Johnson v. Luminar Technologies, Inc.

District Court, M.D. Florida·Decided December 12, 2024·No. 6:23-cv-00982·Unknown

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 Second Amended Class Action Complaint with prejudice. (Motion, Dkt. 66). Plaintiff opposes the Motion. (Dkt. 68.) Upon consideration, the Motion is granted in part and denied in part. BACKGROUND Defendant Luminar Technologies, Inc. (Luminar) is a publicly traded company that develops technology used in autonomous vehicles, including light detection and ranging (LiDAR) sensors. (Dkt. 59 ¶¶ 11–14, 39). LiDAR is a remote-sensing technology that produces 3-D imaging of a particular space, effectively functioning as an autonomous vehicle’s eyes. (Id. ¶¶ 48–49.) A critical engineering challenge in the highly competitive autonomous vehicle industry is scaling LiDAR technology down to decrease the cost of manufacturing and to allow the devices to integrate into cars’ frames more seamlessly. (Id. ¶¶ 50–54.) Increasingly advanced photonic integrated circuit, or “PIC,” chips have provided a means to accomplish this. (Id. ¶¶ 12–13.) Luminar was founded in 2012 specifically to develop sensor technologies and

software for use in the automotive industry, (id. ¶ 55), but as of the end of 2021 it stated that it had not “achieved technological feasibility of its developed software” and that it did not “anticipate imminent sales of commercial grade series production [LiDAR] sensors,” (id. ¶ 3; Dkt. 59-1 at 7). Luminar acquired and consolidated three entities—

Black Forest Engineering, Optogration, and Freedom Photonics—into a new subsidiary entity, Luminar Semiconductor, in February 2023. (Dkt. 59 ¶¶ 56–57.) Luminar Semiconductor’s primary purpose was to continue developing PIC chips for implementation in Luminar’s LiDAR sensors. (Id. ¶ 57.) On February 28, 2023, Luminar hosted an open presentation for investors about

the company’s plans to economize its LiDAR technology. (Id. ¶¶ 14–15.) During the presentation, Luminar featured a slide entitled “Common Platforms Drive Scale” that included a picture of a competitor’s PIC chip. (Id. ¶¶ 15, 87.) As seen below, the slide does not indicate that the pictured chip (the graphic at the bottom right of the slide) is not Luminar’s product. orotate ace) dil elle) Seed eles |=tid sliteiaslu (sil -ie-1a(s ‘eel: tale □□□ lelan oi eee 8)

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Ud. 4 87.) Defendant Mike McAuliffe, CEO of Luminar Semiconductor, presented the slide while discussing the company’s “broader ambition to be a photonics player in the wider market” outside the automotive industry. (Ud. 958.) McAuliffe further remarked: It[ 1s] fundamental to our strategy to understand that th[ese] common needs can drive common platforms .... We solved 1550.! There is a general perception that 1550 is an expensive... process.... That is not the case. We have solved that problem through, number one: architecture... Number two: advanced packaging. ... [N]umber 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[ are] 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... both for the economics and for size,

' “*1550’ refers to the development of laser technology that uses the longer wavelength of 1550 nanometers, as opposed to the traditional wavelength of 905 nanometers. The use of the higher-power laser with 1550 [nanometers] allows for measurements with higher fidelity, at longer distances, and with more accurate results than any other wavelength option.” (Dkt. 59 | 86 n.5.) -3-

weight, and cost, in order to deliver [LiDAR] at millions of units.

And as an example, the other key advantage of siliconization is this: people think that . . . the biggest advantage is you control your own supply chain, that[ is] true. You can control the quality, that[ is] true. You can control the performance, that[ is] 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.

(Id. ¶ 86.) He also represented that Luminar’s strategy to bring “these advanced receiver, laser[,] and processing chip technologies in-house ha[d] enable[d] its unmatched [LiDAR] performance while further securing and industrializing the [LiDAR] supply chain.” (Id. ¶ 88.) McAuliffe explained that Luminar Semiconductor would serve as an integral part of Luminar’s mission to “develop[] economically advantageous [LiDAR] for passenger and commercial vehicles.” (Id. ¶ 59.) Similarly, Jason Eichenholz, Luminar’s CTO and chairman of Luminar Semiconductors, boasted that Luminar’s acquisition of Freedom Photonics would “enable[] a new level of economies of scale, deepen[] [Luminar’s] competitive moat[,] and strengthen[] [its] future technology roadmap.” (Id. ¶¶ 42, 56.) Austin Russell, Luminar’s founder and CEO, noted that “Luminar [wa]s very uniquely positioned to be able to deliver real revenue, scalable profits[,] and exponential growth from [its] multi-billion dollar order book over both the near . . . and long term.” (Id. ¶¶ 7, 41.) With many analysts expressing optimism about the company’s future,

Luminar’s stock price rose from $8.87 at market close the day before the presentation to $9.06 at market close the day after the presentation. (Id. ¶¶ 82, 93.) On March 3, 2023, Luminar’s price peaked at $9.89 for the period between February 28, 2023 and March 17, 2023 (Class Period). (Id. ¶ 121.) However, on March 17, 2023, Forbes

released an article headlined “Lidar Maker Luminar Accused of Using Image of Rival’s Chip in Investor Conference.” (Id. ¶¶ 31, 94.)2 In the article, Lidwave, a start- up that also develops LiDAR, 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 Luminar’s “misuse of [Lidwave’s] product image to falsely promote its abilities and securities to investors.” (Id. ¶¶ 31, 91, 94.) Lidwave claimed that “Luminar does not have the ability to produce” the PIC chip pictured in the slide, which demonstrates “integrat[ion of] all optical parts at the chip level.” (Id. ¶¶ 20, 25, 73, 75.)

2 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. “[C]ourts 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. Osheroff v. Humana Inc., 776 F.3d 805, 811 n.4 (11th Cir. 2015). In response to the Forbes article, Luminar quickly replaced the image that had appeared on the slide with the following image of its own PIC chip:

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

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