GM Ventures Growing Up—A Quick Look at How it Operates and How Deals Work

to do things in a different way,” Lauckner says. The world is also different. “The cycle of how long a technology lasts is getting shorter and shorter,” he says, and it was readily apparent that even a gigantic company like GM couldn’t keep up with the pace of change all by itself, and certainly couldn’t develop everything it needed to stay competitive in house.

Those two realities are embodied in GM Ventures. The idea is not to go out and just make money for GM by finding the next Facebook, say. The mandate is to invest in companies that give GM a leg up on creating the next generation of cars and trucks—making them safer, more efficient, more user friendly, more cost-effective, and all the rest. “It’s the idea that we’re creating a competitive advantage for the company,” says Lauckner.

Profile-Raising Deals

A deal with GM Ventures, much like an investment from a top-tier venture firm, can put a young company on the map in a big way, Lauckner argues. “We can raise the profile of a startup quite a bit,” he says. “If we’re very interested in the technology, I can almost assure you other people will take an interest in it.”

Test, Baby, Test

Lauckner says GM Ventures can help startups it invests in gain entry to GM’s tech center, where they can use the world’s most sophisticated equipment to test, evaluate, and develop their technology. “That’s something an individual venture capital firm can never bring to a company,” he says.

For example, GM keeps a registry of the performance of a variety of vehicle batteries. That means that a battery startup backed by GM Ventures (it has invested in Ann Arbor battery maker Sakti3, though Lauckner didn’t refer to the startup specifically) can test its batteries against those of other companies. GM keeps the identity of the benchmark companies secret so as not to violate confidentiality agreements. However, says Lauckner, it can use the test results to identify the top four or five things its portfolio company needs to work on to be competitive. “That’s hard to come by,” Lauckner says.

GM as Investor—and Customer

This is a key point Lauckner believes sets GM Ventures apart—and he said the same thing in our earlier interview. “What we’re doing that’s different, we’re combining money with the idea that we want to be a customer of the company,” he says. “If we decided to invest in the company, it means that there is a high probability that we will use the company’s products.”

How a Deal Works

I pressed Lauckner for specifics on how a deal with a startup might work. To answer, he gave a basic deal scenario. “Sometimes a company already has a product in the market—but not for automotive use. In other situations, the company is still working on commercializing its technology and finding its first customer,” he says. In either scenario, a typical deal might have the startup and GM agree to jointly develop the technology for vehicle use, including such things as “hardening” or modifying it to meet automotive requirements.

The agreement would further specify that if the development of the technology worked out, GM would employ it in its vehicles and get a short period of exclusivity. In some cases, says Lauckner, “GM might get a special price to partially offset the higher cost of the technology before demand ramps up. The point is, a commercial agreement where GM steps forward to be a high-volume customer, when a company and its technology are still at a very early stage, is an additional source of value besides the investment itself.”

Biggest Surprise

“I’m surprised by the sheer depth and breadth of technology that’s out there with potential application to automotive. It’s amazing how much is out there,” Lauckner says. He calls it “very encouraging” for the future.

Author: Robert Buderi

Bob is Xconomy's founder and chairman. He is one of the country's foremost journalists covering business and technology. As a noted author and magazine editor, he is a sought-after commentator on innovation and global competitiveness. Before taking his most recent position as a research fellow in MIT's Center for International Studies, Bob served as Editor in Chief of MIT's Technology Review, then a 10-times-a-year publication with a circulation of 315,000. Bob led the magazine to numerous editorial and design awards and oversaw its expansion into three foreign editions, electronic newsletters, and highly successful conferences. As BusinessWeek's technology editor, he shared in the 1992 National Magazine Award for The Quality Imperative. Bob is the author of four books about technology and innovation. Naval Innovation for the 21st Century (2013) is a post-Cold War account of the Office of Naval Research. Guanxi (2006) focuses on Microsoft's Beijing research lab as a metaphor for global competitiveness. Engines of Tomorrow (2000) describes the evolution of corporate research. The Invention That Changed the World (1996) covered a secret lab at MIT during WWII. Bob served on the Council on Competitiveness-sponsored National Innovation Initiative and is an advisor to the Draper Prize Nominating Committee. He has been a regular guest of CNBC's Strategy Session and has spoken about innovation at many venues, including the Business Council, Amazon, eBay, Google, IBM, and Microsoft.