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Tiger Tech Solutions

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Tiger Tech Solutions is a Miami-based medical technology company developing wearable and machine-learning-based monitoring devices, including an FDA-authorized COVID-19 biomarker screening device.

Last updated September 27, 2026

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Overview

Tiger Tech Solutions, Inc. is a United States medical technology company headquartered in Miami, Florida. According to its official website, the company's mission is to redefine how data drives insights into human performance and health monitoring through the development of cutting-edge wearable technologies. It describes itself as dedicated to driving innovation to address some of the most significant challenges in the medical world, with the aim of developing products that revolutionize everyday living. The company's public profile centers on machine-learning-based medical screening and monitoring. Its website states that it developed the first machine-learning-based screening device to receive authorization from the U.S. Food and Drug Administration (FDA) to identify biomarkers of COVID-19. Beyond infectious-disease screening, Tiger Tech Solutions has been involved in autonomic nervous system research, including work highlighted in US Medicine on the use of ECG-based devices to evaluate heart rate variability in adults. A significant part of the company's visible activity involves defense and aerospace medicine. Its website describes a cooperative research agreement with the U.S. Army Aeromedical Research Lab and reports that the Army successfully tested an in-flight life-saving system for incapacitated pilots. This work pairs a medical monitoring device similar to an EKG with an autopilot system in a UH-60 Black Hawk helicopter, forming an autonomous system intended to deliver incapacitated Army pilots to safety. The company also references an Office of the Secretary of Defense Program Success Story and overpressure research highlighted in Military.com concerning blast pressure injuries and their effects on autonomic nervous system functioning. Tiger Tech Solutions operates primarily in the United States. It is a private company; no parent company, owner, or stock listing is indicated in the available evidence. Its product and research portfolio spans wearable health monitoring, machine-learning diagnostics, and military aeromedical safety systems.

History

Tiger Tech Solutions, Inc. is a medical technology company based in Miami, Florida, in the United States. Public information about the company is limited, and its own website serves as the primary source for its activities and mission. The company states that its mission is to redefine how data drives insights into human performance and health monitoring through the development of cutting-edge wearable technologies, and that it is dedicated to driving innovation to address some of the most significant challenges in the medical world. The company's most prominently documented achievement is the development of a machine-learning-based screening device that it says was the first such device to receive authorization from the U.S. Food and Drug Administration (FDA) to identify biomarkers of COVID-19. This places the company in the emerging field of algorithmic and wearable diagnostics, where physiological data are analyzed to detect disease or monitor health status. Tiger Tech Solutions has also engaged in autonomic nervous system research. Its website highlights coverage in US Medicine of research indicating that ECG-based devices should be used to evaluate heart rate variability in adults. This work aligns with the company's broader interest in using physiological signals, such as cardiac data, to assess human health and performance. A major area of the company's activity is defense and aerospace medicine. According to its website, Tiger Tech Solutions entered a cooperative research agreement with the U.S. Army Aeromedical Research Lab. Under this collaboration, the Army successfully tested an in-flight life-saving system for incapacitated pilots. The system pairs a medical monitoring device similar to an EKG with an autopilot system in a UH-60 Black Hawk helicopter, creating an autonomous system intended to deliver incapacitated Army pilots to safety. The company describes this as a historic trial run and references an Office of the Secretary of Defense Program Success Story. It also cites overpressure research highlighted in Military.com, which reported that blast pressure injuries may affect more than the brain of troops and can significantly disrupt autonomic nervous system functioning. No founding date, founder names, ownership structure, or funding history are provided in the available evidence. The company appears to operate as a private entity in the United States, with a focus on wearable health monitoring, machine-learning diagnostics, and military aeromedical safety systems.

  • Developed the first machine-learning-based screening device to receive FDA authorization to identify biomarkers of COVID-19

  • Entered a cooperative research agreement with the U.S. Army Aeromedical Research Lab

  • U.S. Army successfully tested an in-flight life-saving system for incapacitated pilots, pairing an EKG-like monitoring device with an autopilot system in a UH-60 Black Hawk

  • Autonomic nervous system research highlighted in US Medicine regarding ECG-based devices for heart rate variability evaluation

  • Overpressure research highlighted in Military.com on blast pressure injuries and autonomic nervous system disruption

Products and positioning

Medical technology innovator focused on wearable health monitoring, machine-learning diagnostics, and aeromedical safety systems.

  • Machine-learning-based COVID-19 biomarker screening device

    An FDA-authorized screening device that uses machine learning to identify biomarkers of COVID-19; described by the company as the first such device to receive FDA authorization.

  • ECG-based heart rate variability monitoring device

    A device used in autonomic nervous system research to evaluate heart rate variability in adults, as highlighted in US Medicine.

  • In-flight life-saving system for incapacitated pilots

    An autonomous system pairing a medical monitoring device similar to an EKG with an autopilot system in a UH-60 Black Hawk, developed under a cooperative research agreement with the U.S. Army Aeromedical Research Lab.

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