harmful interference occurs," the auto alliance said in a statement. "Any interference could result in a crash, or even worse, an injury or fatality."

© 2017 Associated Press syndicated under contract with NewsEdge/Acquire Media. All rights reserved.

Tell Us What You Think


Steve Petrie:
Posted: 2017-01-13 @ 4:07am PT
This US DOT V2V initiative is a dangerously flawed idea that, if actually forced upon the unsuspecting citizens of the U.S.A. could develop into a major security and reputational disaster for America.

Actually I am shocked that apparently the US DOT has completely ignored the comments I posted in February 2010 during a previous comment period:

V2V Advanced Notice of Proposed Rule Making (ANPRM), by the National Highway Traffic Saftey Administration (NHTSA) of the U.S. Department of Transportation (USDOT).

There are far less expensive and far more secure alternative technology approaches, to achieving the praiseworthy but unlikely benefits, being touted by US DOT officials for their misguided wireless V2V technology initiative.

One example of such a superior alternative is proposed by the author of this current comment, and described in his earlier submission to the ANPRM mentioned above.

* * *

In brief, here are questions that Americans should be asking of the US DOT officials who are pushing this deeply flawed V2V initiative:

Q.1: What responses has the USDOT provided to the detailed submission I made to the previous public consultation process for this same V2V technology? (e.g. susceptibility to jamming by hostile parties using simple random noise injection attack? e.g. bandwidth insufficiencies?);

Q.2 By what percentage can automobile owners expect their auto insurance premiums to be GUARANTEED TO DECLINE, permanently, thanks to this new hugely safety-boosting V2V wireless technology?

Q.3 What is the estimated INCREMENTAL RETAIL COST PER VEHICLE going to be, for this new wireless V2V technology?

Q.4 How is the wireless V2V technology going to prevent hostile parties from "spoofing" the presence of "phantom" (i.e. non-existent) vehicles? (e.g. prevent the V2V technology from erroneously causing many swerves and other sudden collision-avoidance maneuvers, caused by such "spoofing" that in the aggregate could result in even worse eventual collisions?

These questions do not deal with all of the flaws inherent in this wireless V2V technology, being pushed by US DOT bureaucrats, who seem to be taking a very ostrich-like approach to some very real threats to safety and security on American roads and highways.

Please consider just how ironic this safety-flawed V2V proposal is, given that the primary purported justification being offered for wireless V2V, is a promised large improvement in traffic safety !!


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