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Internet of Things (IoT) plays a significant role in clinical trials in terms of regulatory authorisations, post-marketing trials, clinical trial data collection, patient recruitment, and more.

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IoT offers opportunities for the expansion of consumer-oriented Internet-connected devices such as wearables and smartphones, as well as value-added health services for the diagnosis and treatment of diseases. Combining IoT technology with clinical trial processes can reduce the expenses of clinical research and help in inventing and validating new medical products and services.

Discover the leading clinical trial IoT companies

Clinical Trials Arena has listed some of the leading companies offering products and services related to IoT using its intel, insights and decades-long experience in the sector.

The information provided in the download document is drafted for clinical trial executives and technology leaders involved in cloud innovations.

The download contains detailed information on suppliers and their product offerings, as well as contact details to aid purchasing or hiring decisions.

Among the leading suppliers of IoT for clinical trials are Medidata, Medable, Science 37, KORE Wireless, CSL Behring, Haleon, Precision Digital Health, Avantor, Novapeutics, and IQVIA.

Related Buyer’s Guides which cover an extensive range of clinical trials equipment manufacturers, service providers and technology, can also be found here.

Applications of IoT in clinical trials

Unlike obtaining static data from a clinical study, IoT technology can allow the dynamic acquisition and processing of data from patients along with data processing and analytics services. IoT in clinical trials helps in increasing accuracy, reducing patient risks, and improving patient recruitment.

IoT may help in creating new possibilities for uploading health data from medical devices such as blood pressure monitors to websites. The enormous health data collected through IoT can offer more information than earlier to both patients and healthcare professionals. The data allows healthcare professionals to provide patient-appropriate feedback based on insights from the data.

Role of IoT in virtual clinical trials

The adoption of virtual trials in the wake of the Covid-19 pandemic has had a long-term influence on mobile and IoT-based wearables. The rising investments in remote patient monitoring can completely transform the on-site environment into virtual trials with benefits such as larger sample size, reduced medical staff, enhanced data quality, stay-at-home trials, patient safety monitoring, risk-based real-time monitoring, and reduced site setup and costs.

Remote patient monitoring is enabled by consumer-oriented IoT devices. The state-of-the-art IoT devices support contract research organisations in real-time data collection and processing within the clinical trials industry. They also help in providing alerts and notification triggers, remote screening, and periodic self-assessments of study participants through connected digital devices.

For full details (including contact details) on the leading companies within this space, download the free Buyer’s Guide below:

Frequently asked questions

  • How is IoT being used in clinical trials?

    IoT in clinical trials improves data collection and patient monitoring through connected devices like wearables and sensors. These technologies allow for real-time health data capture, improving the accuracy of trial results. IoT also enables remote patient monitoring, reducing the need for in-person visits, which can enhance participant compliance and lower costs.

  • What are the benefits of using IoT in virtual clinical trials?

    IoT facilitates virtual trials by enabling remote data collection, reducing on-site visits, and providing continuous patient monitoring. This can lead to faster recruitment, improved patient engagement, and more efficient trial management. Virtual trials also benefit from increased sample sizes and enhanced safety monitoring due to real-time data analysis.

  • How does IoT improve patient recruitment in clinical trials?

    IoT enables better patient recruitment by using data from wearable devices and smartphones to track patient health and eligibility in real-time. This accelerates the recruitment process and ensures the right participants are selected for trials, improving overall trial efficiency and reducing recruitment costs.

  • How does IoT enhance data quality in clinical trials?

    IoT enhances data quality by enabling continuous, automated data collection from patients. This reduces the risk of human error and ensures that data is captured in real-time, providing more reliable and accurate results. IoT also allows for better monitoring of patient adherence to trial protocols, ensuring high-quality data throughout the study.

  • Which companies are leading in IoT solutions for clinical trials?

    Leading companies in IoT for clinical trials include Medidata, Science 37, and KORE Wireless. These companies offer platforms and services that integrate IoT technologies for real-time data collection, remote monitoring, and improving the overall efficiency of clinical trials. Their solutions help streamline trial processes, reduce costs, and improve patient outcomes.