Dr. Chris Daft specializes in providing litigation support with a focus on Patent and Trade Secret areas of intellectual property. His experience is evidenced by participation in 13 depositions and testimony in 5 jury and bench trials. His expertise spans a range of technologies including wearable devices for both medical and consumer use, electronics, micro-mechanical systems, medical imaging, biometric security, and hearing aids. Dr. Daft also has experience in malpractice and product liability cases related to medical devices. A key aspect of Dr. Daft’s work is his ability to simplify complex technical matters for the finder of fact, making them accessible and understandable. This skill has been recognized by courts for its effectiveness in aiding the legal process. Dr. Daft’s background in patent prosecution encompasses the medical devices and artificial intelligence fields, where he has managed patent strategies for both large corporations and smaller entities. His academic achievements include publication in peer-reviewed journals and teaching engineering at the university level. His legal experience extends to involvement in Federal District Courts, International Trade Commission (ITC) section 337 investigations, and Patent Trial and Appeal Board (PTAB) proceedings. Dr. Daft provides services to plaintiffs and defendants roughly equally. Available upon request are references from prior retaining counsel, attesting to Dr. Daft’s contributions to their cases. His case work includes a variety of topics such as:

• X-ray tomosynthesis for breast cancer diagnosis.
• Employment law within the technology sector.
• Wearable electronic devices for physiological measurement.
• Aesthetic systems for body contouring.
• Ultrasonic imaging systems’ signal processing.
• Biometric security devices, encompassing both hardware and software.
• Catheter systems for hypertension treatment.
• Security systems for mobile phones.
• Optical diagnostic systems for glaucoma.
• Architecture and microelectronic design of point-of-care imaging systems.
• Surgical device technology.

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Technical Consulting

The ultrasonic field from a transducer placed on the scalp and performing transcranial neuromodulation. Simulation by River Sonic Solutions; full paper here.

Associations and Partnerships