According to FutureWise analysis, the Actigraphy Sensors and PSG Devices Market in 2025 is US$1.32 billion, and is expected to reach US$2.58 billion by 2033 at a CAGR of 8.74%. The growth of the actigraphy sensors and polysomnography (PSG) devices market is being driven by the increasing prevalence of sleep disorders such as insomnia, sleep apnea, and narcolepsy. The combination of artificial intelligence (AI) and the Internet of Things (IoT) in sleep monitoring devices is significantly enhancing the accuracy and accessibility of diagnostic tools. With a growing emphasis on health awareness among consumers and ongoing advancements in technology that allow for miniaturization, the gap between clinical-grade sleep studies and at-home monitoring solutions is increasingly closing. This trend is making it easier for individuals to access reliable sleep assessments and insights. Greater awareness of the importance of sleep health, combined with a growing demand for home-based sleep monitoring solutions, is further driving market expansion. Additionally, technological advancements, including wireless connectivity and AI-powered data analysis, are improving the accuracy and usability of these devices.
Technological Advancements: AI and machine learning technologies have been integrated into actigraphy sensors and polysomnography (PSG) devices. This integration allows for advanced data analysis, pattern recognition, and predictive modeling, which improve the diagnosis and personalized treatment plans for sleep disorders. In 2024, several actigraphy devices received new FDA approvals that feature enhanced algorithms.
Small devices known as actigraphy sensors are often worn on the wrist, similar to watches. Real-time analysis of body movements and sleep-related activities is done by actigraphy sensors, which transmit signals. The study of sleep is known as polysomnography, and PSG machines are employed as diagnostic equipment in the field of sleep medicine. A wrist-worn activity monitor, also known as an actigraph, is used to track long-term patterns of movement, rest, and wakefulness. Actigraphy sensors are portable and non-invasive devices that are frequently employed to track the sleep-wake patterns of individuals with circadian rhythm abnormalities or to evaluate the efficacy of therapies for insomnia. PSG devices are more comprehensive and provide a wealth of information about sleep and associated physiological processes, but require more extensive equipment and expertise to use.
The COVID-19 pandemic has accelerated consumer demand for products, which has led to rapid technological disruption in the field of sleep medicine. These changes in care delivery, the expansion of telehealth, remote testing, self-monitoring, physiological data, data monitoring using pulse oximeters or EEG sensors in watches, consumer-grade rings, eye or headbands and other wearables, and AI/ML/DL integrations using heart rate variability are just a few examples. The usage of disposable home sleep apnea testing equipment in the context of the pandemic is growing as telemedicine spreads, attracting the attention of both doctors and patients in remote diagnostic and data monitoring technologies.
FutureWise Market Research has published a report that provides an insightful analysis of Actigraphy Sensors and PSG Devices Market trends that are affecting the overall market growth. This report will provide a detailed analysis of market share, regional insights, and competitor analysis that includes stature of key manufacturers operational in this industry. By the end of the forecast period FutureWise research analysts projects that the Actigraphy Sensors and PSG Devices Market will experience a significant growth. According to the analysis done, this report will help understand the information referring to the total valuation held by this industry. Additionally, this report will help in understanding the growth opportunities held by various segments of this market, further assist in making better strategic and expansion decisions by key stakeholders of an organization.