Johnson v. Luminar Technologies, Inc.

CourtDistrict Court, M.D. Florida
DecidedMay 31, 2024
Docket6:23-cv-00982
StatusUnknown

This text of Johnson v. Luminar Technologies, Inc. (Johnson v. Luminar Technologies, Inc.) is published on Counsel Stack Legal Research, covering District Court, M.D. Florida primary law. Counsel Stack provides free access to over 12 million legal documents including statutes, case law, regulations, and constitutions.

Bluebook
Johnson v. Luminar Technologies, Inc., (M.D. Fla. 2024).

Opinion

UNITED STATES DISTRICT COURT MIDDLE DISTRICT OF FLORIDA ORLANDO DIVISION

JOHN ALMS,

Plaintiff,

v. Case No: 6:23-cv-982-JSS-LHP

LUMINAR TECHNOLOGIES, INC., MIKE MCAULIFFE, AUSTIN RUSSELL, and JASON EICHENHOLZ,

Defendants. ___________________________________/ ORDER Defendants move to dismiss Plaintiff’s Amended Class Action Complaint (Dkt. 37) (Motion, Dkt. 46), and request that the court take judicial notice of exhibits in support of the Motion (Dkt. 48). Plaintiff responded in opposition to both. (Dkts. 49, 50). Without leave, Defendants filed a reply directed to the motion to dismiss. (Dkt. 52). Upon consideration, the Motion is granted. BACKGROUND Founded in 2012, Defendant Luminar Technologies, Inc. (Luminar) is a publicly traded, autonomous vehicle technology company. See Luminar Technologies, Inc. (Tik: LAZR), Annual Report (Form 10-K) (Feb. 28, 2024). On February 28, 2023, Luminar hosted an open presentation for investors about the company’s plans to economize its LiDAR technology. During the presentation, Luminar featured a slide entitled “Common Platforms Drive Scale” that included a picture of a competitor’s photonic integrated circuit (PIC) chip. (Dkt. 37 44 6-7, 64.).! As can be seen below, the slide makes no indication that the pictured chip is not Luminar’s product:

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(Ud. | 62.) A particular engineering challenge in the highly competitive autonomous vehicle industry is scaling LiDAR technology down to better integrate into the car’s frame—and increasingly advanced PIC chips have provided an avenue to shrink the product, allowing for high yield, volume manufacturing, and lower prices. (Ud. 30, 32.) Acknowledging this challenge, Luminar unveiled its Iris+ lidar sensor, a new version of its product that offers a slimmer profile for more seamless integration into vehicle rooflines. Ud. 7 53.)

' LIDAR is a remote-sensing technology that produces 3-D imaging of a particular space, effectively functioning as an autonomous vehicle’s eyes. (Dkt. 37 §§ 27-28.)

Defendant Mike McAuliffe, CEO of Luminar’s recently formed chip-making subsidiary, presented the slide while discussing the company’s “broader ambition to be a photonics player in the wider market” outside the automotive industry, explaining

that innovations in chip architecture, advanced packaging, and production volume could make that happen. (Id. at 61; Dkt. 47-4 at 4:6–22.) “[W]e have other customers solving similar, very difficult photonic problems,” he said, “So we can now take the same platforms, the same products, closely aligned, and leverage that across multiple markets.” (Dkt. 47-4, p. 4:11–15.) Specifically, he made the following remarks:

It’s fundamental to our strategy to understand that th[ese] common needs can drive common platforms, we only focus on the hardest Photon processing problems generation detection and processing . . . . We solved 1550. There is a general perception that 1550 is an expensive, traditionally, an expensive process and it’s maybe a drawback. That is not the case. We have solved that problem through, number one: architecture, as Jason described. Number two: advanced packaging. And number three: we can drive the economies of scale and the economics associated with that by leveraging both Luminar volume and volume to the wider market. So, we’re shifting gears. We’re shifting gears to take what has been a sub-scale industry, sub-scale ecosystem, and industrializing that at scale. And we need to do that, we need to do that both for the economics and for size, weight, and cost, in order to deliver lidars at millions of units. And as an example, the other key advantage of siliconization is this: people think that maybe the biggest advantage is you control your own supply chain, that’s true. You can control the quality, that’s true. You can control the performance, that’s true. But the biggest advantage of siliconization in general, is you can take a lot of complexity and cost out of the product. Complexity in cabling. Complexity in optics. Complexity in electromechanical. So anything you can put in silicon, you can put in silicon. And I think we can see from other industry leaders like big fruit companies, that owning that stack, and internalizing, and siliconizing anything that you can, delivers elegant architecture, breakthrough performance, and breakthrough economics. (Dkt. 37 ¶ 61.) He also represented that Luminar’s strategy to bring “these advanced receiver, laser and processing chip technologies in-house has enabled its unmatched lidar performance while further securing and industrializing the lidar supply chain.” (Id. ¶ 63.) McAuliffe explained the chip-making subsidiary—formed through the acquisition of three different companies—would serve as an integral part of the company’s “chip level up” strategy to expand its manufacturing capacity. (Dkt. 37 ¶¶ 35–36, 61.) One of the acquired companies, Freedom Photonics, manufactures PIC chips and “enables a new level of economies of scale, deepens our competitive moat and strengthens our future technology roadmap,” according to Defendant Jason Eichenholz (Eichenholz), Luminar’s chief technology officer and chairman of the chip-making subsidiary. (Id. ¶ 35.) An earlier slide said that Luminar’s integrated

circuits are “designed from scratch in-house.” (Id. ¶ 55.) Defendant Austin Russell (Russell), Luminar’s founder and CEO, also contributed to and oversaw the content and preparation of the presentation, according to Plaintiff. (Id. ¶¶ 20–24.) With many analysts now expressing optimism about the company’s future, Luminar’s stock price experienced a significant bump in the days following the presentation, peaking at $9.89 on March 3, 2023, a roughly 18 percent increase. (Dkt. 37 9] 57, 68, 93.) Two weeks after the presentation, a news article appeared on Forbes.com headlined “Lidar Maker Luminar Accused of Using Image of Rival’s Chip in Investor Conference.” (Ud. 9§ 11, 69.) In it, the rival, Lidwave, identified the PIC chip image on the slide as its own graphic and reported sending both a cease-and-desist letter to Luminar threatening legal action for copyright infringement and a complaint to the Securities and Exchange Commission about the company’s “misuse of its product image to falsely promote its abilities and securities to investors.” (/d.) In response, Luminar quickly removed the image from its investor-day materials online and replaced it with a picture of its own PIC chip:

(Ud. § 78.) The picture of Luminar’s chip came from a 2019 presentation provided by Freedom Photonics, which was the source of the other photos on the offending slide

See also Alan Ohnsman, Lidar Maker Luminar Accused of Using Image of Rival’s Chip in Investor Conference, FORBES.COM (Mar. 17, 2023), https://www.forbes.com/sites/alanohnsman/2023/03/17/lidar- maker-luminar-accused-of-using-image-of-rivals-chip-in-investor-conference/?sh=166619da4abf. Courts may take judicial notice of documents such as newspaper articles for the limited purpose of determining which statements the documents contain “but not for determining the truth of those statements.” U.S. ex rel. Osheroffv. Humana Inc., 776 F.3d 805, 812 (11th Cir. 2015).

of actual Luminar products. (Id.) Over the next two consecutive trading days after the article’s publication, Luminar’s stock fell by a little more than 9 percent, to close at $7.80 on March 20, 2023. (Id. ¶ 12.) Four days after that, to address the “volatility”

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