Ingestible Sensors Market Size (2024 - 2029)

Ingestible Sensors Market Analysis

The market for ingestible sensors is expected to register a CAGR of 18.7% over the forecast period (2021 - 2026). The ingestible sensor is a critical healthcare technology which positively influences various clinical areas such as nutrition, health, and fitness. Technological advancements and the increasing prevalence of chronic disorders are some of the primary factors driving the market. Need for medical adherence and developed healthcare awareness among people are also likely to encourage market growth.

• Extensive product usage in many medical applications including modified drug delivery is another dominant factor contributing toward the market growth. These devices are non-invasive and have a user-friendly design that helps in real-time diagnosis and health monitoring. Growing cases of complications caused due to multiple chronic diseases, as a result of carelessness toward the prescription by patients, have also boosted the product demand.
• The ingestible sensor technology has been gaining significant traction as the next important development in medical diagnosis and therapy. Moreover, growing applications of these devices in several businesses including sports, physical fitness, military, industrial, etc., is expected to boost the global market in the forecast period.
• However, there are specific challenges that have been restraining the growth in the market, including complex technology design and determining the most suitable patient population to benefit from this minimally invasive medical device.

Ingestible Sensors Industry Segmentation

Ingestible sensors are devices that integrate a wireless sensor system into a non-invasive capsule to perform different functions, such as measuring pH values, pressure, or core body temperature data. Ingestible sensors may be seen as part of the user’s body and thus offer alternative engagement opportunities. In simple terms, they are ingestible electronic devices, roughly the size of a medicine capsule, composed of biocompatible materials that make up a power supply, microprocessor, controller, sensors, etc., giving the device the ability to telecommunicate for use in the healthcare industry for disease diagnostics and monitoring.