Healthсare Equipment & Supplies Implementing IoT helps with the predictive maintenance of hospital assets. Obtaining information in real time about the location of the equipment and its condition, significantly... keep readingsee more
saves money on inventory and regular service checks. IoT sensors can also be used to solve problems with logistics or production: correctly positioned and configured sensors can quickly report a problem or unexpected issue.
Healthcare Providers & Services Focus on quality care and reduced expenditures, while IoT focuses on the data. IoT sensors can be installed on a number of pieces of equipment such as wheelchairs, defibrillators... keep readingsee more
, nebulizers, oxygen pumps, and other monitoring equipment. Having patients use wearables such as fitness bands and wirelessly connected devices, doctors can track their patients' physical activity and make more informed decisions based on the collected data.
Healthcare Technology IoT can be used in a variety of devices for enhancing the quality of healthcare services received by patients and the technology created by healthcare companies, e.g., it can... keep readingsee more
help when building an app for remote care. Increase patient safety by giving medics access to real-time information, even while on the go. In the event of an emergency, an IoT-based application can alert a doctor who’s several miles away about patient issues.
Life Sciences Tools & Services IoT enables users to access new, live, and comprehensive data thanks to smart sensors, direct connectivity, and digital platforms. In research and development, IoT can... keep readingsee more
be used to develop smart labs. Scientists can significantly improve the accuracy of their measurements, easily export experimental results, and share them. In addition, get instant alerts to dynamic data if any equipment deviates from ideal conditions (for example predictive maintenance alerts).
Pharmaceuticals Drug and environmental control are crucial to securing patients’ safety and tackling regulatory constraints. A connected production line can help reach end-to-end visibility... keep readingsee more
about the quality of any drug produced: in practice, a technician will use a dashboard to easily monitor production capabilities and identify any deviation that could affect raw material and drug integrity (pulverization, blending, granulation, etc.). IoT is also helpful in machine optimization and predictive maintenance, by introducing specific sensors to analyze production-related metrics (temperature, vibration, rotation speeds, chemical properties oil, etc.), and identifying the most valuable patterns. It makes it possible to improve overall equipment effectiveness (OEE), standardize any industrial process, achieve energy savings, and reduce maintenance times.
Biotechnology IoT has enabled the instruments used in biotechnological research and has played a big role in its growth. Interconnected communication protocols like Bluetooth ... keep readingsee more
are low energy and can be used for communication with in-lab devices. Sophisticated sensors can be used to collect necessary data, and after, researchers can request that data for further evaluation. With improved metrics and quality research, take biotechnology to the next level.