smartData believes in building an improved community where people live better lives with the objective of giving back to society. This has led to the establishment of smartCFG. Our smartCFG initiatives, which stand for "smartData Community, Fitness, and Green," work towards achieving sustainable standards.
An AI-first sleep improvement app that combines advanced algorithms with IoT devices to address issues like insomnia, early waking, and disrupted sleep.
AI models analyze sound detection (snoring, sleep talking, ambient noise) and a 2-week sleep diary to provide personalized insights, dream analysis, and tailored recommendations.
IoT integration with smart masks and wearables (Apple/Android watches) tracks SpO? in real time, triggering vibration alerts to prevent oxygen drops and support early OSA intervention.
Users can connect with sleep experts via AI-enabled chat, audio, and video, while providers manage appointments and communications through a dedicated web interface.
The platform follows a subscription model with free and premium tiers, enabling sleep diagnostic centers to deliver AI-driven insights, IoT monitoring, and expert support for better sleep health.
AI Powered maternal support Mobile App is being created to ensure that all individuals experiencing the pregnancy journey (no matter what that looks like), are supported mentally and emotionally. This app will serve as a companion for maternity, from the beginning through postpartum. As the pregnancy journey can look and feel different for everyone making it hard to read endless articles, books and take advice from others. Solution is here to help break the stigmas, and leverage AI/ML technology to create a personalized experience just for YOU. App is building a voice-first experience. This is an opportunity to-push the boundaries of voice interaction in a mobile app that truly captures the tone, emotion, and personalization of the end-user.
The project aims to develop a comprehensive e-commerce portal for SWP, an international photography agency specializing in school photography. The portal is designed to allow parents to view and purchase student photos, manage their children’s profiles, and communicate directly with SWP.
The development is divided into two phases. Phase 1 includes building the portal's core functionalities such as photo uploads, client and job management, access control, user roles, and basic reporting. Phase 2 focuses on implementing complete back-end services and workflows to integrate with the front-end components established in Phase 1.
