Skip to main content

Ford’s latest acquisition will help boost the development of self-driving cars

Ford has acquired a small, Michigan-based, company with experience in software and robotics to help aid its self-driving car development efforts. Quantum Signal will provide a simulation platform that will help Ford test autonomous-vehicle tech, Randy Visintainer, chief technical officer of Ford’s autonomous-vehicle division, wrote in a blog post.

Quantum Signal was founded in 1999, but has kept a low profile. The company previously developed software for the military to remotely control robotic vehicles from thousands of miles away, Visintainer wrote. The company also developed a simulation environment called ANVEL that allows for the virtual testing of automated systems, and has experience with the sensors that allow robotic vehicles to “see” their environment, according to Visintainer. All of this can be easily translated to self-driving cars, Visintainer noted.

Recommended Videos

Real-world testing of prototype self-driving cars may grab headlines, but simulation has become an important tool for engineers. Companies like Waymo use simulations to expose their autonomous-driving systems to scenarios they might not encounter in everyday driving, or to simply rack up miles more quickly than they ever could in real-world testing. In the real world, companies are limited by the size of their test fleets and the amount of time vehicles can spend on the road. They are also limited by the environment itself. Engineers have no control over what a car encounters. Simulation allows them to test systems against specific scenarios without having to wait for them to crop up in the real world.

Ford plans to use Quantum Signal’s simulation tech to test both autonomous-driving systems and the business model it plans to use to commercialize them, Visintainer wrote. That business model involves using autonomous cars in ridesharing and delivery services, rather than retail sales. Other companies have had the same idea, in part because it makes deploying self-driving cars easier. It gives companies more control over how self-driving cars are used, ensuring the technology isn’t pushed beyond its limits. It also allows companies to deploy large fleets of cars quickly, without having to convince people to buy them.

Ford has said it will launch a purpose-built self-driving car in 2021. The car won’t have a steering wheel or pedals, and will be beefed up for commercial use, similar to how a taxi or police car differs from a regular sedan. The acquisition of Quantum Signal is the latest in a series of initiatives by Ford to develop autonomous-driving tech. The automaker has bought or forged alliances with other companies, and has its own fleet of test vehicles operating in multiple cities.

Stephen Edelstein
Stephen is a freelance automotive journalist covering all things cars. He likes anything with four wheels, from classic cars…
A weird thing just happened with a fleet of autonomous cars
A passenger getting into a Cruise robotaxi.

In what must be one of the weirder stories linked to the development of autonomous vehicles, a fleet of Cruise self-driving cars gathered together at an intersection in San Francisco earlier this week, parked up, and blocked traffic for several hours. And to be clear: No, they weren't supposed to do that.

Some observers may have thought they were witnessing the start of the robot uprising, but the real reason for the mishap was more prosaic: An issue with the platform's software.

Read more
Officers confused as they pull over an empty self-driving car
Cruise

In what appears to be the first incident of its kind, police officers recently pulled over a self-driving car with no one inside it.

The incident, which took place on a street in San Francisco earlier this month, was caught on video by a passing pedestrian. It shows several traffic cops pondering about how to handle the incident after stopping the vehicle for failing to have its front lights on while driving at night.

Read more
How a big blue van from 1986 paved the way for self-driving cars
Lineup of all 5 Navlab autonomous vehicles.

In 1986, a blue Chevy van often cruised around the streets of Pittsburgh, Pennsylvania near Carnegie Mellon University. To the casual observer, nothing about it appeared out of the ordinary. Most people would pass by it without noticing the camcorder peeking out from its roof, or the fact that there were no hands on the steering wheel.

But if any passerby had stopped to inspect the van and peer into its interior, they would have realized it was no ordinary car. This was the world's first self-driving automobile: A pioneering work of computer science and engineering somehow built in a world where fax machines were still the predominant way to send documents, and most phones still had cords. But despite being stuck in an era where technology hadn't caught up to humanity's imagination quite yet, the van -- and the researchers crammed into it -- helped to lay the groundwork for all the Teslas, Waymos, and self-driving Uber prototypes cruising around our streets in 2022.

Read more