Matthew Hess is a trial lawyer focused on commercial litigation. Mr. Hess focuses most often on class action, anti-trust, intellectual property, and other commercial disputes. He often works in relation to the entertainment and real estate industries. He has won 5 of 6 trials.

Matthew also has experience with entertainment transactions, including as relates to the motion picture, television, and music industries.

 

Notable Representations

  • Successfully resolved a class action lawsuit seeking statutory damages in excess of $36,000,000 for just $70,000 after very hard-fought litigation.
  • Obtained summary judgment on the issue of liability in a class action against one of the nation’s largest privately-held companies, in action where damages exceeded $8,000,000.
  • Obtained reversal of dismissal of antitrust class action lawsuit in Ninth Circuit Court of Appeals.
  • Obtained reversal of dismissal of class action lawsuit involving violations of the California Business & Professions Code in case of first impression involving issues of administrative jurisdiction.
  • Certification of a class action against one of the nation’s largest cellular telephone networks featuring claimed out-of-pocket damages of over $100,000,000.
  • A defense verdict in a dispute over an opulent probate estate; a $33,000,000 judgment in a vigorously litigated copyright infringement suit.
  • The dismissal of multiple wage and hour claims before the California Labor Commission.
  • Dozens of successful appeals in state and federal appellate courts including the California Supreme Court.
  • Defense of several class actions alleging violations of the Fair Debt Collection Practices Act, the Truth-In-Lending Act, and state usury laws.

 


Zuber Lawler LLP is one of many member law firms of the Zuber Lawler Global International Network. Each law firm in the network is an independent law firm. Engagement of one law firm in the network does not create any attorney-client relationship with or any liability on the part of any other law firm in the network.