CompFox AI Summary
Parallel Networks, LLC appealed a trial court's judgment affirming an arbitration award in favor of Jenner & Block, LLP. Parallel argued the termination provision of the contingent fee agreement was unconscionable and against public policy, and that Jenner abandoned its client. The arbitrator found Jenner had just cause to terminate representation due to unpaid expenses and that the termination fee provision was enforceable. The arbitrator also found Jenner was entitled to recover $3,000,000 under quantum meruit or breach of contract, plus a percentage of future settlement proceeds. The Court of Appeals affirmed the trial court's judgment, rejecting Parallel's arguments and finding no error in the arbitrator's decision or exclusion of evidence.
Parallel Networks, LLC v. Jenner & Block LLP is a workers' compensation case decided in Texas Court of Appeals, 5th District (Dallas). This case addresses legal issues related to compensation claims, benefits, and court rulings.
It is commonly referenced in legal research involving workers' compensation laws in Texas Court of Appeals, 5th District (Dallas).
Full Decision Text1 Pages
Parallel Networks, LLC appealed a trial court's judgment affirming an arbitration award in favor of Jenner & Block, LLP. Parallel argued the termination provision of the contingent fee agreement was unconscionable and against public policy, and that Jenner abandoned its client. The arbitrator found Jenner had just cause to terminate representation due to unpaid expenses and that the termination fee provision was enforceable. The arbitrator also found Jenner was entitled to recover $3,000,000 under quantum meruit or breach of contract, plus a percentage of future settlement proceeds. The Court of Appeals affirmed the trial court's judgment, rejecting Parallel's arguments and finding no error in the arbitrator's decision or exclusion of evidence.
Read the full decision
Join + legal professionals. Create a free account to access the complete text of this decision and search our entire database.