Portable, battery-powered dialysis device for remote and resource-limited settings
Qidni Labs is a clinical-stage medical device company building a portable dialysis system designed to operate with minimal water and battery power. The tech stack—embedded systems (ARM Cortex, STM32, RTOS, Embedded Linux) paired with hardware design tools (Altium, SolidWorks, Creo)—confirms a hardware-first, firmware-heavy engineering organization. Rapid hiring across engineering and research (6 roles in 30 days) and active work on circuit design, materials optimization, and manufacturing transfer suggest they're moving from prototype toward clinical validation and scale.
Qidni Labs develops portable dialysis technology intended to reduce infrastructure barriers in kidney failure treatment. The company targets scenarios where conventional dialysis is impractical: rural areas, disaster zones, emergency settings, and remote locations. The portable device operates on rechargeable batteries and requires minimal water, addressing accessibility gaps in global renal replacement therapy. At 2–10 employees with engineering and research teams, the company is in clinical-stage development, actively hiring across embedded systems, circuit design, and materials science roles while preparing for manufacturing transition.
Qidni Labs is developing portable dialysis technology that operates on rechargeable batteries and minimal water. Current work includes circuit design (analog and digital), materials optimization, and manufacturing transfer. The goal is to make dialysis accessible in resource-limited and remote settings.
Embedded systems: ARM Cortex, STM32, RTOS, Embedded Linux. Design tools: Altium, SolidWorks, Creo. Firmware: C/C++, Git, Subversion. Protocols: UART, I2C, CAN, USB, JTAG. The stack reflects a hardware-firmware-integrated medical device workflow.
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