In her laboratory in West Java, Dr. Kamelia watches as her team works to replace this invasive ritual with a steady, silent light. They are designing a wearable sensor—a device that sits against the skin to monitor glucose levels in real-time, sending data to a small screen without the need for a single drop of blood. In January, the project was selected as one of the strategic initiatives to receive funding under the RIIM national research program, a move intended to foster industrial self-reliance.
The necessity of her research is reflected in the records of the Indonesian Pediatric Society, which has documented a seventy-fold increase in childhood diabetes cases since 2010. While continuous monitors exist in the global market, they remain a distant luxury for many. Indonesia currently imports all its commercial monitors, primarily from the United States and Europe, leaving families to navigate a landscape of high costs and limited insurance coverage.
By focusing on the specific economic needs of Indonesian households, the team at Telkom University is attempting to repatriate a vital technology. The grant from the Ministry of Higher Education, Science and Technology allows Kamelia to move from theoretical biomedical signal processing to a tangible prototype. It is a pursuit of dignity as much as science, seeking to ensure that a child’s health is no longer dictated by the price of a foreign patent.
When the device eventually reaches the homes of Bandung and beyond, it will manifest as a small, glowing display on a child’s wrist. That light will represent more than a data point; it will offer families the quietest of gifts: a full night of sleep, uninterrupted by the requirement of the needle.