Life-changing innovations

Life-changing innovations

We want to empower people to lead their everyday lives with quality. Our medical solutions make it possible.

The Internet of Things (IoT) has become integral to modern life, changing not only how organizations and industries operate, but also how we live our lives.

For the healthcare sector, digitalization has revolutionized how medical devices are manufactured and used, how patient data is collected and handled, and even paved the way for preventative treatment.

GlobalData forecasts that the market for IoT platforms for healthcare providers will reach $13.3 billion in 2025, up from $10.6 billion in 2020 (Source: Healthcare - GlobalData).

The IoT is a system of wireless, interrelated, and connected digital devices that collect, send, and store data over a network. In healthcare, this can include medical devices that monitor vitals (such as blood sugar levels and heart rate) and other methods of retrieving data, such as RFID tags.


Connected medical devices, remote patient monitoring, mHealth, and electronic health records (EHRs) have been on the rise for years but saw significant prominence during the COVID-19 pandemic.

Digitalization is the future of healthcare, as real-time data, data analysis, digital twins, and remote monitoring revolutionise the way that patients are diagnosed and treated. With this in mind, how will IoT technology prepare for this seismic shift?

The vital role of quality data

GlobalData’s Thematic Research report, Internet of Things in Healthcare, breaks the value chain for IoT into five layers: devices, connectivity, data, apps, and services.

Medical_wire.jpgThe device layer includes sensors, microprocessors, and cameras. Using a continuous glucose monitor (CGM) as an example, this will include the sensory wire, which detects the glucose level using glucose oxidase, measuring the enzymatic reaction and the resulting production of hydrogen peroxide.

The connectivity layer includes elements such as cloud infrastructure and networking equipment. For a CGM, this is vital to ensure that the electrical signals generated when hydrogen peroxide reacts to the sensor are sent to the transmitter.

Once this information is collected, the data layer involves how it is stored, cleansed, integrated with other systems, and analysed. This is important for remote and continuous monitoring devices, including a CGM, because not only must this data be safely stored for patients and healthcare workers to check, but smart data analysis enables automatic alerts if a patient is in danger and needs medical intervention.

The app and service layer includes elements such as mobile platforms for patients to check their blood sugar levels, along with service providers related to the development and maintenance of IoT ecosystems.

IoT innovation and digitalization

According to the GlobalData report: “Innovations in technologies, from 3D printers to automation and robots, are revolutionizing healthcare and creating a unified body of tools where data are continuously processed and analysed. These aggregate data can be used for preventative medicine, real-time diagnostics, disease monitoring, and therapeutic delivery.”

Medical device companies are increasing investments in IoT tools and moving towards wearables that continuously monitor health in a non-invasive and seamless manner.

Alleima has designed and developed customised medical wire components for therapeutic devices such as CGMs and heart rate monitors, as well as pacemakers, cochlear implants, and deep brain stimulation.

With expertise and ongoing research into metallurgy, processes such as galvanization and coatings, and extensive experience finding the ideal configuration for OEM applications, our medical wire solutions enable patients regain quality of life.

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