Mobile application for patient rehabilitation, providing real-time biofeedback during physical sessions, exercise scheduling, and direct communication with specialists. The platform ensures an engaging and pleasant user experience through integrated gamification.

Organization profile for KinIoT — creators of uFlex, a platform that simplifies medical rehabilitation.

Internal developer and operations console for the KinIoT uFlex platform — manage the global IoT device inventory, track kit stock, and provision units to clinics on subscription activation.

Embedded software for uFlex wearable IoT sensors. Developed to capture high-precision biomechanical data from the upper limb complex, managing real-time sensor fusion and secure data transmission via Bluetooth.

Intermediate processing layer designed for low-latency data handling. It acts as a bridge between IoT sensors and the cloud, performing edge computing tasks such as data filtering and initial signal processing to optimize bandwidth and response times.

Clinical management dashboard for doctors and healthcare administrators. This web platform allows specialists to monitor patient progress, analyze biomechanical data captured by IoT sensors, and manage personalized rehabilitation programs.

Backend REST API powering uFlex. Handles authentication, therapy sessions, IoT devices, payments, and user administration through a centralized, scalable, and secure service for clinics in Peru.

Landing page highlighting uFlex's value proposition for IoT-enabled rehabilitation. Presents product features, focusing on therapy, device usage, and monitoring.

Centralized documentation and progress reports from Kiniot team. Includes product vision, development updates, and resources supporting the growth of Kiniot.