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Groundbreaking Signal Processing Technology

PMM Delivers extraordinary multi-dimensional measurement, analysis and separation of complex waveforms and signals

Breakthrough signal processing technology with PMM enabling the capture of highly accurate time, frequency, and amplitude (TFA) information simultaneously

  • Exponentially enhances accuracy in measuring any acoustic signal

  • Enhances and improves front-end data quality for AI analysis

  • Virtually eliminates false positives for greater accuracy in diagnosis

  • Potentially predictive analysis for heart and brain anomalies

PMM: Revolutionizing Signal Intelligence Across Sectors

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Commercial

  • Expand the range of Wi-Fi and network signals, ensuring a broader coverage and connectivity in challenging environments.

  • Improve signal clarity and strength, ensuring more reliable connections, reducing dropouts and enhancing overall user experience.

  • Allows for more efficient network performance, optimizing bandwidth usage and reducing latency.

  • With better signal strength and clarity, more stable internet connections, enhancing application such as video conferencing, online gaming and streaming services.

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Government

  • Extracts significantly more information from radar signals than traditional methods, allowing for digital fingerprinting of individual radars when integrated with AI environments.

  • Identifies unique acoustic content from drones in higher frequency ranges that are typically undetectable by conventional analysis tools, improving early threat detection and response.

  • Demonstrated ability to start signal detection within seconds, providing clear detection of key frequencies and patterns early in the data collection process, enhancing situational awareness and decision-making speed.

  • Capable of detecting multiple signals below the ambient noise floor, significantly improving the ability to identify and classify hidden or obscured threats, providing precise detection of Doppler shifts on key frequencies, aiding in the tracking and characterization of moving targets.

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Healthcare

  • Revolutionizing signal processing by capturing time, frequency, and amplitude (TFA) information simultaneously ensuring unparalleled signal detail, enabling precise analysis and diagnosis.

  • Experience a reduction measurement anomalies and reduction in  false positives compared to traditional single transform methods, enhancing reliability and accuracy of medical data in field of cardiac and EEG.

  • Accelerating researchers with access to detailed signal data by capturing time, frequency, and amplitude information, enabling researchers to uncover new insights, develop novel diagnostic techniques, and drive advancements in medical science.