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IN THE UNITED STATES DISTRICT COURT 

FOR THE WESTERN DISTRICT OF TEXAS

WACO DIVISION

WSOU INVESTMENTS, LLC d/b/a 

BRAZOS LICENSING AND 

DEVELOPMENT,

Plaintiff,

v.

GOOGLE LLC,

Defendant.

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CIVIL ACTION NO. 6:20-cv-571

JURY TRIAL DEMANDED

ORIGINAL COMPLAINT FOR PATENT INFRINGEMENT

Plaintiff WSOU Investments, LLC d/b/a Brazos Licensing and Development (“Brazos” or 

“Plaintiff”), by and through its attorneys, files this Complaint for Patent Infringement against 

Google LLC (“Google”) and alleges:

NATURE OF THE ACTION

1. This is a civil action for patent infringement arising under the Patent Laws of the 

United States, 35 U.S.C. §§ 1, et seq., including §§ 271, 281, 284, and 285.

THE PARTIES

2. Brazos is a limited liability corporation organized and existing under the laws of 

Delaware, with its principal place of business at 605 Austin Avenue, Suite 6, Waco, Texas 76701.

3. On information and belief, Google is a Delaware corporation with a physical 

address at 500 West 2nd Street, Austin, Texas 78701.

JURISDICTION AND VENUE

4. This is an action for patent infringement which arises under the Patent Laws of the 

United States, in particular, 35 U.S.C. §§ 271, 281, 284, and 285.
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5. This Court has jurisdiction over the subject matter of this action under 28 U.S.C. 

§§ 1331 and 1338(a).

6. This Court has specific and general personal jurisdiction over the defendant 

pursuant to due process and/or the Texas Long Arm Statute, because the defendant has committed 

acts giving rise to this action within Texas and within this judicial district. The Court’s exercise of 

jurisdiction over the defendant would not offend traditional notions of fair play and substantial 

justice because the defendant has established minimum contacts with the forum. For example, on 

information and belief, the defendant has committed acts of infringement in this judicial district, 

by among other things, selling and offering for sale products that infringe the asserted patent, 

directly or through intermediaries, as alleged herein.

7. Venue is proper in this Court pursuant to 28 U.S.C. §§ 1391 and 1400(b). Google 

is registered to do business in Texas. Google has offices in this District, has transacted business in 

this District, and has committed acts of direct and indirect infringement in this District. Google 

also has a regular and established place of business in this District, as set forth below.

8. Since 2007, Google has employed “hundreds” of employees in this District in 

Austin, Texas.1

 As of August 2018, Google had more than 800 employees in Austin.2 By June of 

2019, Google had more than 1,100 employees in Austin.3 In January 2019, it was reported that 

Google “signed a lease for an entire 35-story tower that has started construction just east of the 

1 According to Gerardo Interiano, Google's public affairs and government relations manager, in a 

statement. See http://www.statesman.com/business/google-lease-200-000-square-feet-newdowntown-austin-tower/SANZSa3du8QQ4k8ytOC2rJ/

2 See https://www.statesman.com/news/20190131/source-google-to-occupy-35-story-officetower-in-downtown-austin

3 See https://www.bizjournals.com/austin/news/2019/06/14/google-confirms-austin-expansionwill-begin-moving.html
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Central Library in downtown Austin.”4 Google’s 35-story tower in Austin “will have 790,000 

square feet of space, enough to potentially house about 5,000 people.”5

 

Source: https://www.statesman.com/news/20190131/source-google-to-occupy-35-story-officetower-in-downtown-austin

9. Articles report that Google’s office in Austin would “would certainly be one of its 

most expansive offices in North America.”6 

10. Google has 300,000 square feet of office space in Austin, Texas, at 500 West 2nd

Street.7 Google also has offices on North MoPac Expressway,8 University Park, and Austin’s 

Children Museum.9

 

4 Id. 

5 Id. 

6 See https://9to5google.com/2019/01/31/google-signs-lease-austin-campus/

7 See https://www.bizjournals.com/austin/news/2020/02/27/google-to-invest-10b-in-offices-anddata-centers.html

8 See https://www.google.com/intl/en/about/locations/?region=north-america 9 See http://www.statesman.com/business/google-lease-200-000-square-feet-new-downtownaustin-tower/SANZSa3du8QQ4k8ytOC2rJ/ 
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Source: https://www.youtube.com/watch?v=RKA1RJYGOYQ

Source: https://www.bizjournals.com/austin/news/2019/10/28/inside-austins-coolestoffices.html#g/419929/15
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11. Google has, as of June 2020, fifty (50) job postings for Austin, TX.10

12. Google’s taxed appraised property values in Travis County (Austin) are 

approximately $1 billion.11 Google’s taxed appraised property values in in McLennan County 

(Waco) are approximately $75,000.12 Google’s taxed appraised property values in Bexar County 

(San Antonio) are approximately $50 million.13 Google’s taxed appraised property values in in El 

Paso are approximately $258,000.14 

13. Operationally, Google is a multinational technology company that collects, stores, 

organizes, and distributes data. In addition to its service model for distribution of data (e.g., 

movies, search results, maps, music, etc.), Google has an expansive regime that gathers data on 

residents of this District through the hardware devices it sells (e.g., phones, tablets, and home audio 

devices) and, also, through the operating systems and apps it provides. As an example, Google 

gathers data when a resident runs its operating systems and apps (e.g., location services).15 As 

another example, Google gathers data when a resident interacts with Google’s plethora of services 

such as search, email, and music and movie streaming. See https://safety.google/privacy/data/

(indicating that Google gathers data from “things you search for,” “Videos you watch,” “Ads you 

view or click,” “Your location,” “Websites you visit,” and “Apps, browsers, and devices you use 

to access Google services”). As yet another example, Google gathers data by listening and 

recording everything a resident says within proximity of one of its products, such as Google 

10

https://careers.google.com/jobs/results/?company=Google&company=YouTube&hl=en&jlo=enUS&location=Austin,%20TX,%20USA

11 See http://propaccess.traviscad.org 12 See https://propaccess.trueautomation.com/clientdb/Property.aspx?cid=20&prop_id=378970

13 See https://bexar.acttax.com/act_webdev/bexar/showdetail2.jsp?can=000001265355, 14 See http://www.epcad.org/Search?Keywords=GOOGLE+INC&Year=2019

15 See e.g., “AP Exclusive: Google tracks your movements, like it or not,” 

https://apnews.com/828aefab64d4411bac257a07c1af0ecb/AP-Exclusive:-Google-tracks-yourmovements,-like-it-or-not
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Home.16 Others have reported that Google gathers “where you’ve been,” “everything you’ve ever 

searched – and deleted,” “all the apps you use,” “all of your YouTube history,” “which events you 

attended, and when,” “information you deleted [on your computer],” “your workout routine,” 

“years’ worth of photos,” and “every email you ever sent.”17

14. Google takes these massive amounts of gathered data on residents of this District 

and monetizes them, for example, through targeted advertising. Some have reported that “creepy” 

advertisements for items never searched for, but only spoken out loud, appeared. See e.g., 

https://www.youtube.com/watch?v=zBnDWSvaQ1I (conducting test on the term “dog toys” 

spoken out loud, but never searched; tester claims targeted “dog toy” advertisements only appeared 

after speaking the phrase out loud). 

15. In addition to extensive data gathering of information on residents of this District, 

Google has a substantial presence in the District directly through the products and services Google 

provides residents of this District (some of which also gather data).18 One of Google’s main 

businesses in this District is delivering information, including digital content such as movies, 

music, apps, and advertising. 

16 See https://www.unilad.co.uk/technology/google-is-listening-to-everything-we-say-and-youcan-hear-it-back/ (“Tech giant and the font of all pub quiz knowledge, Google, can quietly record 

many of the conversations that people have in close proximity to its products.”). 

17 See https://www.theguardian.com/commentisfree/2018/mar/28/all-the-data-facebook-googlehas-on-you-privacy. 18 Non-limiting examples include Google Search, Maps, Translate, Chrome Browser, YouTube, 

YouTube TV, Google Play Music, Chromecast, Google Play Movies and TV, Android Phones, 

Android Wear, Chromebooks, Android Auto, Gmail, Google Allo, Google Duo, Google+, Google 

Photos, Google Contacts, Google Calendar, Google Keep, Google Docs, Google Sheets, Google 

Slides, Google Drive, Google Voice, Google Assistant, Android operating system, Project Fi 

Wireless phone systems, Google Pixel, Google Home, Google Wifi, Daydream View, Chromecast 

Ultra. 
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16. Google describes itself as an “information company.”19 Its vision is “to provide 

access to the world’s information in one click,” and its mission is “to organize the world’s 

information and make it universally accessible and useful.”20 Making information available to 

people wherever they are and as quickly as possible is critical to Google’s business. 

Google Global Cache (GGC)

17. As Google’s CEO, Sundar Pichai, explains, “We want to make sure that no matter 

who you are or where you are or how advanced the device you are using—Google works for 

you.”21 To meet this goal, Google developed a content delivery network that it calls the Edge 

Network.

18. One non-limiting example of physical presence in this District is Google’s Edge 

Network. Google provides web-based services, such as YouTube, YouTube TV, and Google Play, 

to users throughout the world. These services are in high demand. Google reports that Google Play 

reaches more than 1 billion Android users and that YouTube serves over 1.8 billion users per 

month.22 Studies show that YouTube alone is responsible for approximately 20% of all internet 

traffic.23 YouTube TV, which has been described as an “add-on to YouTube” allows Google to 

essentially become the local TV provider for residents of this District. For example, residents in 

this District obtain local Waco-Temple-Bryan area channels such as KXXV, ABC (Channel 25); 

KBTX, CBS (Channel 3) or KWTX, CBS (Channel 10); KCEN NBC (Channel 5); and KCEN, 

19 See “This Year’s Founder’s Letter” by Alphabet CEO, Sundar Pichai, 

https://blog.google/inside-google/alphabet/this-years-founders-letter/. 20 See http://panmore.com/google-vision-statement-mission-statement. 21 See e.g., http://time.com/4311233/google-ceo-sundar-pichai-letter/. 22 See https://www.theverge.com/2018/5/3/17317274/youtube-1-8-billion-logged-in-monthlyusers-brandcast-2018

23 See https://www.sandvine.com/hubfs/downloads/archive/2016-global-internet-phenomenareport-latin-america-and-north-america.pdf and http://testinternetspeed.org/blog/half-of-allinternet-traffic-goes-to-netflix-and-youtube/
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Fox (Channel 6).24 To verify a resident should receive such local channels, Google verifies a 

location of such resident. 

19. Google’s Edge Network, itself, has three elements: Core Data Centers, Edge Points 

of Presence, and Edge Nodes. The Core Data Centers (there are eight in the United States) are used 

for computation and backend storage. Edge Points of Presence are the middle tier of the Edge 

Network and connect the Data Centers to the internet. Edge Nodes are the layer of the network 

closest to users. Popular content, including YouTube TV, YouTube, video advertising, music, 

mobile apps, and other digital content from the Google Play store, is cached on the Edge Nodes, 

which Google refers to as Google Global Cache or “GGC.”

20. Google Global Cache is recognized as “one of Google’s most important pieces of 

infrastructure,”25 and Google uses it to conduct the business of providing access to the world’s 

information. GGC servers in the Edge Nodes function as local data warehouses, much like a shoe 

manufacturer might have warehouses around the country. Instead of requiring people to obtain 

information from distant Core Data Centers, which would introduce delay, Google stores 

information in the local GGC servers to provide quick access to the data.

21. Caching and localization are vital for Google’s optimization of network resources. 

Because hosting all content everywhere is inefficient, it makes sense to cache popular content and 

serve it locally. Doing so brings delivery costs down for Google, network operators, and internet 

service providers. Storing content locally also allows it to be delivered more quickly, which 

improves user experience. Serving content from the edge of the network closer to the user improves 

performance and user happiness. To achieve these benefits, Google has placed Edge Nodes 

24 See, e.g. https://thestreamable.com/markets/waco-temple-bryan-tx. 25 See http://blog.speedchecker.xyz/2015/11/30/demystifying-google-global-cache/. 
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throughout the United States, including in this District. Google describes these nodes as the 

workhorses of video delivery.

22. Just like brick-and-mortar stores, Google’s GGC servers independently determine 

what content to cache based on local requests. The GGC servers in Google’s Edge Nodes include 

software that Google refers to as “μstreamer.” μstreamer is responsible for serving video content 

from YouTube and other Google services, along with other large content such as Google Play 

applications and Chrome downloads. It operates on a content-delivery platform at the edge of 

Google’s network called “bandaid”; it does not run in the core (except for some internal testing 

purposes), unlike the majority of the Google services, such as search or gmail.

23. Using μstreamer and bandaid, a GGC server handles requests directly from its 

clients, predominantly YouTube’s video players. When such a request is received, if the content 

is stored in the node’s local cache, the node will serve it to the end user, improving the user 

experience and saving bandwidth. If cache-eligible content is not already stored on the node, and 

the content is cache-eligible, the node will retrieve it from Google, serve it to the user, and store it 

for future requests.

24. μstreamer is largely autonomous, in the sense that almost all decisions related

to serving a particular request are made locally, without coordinating with other servers. Like a 

brick-and-mortar store sells directly to customers from inventory and stocks that inventory based 

on local customer demand, μstreamer in each GGC node decides—independently from other nodes 

in Google’s Edge Network— whether to serve requested content, whether to cache content, and 

whether to send requests to other servers.

25. Google’s GGC servers are housed in spaces in the District leased by Google.

Google’s GGC servers are housed in spaces leased by Google from Internet Service Providers 
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(ISPs) whose networks have substantial traffic to Google and are interested in saving bandwidth. 

Hosting Google servers allows ISPs to save both bandwidth and costs, as they do not incur the 

expense of carrying traffic across their peering and/or transit links.

26. When an ISP agrees to host a GGC server, the parties enter into a Global Cache

Service Agreement, under which Google provides: 

• hardware and software— including GGC servers and software—to be housed in 

the host’s facilities; 

• technical support; service management of the hardware and software; and 

• content distribution services, including content caching and video streaming. 

In exchange, the host provides, among other things, a physical building, rack space where 

Google’s computer hardware is mounted, power, and network interfaces. All ownership rights, 

title, and intellectual property rights in and to the equipment (i.e., the hardware and software 

provided by Google) remain with Google and/or its licensors.

27. Multiple ISP hosted GGC servers are in this District. Google’s website identifies 

Midland, El Paso, Austin, and San Antonio as GGC server locations. Each of these cities is located 

in this District. 
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Source: https://peering.google.com/#/infrastructure

28. The Office of Telecommunications Services for the University of Texas, for 

example, is an ISP that hosts two GGC servers in Austin, Texas.26

29. Google caches content on the GGC servers located in this District.

30. Google’s GGC servers located in this District cache content that includes, among 

other things: (i) video advertising; (ii) apps; and (iii) digital content from the Google Play store.

31. Google’s GGC servers located in this District deliver cached content for the items 

in the preceding paragraph to residents in this District.

32. Google generates revenue (i) by delivering video advertising, (ii) from apps,

and (iii) from digital content in the Google Play store.

26 See https://it.utexas.edu/ots-caching-and-peering
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33. Google treats its GGC servers in this District the same as it treats all of its other 

GGC servers in the United States.

34. The photograph below shows an “illustrative picture” of a Google GGC server. 

Source: https://www.wired.com/2010/03/google-traffic/ 

35. Google not only exercises exclusive control over the digital aspects of the GGC, 

Google, but also exercises exclusive control over the physical server and the physical space within 

which the server is located and maintained. 

Google’s Communication Services 

36. Google provides both data and television services to both San Antonio and 

Austin.27 

27 https://fiber.google.com/ourcities/
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Google’s Cell Phone Service (aka Google Fi)

37. Google also provides phone, messaging, and data services in this District from its 

wireless phone services called Google Fi. Via the Google Fi service, Google provides its 

customers voice and high-speed data coverage (4G LTE) for cities such as Waco. 
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Source: https://fi.google.com/coverage?q=Waco,%20tx

38. The cell towers used for Google’s services are fixed geographical locations. They 

are “regular” and “established” because they operate in a “steady, uniform, orderly, and methodical 

manner” and are sufficiently permanent. They are “of the defendant” because Google has 

contractual and/or property rights to use the cell towers to operate its business. Google also ratifies 

the service locations through its coverage lookup service. 

39. With this coverage lookup service, Google advertises its ability to provide cell 

coverage in this District and its selected cell towers in and near this District to provide the 
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advertised coverage (e.g., 2G, 3G, or 4GLTE) depending on the location in the District. See 

https://fi.google.com/coverage?. Google is not indifferent to the location of its cell towers. It 

“established” and “ratified” their geographic placement to achieve specific business purposes. 

40. Residents of this District also directly contract with and are billed by Google for 

these services as their telecommunications provider. 

Source: https://fi.google.com/about/plan

41. Google also determines which cell tower a particular Google Fi customer will use 

while within the District. 
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Source: https://fi.google.com/about/faq/#network-and-coverage-4 

COUNT ONE - INFRINGEMENT OF U.S. PATENT NO. 7,817,858

42. Brazos re-alleges and incorporates by reference the preceding paragraphs of this 

Complaint.

43. On October 19, 2010, the United States Patent and Trademark Office duly and 

legally issued U.S. Patent No. 7,817,858 (“the ‘858 Patent”), entitled “Communication Terminal.”

A true and correct copy of the ‘858 Patent is attached as Exhibit A to this Complaint.

44. Brazos is the owner of all rights, title, and interest in and to the ‘858 Patent, 

including the right to assert all causes of action arising under the ‘858 Patent and the right to any 

remedies for the infringement of the ‘858 Patent.

45. Google makes, uses, sells, offers for sale, imports, and/or distributes in the United 

States, including within this judicial district, products such as, but not limited to, Gboard and 

associated Google devices that utilize Gboard (collectively, the “Accused Products”). 

46. The Accused Products include, but are not limited to, devices that utilize Gboard –

including those on the iOS and Android platforms. According to Google, on the Android platform 

alone, Gboard has been installed on more than one billion devices.

47. Amongst the Accused products are Google’s own brand of device referred to under

the brand name “Pixel.” Google Pixel is a brand of consumer electronic devices developed by 

Google that runs either Chrome OS or the Android operating system having a controller and a 

memory storing executable instructions. The Pixel brand was introduced in February 2013 with 

the first-generation Chromebook Pixel. The Pixel line includes laptops, tablets, and smartphones, 
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as well as several accessories. One non-limiting example Google Pixel device is a Pixel 3, which 

came pre-installed with the Gboard. 

Source: https://store.google.com/US/product/pixel_3, 

48. Gboard is a virtual keyboard that provides a feature of Glide typing in the Accused 

Instrumentalities. Users can type by gliding the fingers on the display of the device in which 

Gboard is installed. 

Source: 

https://play.google.com/store/apps/details?id=com.google.android.inputmethod.latin&hl=en_US, 
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Source: https://apps.apple.com/us/app/gboard-the-google-keyboard/id1091700242

49. As an example, the display of a device installed with Gboard has a touch-sensitive 

display. The device is capable of detectingthe first touch on the display when the user glides on 

the screen on the Gboard application.
19

Source: https://www.youtube.com/watch?v=KAW0iTFnv5A&t=213s

50. Gboard addresses the error of “fat finger typing” or tracing spatially similar words 

in glide typing with the help of Neural Spatial Models. The below example shows the average 

glide trails for two spatially similar words: “Vampire” and “Value.” 

https://ai.googleblog.com/2017/05/the-machine-intelligence-behind-gboard.html
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51. As another example, the diagram shows the trajectory for the word “Cloud” on 

Gboard. The trajectory is shown as the normalized sampled trajectory with a pre-sample variance 

(image in the right). The pre-sample variance highlights the area (i.e. candidate area) considered 

during different touchpoints as the user glides on the display. As the user glides for the word 

“Cloud” the area considered for the words is dependent on the trajectory of the glide (i.e. between 

the first point in the trajectory for the alphabet “C” and the second position in the trajectory for the 

alphabet “L” for the word “Cloud”).

Source: https://ai.googleblog.com/2017/05/the-machine-intelligence-behind-gboard.html

52. As an example, the trajectory followed for the word “Cloud,” a plurality of 

candidate characters are disposed within the area for the trajectory. These candidate characters 
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falling under the area (image in the right) are considered as the alphabets (i.e. candidate characters) 

while gliding on the display of the device. 

Source: https://ai.googleblog.com/2017/05/the-machine-intelligence-behind-gboard.html

53. Gboard creates robust spatial models that map fuzzy sequences of raw touchpoints 

to keys on the keyboard. It then builds a powerful core decoding engine based on finite-state 

transducers (FST) to determine the likeliest word sequence given an input touch sequence from 

the area (i.e. candidate area) for the trajectory of a word.

Source: https://ai.googleblog.com/2017/05/the-machine-intelligence-behind-gboard.html, 

54. While the Neural spatial models use spatial information to help determine what was 

tapped or swiped, there are additional constraints — lexical and grammatical — that can be brought 
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to bear. A lexicon tells the Gboard what words occur in a language and a probabilistic grammar 

tells the Gboard what words are likely to follow other words. To encode this information Gboard 

uses finite-state transducers. 

Source: https://ai.googleblog.com/2017/05/the-machine-intelligence-behind-gboard.html

55. A probabilistic n-gram transducer is used to represent the language model for the 

keyboard. A state in the model represents an (up to) n-1-word context and an arc leaving that state

is labeled with a successor word together with its probability of following that context (estimated 
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from textual data). These, together with the spatial model, gives the likelihoods of sequences of 

key touches (discrete tap entries or continuous gestures in glide typing).

Source: https://ai.googleblog.com/2017/05/the-machine-intelligence-behind-gboard.html

56. In view of preceding paragraphs, each and every element of at least claim 16 of the 

‘858 Patent is found in the Accused Products.

57. Google continues to directly infringe at least one claim of the ‘858 Patent, literally 

or under the doctrine of equivalents, by making, using, selling, offering for sale, importing, and/or 

distributing the Accused Products in the United States, including within this judicial district, 

without the authority of Brazos.

58. Google has received notice and actual or constructive knowledge of the ‘858 Patent

since at least the date of service of this Complaint.

59. Since at least the date of service of this Complaint, through its actions, Google has

actively induced product makers, distributors, retailers, and/or end users of the Accused Products 

to infringe the ‘858 Patent throughout the United States, including within this judicial district, by, 

among other things, advertising and promoting the use of the Accused Products in various 

websites, including providing and disseminating product descriptions, operating manuals, and 
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other instructions on how to implement and configure the Accused Products. Examples of such 

advertising, promoting, and/or instructing include the documents at:

• https://store.google.com/US/product/pixel_3

• https://www.youtube.com/watch?v=KAW0iTFnv5A

• https://play.google.com/store/apps/details?id=com.google.android.inputmethod.latin&

hl=en_US

• https://ai.googleblog.com/2017/05/the-machine-intelligence-behind-gboard.html

60. Since at least the date of service of this Complaint, through its actions, Google has

contributed to the infringement of the ‘858 Patent by having others sell, offer for sale, or use the 

Accused Products throughout the United States, including within this judicial district, with

knowledge that the Accused Products infringe the ‘858 Patent. The Accused Products are 

especially made or adapted for infringing the ‘858 Patent and have no substantial non-infringing 

use. For example, in view of the preceding paragraphs, the Accused Products contain functionality 

which is material to at least one claim of the ‘858 Patent.

JURY DEMAND

Brazos hereby demands a jury on all issues so triable.

REQUEST FOR RELIEF

WHEREFORE, Brazos respectfully requests that the Court:

(A) Enter judgment that Google infringes one or more claims of the ‘858 Patent literally 

and/or under the doctrine of equivalents;

(B) Enter judgment that Google has induced infringement and continues to induce 

infringement of one or more claims of the ‘858 Patent;

(C) Enter judgment that Google has contributed to and continues to contribute to the 

infringement of one or more claims of the ‘858 Patent;
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(D) Award Brazos damages, to be paid by Google in an amount adequate to compensate 

Brazos for such damages, together with pre-judgment and post-judgment interest for the 

infringement by Google of the ‘858 Patent through the date such judgment is entered in accordance 

with 35 U.S.C. § 284, and increase such award by up to three times the amount found or assessed 

in accordance with 35 U.S.C. § 284;

(E) Declare this case exceptional pursuant to 35 U.S.C. § 285; and

(F) Award Brazos its costs, disbursements, attorneys’ fees, and such further and 

additional relief as is deemed appropriate by this Court.

Dated: June 29, 2020 Respectfully submitted,

/s/ James L. Etheridge

James L. Etheridge

Texas State Bar No. 24059147 

Ryan S. Loveless

Texas State Bar No. 24036997 

Travis L. Richins

Texas State Bar No. 24061296

ETHERIDGE LAW GROUP, PLLC

2600 E. Southlake Blvd., Suite 120 / 324

Southlake, Texas 76092

Telephone: (817) 470-7249

Facsimile: (817) 887-5950

Jim@EtheridgeLaw.com

Ryan@EtheridgeLaw.com

Travis@EtheridgeLaw.com

COUNSEL FOR PLAINTIFF