Defendant

Sanas.AI Inc.

1 case as defendant.

Also appears as a plaintiff in 1 case View as plaintiff

Company profile

Sanas.AI Inc. is a privately held artificial intelligence company headquartered in Palo Alto, California. Founded in 2020 by former Stanford University students, the company has raised over $100 million in venture capital funding through a Series B round. Investors include Insight Partners, Quadrille Capital, Google Ventures, and others. While revenue figures are not public, the company is reported to have around 80 employees.

Sanas develops and markets a real-time speech AI platform for enterprise customers. The company's main products provide real-time accent translation, language translation, noise cancellation, and speech enhancement. This technology is designed to modulate a speaker's accent during a live conversation to improve clarity and understanding, particularly in global call centers, financial services, and healthcare. The software runs on-device to maintain user privacy and does not record or store call data.

Based on the provided case list, Sanas is an operating company engaged in a two-way patent dispute with a direct competitor. The single plaintiff case and single defendant case are against the same entity, Krisp Technologies, Inc. This litigation pattern, with cases in the U.S. District Court for the Northern District of California and the USPTO's Patent Trial and Appeal Board (PTAB), points to a competitive business dispute rather than activity typical of a non-practicing entity.

The company's litigation revolves entirely around its competitor, Krisp Technologies. Sanas initiated the conflict by suing Krisp in July 2025, alleging patent infringement and misappropriation of trade secrets. Sanas claims Krisp developed a competing product after examining Sanas's technology under a non-disclosure agreement. The related PTAB case is a proceeding initiated by Krisp challenging the validity of Sanas's patents. The dispute underscores the competition in the emerging market for AI-powered voice modulation technology.