Capable communications and digital forensics expert witness with more than 40 years of experience analyzing mobile network systems, electronic evidence, and communications technologies in civil, criminal, and patent-related litigation. Their work focuses on interpreting complex communications data, including cellular network functionality, device location, and digital evidence derived from mobile and internet-based systems. They have been qualified as an expert in federal and state courts and have provided testimony in both deposition and trial settings involving patent infringement, wrongful death, fraud, and criminal matters. Professional involvement includes voting membership in the American Society for Testing and Materials E30 Forensics standards group and participation in standards and technical organizations related to communications, internet engineering, and network technologies. Their work in forensic cell site analysis and digital evidence methodologies has been documented through peer-reviewed publication and applied research, including development of validation and error mitigation approaches used in communications-related litigation.

Current roles include serving as a managing partner of an intellectual property licensing firm and as a chief technology officer for a communications-focused training academy, reflecting ongoing leadership in communications technologies, research, and applied analysis. Prior leadership experience includes directing digital forensics operations and establishing communications and network consulting initiatives. These roles align with continued involvement in evaluating communications infrastructure, mobile network operator data, and forensic evidence used in litigation contexts.

The expert’s work encompasses several interrelated technical domains. One core area involves cellular communications and location-based analysis, including call detail records, cell site location information, GPS signals, trilateration and multilateration tracking, and radio frequency propagation mapping. A second area includes digital forensics and electronic evidence examination, such as live response analysis of computers and networks, recovery of latent digital evidence, and evaluation of communications data from mobile devices, email, and messaging systems. A third area addresses communications infrastructure and network technologies, including fiber optic network design, link loss analysis, wireless systems (3G and 4G), and lawful intercept frameworks under federal statutes governing stored communications and wiretap activities. Additional experience includes social network analysis, security vulnerability assessment using established risk assessment methodologies, and counterintelligence-related communications tracking in both domestic and international matters.

Their litigation work also includes patent infringement and damages analysis related to communications networks and location-based services, supported by development of a methodology used to evaluate functional improvements and network efficiencies in dispute settings. The expert has applied this framework in cases involving cellular carrier technologies and infrastructure performance. Professional credentials include Certified Defensive Cyber Operations Engineer (Cyber Security Forum Initiative), Certified Computer Examiner (International Society of Forensic Computer Examiners), Certified Cell/GPS Signals Analyst (Paraben Corporation), Certified Steganography Examiner (Steganography Analysis and Research Center), Certified Network Engineer (Novell), and Check Point Certified Security Engineer. Licensure includes Private Investigator. Educational background includes formal training in computer science with emphasis on programming, database development, and systems operations.