Alcatel USA, Inc. v. Cisco Systems, Inc.

239 F. Supp. 2d 660, 2002 U.S. Dist. LEXIS 25877, 2002 WL 31950110
District Court, E.D. Texas·Decided December 17, 2002·No. Civil Action 4:00cv199·Published·Cited by 17 cases

Opinion

MEMORANDUM OPINION AND ORDER GRANTING CISCO’S RENEWED MOTION FOR SUMMARY JUDGMENT FOR LACK OF REMEDY (DOCUMENT NO. 628)

PAUL N. BROWN, Senior District Judge.

Pending before this Court is Defendant’s Renewed Motion for Summary Judgment for lack of remedy. Having considered the Motion, Response, Reply, all of the summary judgment evidence, expert report and declaration of Steven Wiggins, and arguments of counsel, the Court is of the opinion that Defendant’s Motion for Summary Judgment should be granted.

BACKGROUND

This lawsuit between Alcatel USA, Inc. (“Alcatel” or “Plaintiff’) and Cisco Systems, Inc. (“Cisco” or “Defendant”) aro^e out of acts of patent and copyright infringement and torts allegedly committed by Cisco, an Alcatel competitor, and. a company it previously acquired. Through the three and a half year history of this case, certain claims and affirmative defenses, such as Alcatel’s claims for copyright infringement and conversion, have been dismissed on summary judgment. In addition, Alcatel’s claim for patent infringement has been voluntarily dismissed by the parties and Alcatel previously dismissed its claims in equity. In its present form, the lawsuit primarily concerns claims for misappropriation of trade secrets and civil theft under the Texas Theft Liability Act. At the heart of the dispute lies the allegation that Monterey Networks, Inc. (“Monterey”), Cisco’s predecessor-in-interest, systematically misappropriated and used cutting-edge Alcatel technology to develop and market a product called the Wavelength Router, which is a telecommunications product allegedly designed to compete directly with Alcatel’s telecommunications products. Resulting from this alleged misconduct, Alcatel seeks over $500 million in damages.

I. Factual Background and Allegations:

Alcatel is a designer, developer and marketer of highly sophisticated telecommunications equipment, including optical cross-connects. A cross-connect is a system that connects signals in multiple telecommunication input lines to multiple telecommunication output lines. Cross-connects are used to route or switch signals from input lines to output lines in an optimal manner that makes efficient use of a telecommunications transmission network in the event of a network failure. An “optimal cross-connect” is essentially a cross-connect that works with input and output optical signals on fiber optic cables.

*663 In 1995, Alcatel commenced development of its first-generation optical cross-connect. This cross-connect, the 1680 Optical Gateway Cross-Connect (“OGX”), was comprised of computer software and telecommunications hardware that performs the actual switching or routing of signals and computer software that controls the hardware. 1 ' The first release of the OGX was completed by Alcatel in 1999, after which it was sold to various long distance telephone carriers with large telecommunications networks, such as MCI, AT & T, Level 3, Bell Canada, and SBC Telecommunications. In 1998, prior to the initial release of the OGX, Alcatel began developing what was then expected to be its next-generation optical cross-connect. This product, the 1680 Optical Layer Cross-Connect (“OLX”), was based in part on the administrative software from the OGX.

Founded in July of 1997 in California, Monterey was formed to develop an optical cross-connect called the G-640X, which was ultimately replaced by a product called the Wavelength Router. In late 1997, Monterey moved to Richardson, Texas and began hiring highly skilled employees from Alcatel’s Optical Networks Group. By August 1998, Monterey had hired approximately ten former Alcatel engineers. According to Alcatel, these employees possessed knowledge of highly confidential, technical and marketing information relating to Alcatel’s products, including application specific integrated circuits (“ASIC”) designers, software architects, software programmers, and teeh-nical marketing specialists. Among the workers that Monterey hired was Marian Trnkus, who was formerly engaged as a contractor for Alcatel on its administrative software development for the OGX. Sometime in 1995, while he was conducting software development and subsystem conversion at Alcatel, Trnkus created various software programs known as “Whip,” “WhipSource” and “Makedep.” These computer programs, in addition to the knowledge of Alcatel’s customer’s (AT & T’s) requirements and general cross-connect architecture and management functions, form the basis of Alcatel’s alleged trade secrets.

Alcatel contends that Monterey initially planned to develop a cross-connect product that was distinctly different than Alcatel’s OLX product. However, through Monte-rey’s acquisition of Mr. Trnkus and various other former Alcatel employees, as well as Monterey’s acquisition of the knowledge of AT & T’s needs with respect to a next generation of cross-connect products, Alca-tel maintains that Monterey designed, developed and marketed a competing product called the Wavelength Router, which was allegedly designed specifically to satisfy AT & T.’s needs. This Wavelength Router, according to Alcatel, was comprised of the administrative "software architecture and trade secrets that formed Alcatel’s OGX. In July of 1998, Monterey hired Mr. Trnkus to work on the software development and architecture for the Wavelength Router, which was Monterey’s only product. While Trnkus was at Mon-terey,. Alcatel claims that the architecture *664 for Monterey’s Wavelength Router changed dramatically and included several principal elements not included in the original Wavelength Router architecture. According to Alcatel, however, these principal elements were present in the OGX architecture. Furthermore, Monterey did not begin to write software code for the Wavelength Router until November 1998. However, around June of 1999, only seven months later, Monterey demonstrated the Wavelength Router to potential customers at the SuperComm Trade Show, a large telecommunications equipment conference. According to Alcatel, Monterey’s highly abbreviated development schedule for the Wavelength Router was made possible as a result of Monterey’s misappropriation of Alcatel’s intellectual property, and specifically, Mr. Trnkus’s duplicating at Monte-rey what he and other software engineers created at Alcatel. 2

Alcatel maintains that getting the Wavelength Router ready to market quickly was critically important to Monterey for at least two reasons. First, obtaining the business of AT & T, as well as other large carriers, was contingent upon Monterey’s ability to quickly develop the Wavelength Router. Second, and relatedly, being fast to the market increased the likelihood of Monterey being acquired by Cisco, as well as the amount such acquisition would yield. As Alcatel argues, Monterey’s ability to obtain AT & T’s business increased its acquisition value to Cisco. Alcatel asserts that Cisco was not at that time a major supplier of equipment to AT & T and other large telecommunications carriers. Cisco, however, made it a strategic priority to become a major supplier to those companies. Accordingly, Monterey’s potential for obtaining significant business from AT & T was critical to Cisco’s interest in Monterey.

Free access — add to your briefcase to read the full text and ask questions with AI

Alcatel USA, Inc. v. Cisco Systems, Inc., 239 F. Supp. 2d 660, 2002 U.S. Dist. LEXIS 25877, 2002 WL 31950110 (E.D. Tex. 2002).

239 F. Supp. 2d 660 (Alcatel USA, Inc. v. Cisco Systems, Inc.) — published by Counsel Stack Legal Research, free access to 12M+ legal documents.

Related

Trinseo v. Harper
Fifth Circuit, 2026
Versata Software, Inc. v. Internet Brands, Inc.
902 F. Supp. 2d 841 (E.D. Texas, 2012)
W.L. Gore & Associates, Inc. v. GI Dynamics, Inc.
872 F. Supp. 2d 883 (D. Arizona, 2012)
Myriad Development, Inc. v. Alltech, Inc.
817 F. Supp. 2d 946 (W.D. Texas, 2011)
Mge UPS Systems, Inc. v. Ge Consumer and Indus.
612 F.3d 760 (Fifth Circuit, 2010)