Your competitive edge is the data
Structured data pipelines and scalable architecture to capture and manage high-quality device data.
NEX Platform · Wearables
The production-ready software platform for consumer and enterprise wearables. Launch in weeks, not years — prebuilt iOS and Android apps, secure cloud, BLE connectivity, and the optional path to regulated status if your product evolves toward clinical use.
A purpose-built wearable software foundation — designed to let you focus on intelligence, not infrastructure.
Structured data pipelines and scalable architecture to capture and manage high-quality device data.
Delivered as a complete system deployed in your environment — full control over roadmap, regulatory strategy, data, and long-term evolution.
Configurable sensor stacks, multi-parameter architectures, and medical-grade development processes — regulated continuity when you need it.
An 80%-ready foundation: iOS and Android apps, clinician and consumer dashboards, admin portal, secure cloud backend.
Best practices for battery-efficient coding and glanceable UI/UX design.
Optimized for Bluetooth Low Energy — real-time pairing, streaming, and syncing across devices and cloud.
From fitness trackers with thousands of daily users to enterprise AR glasses across a workforce.
Real-time data processing, secure storage, analytics, and device fleet management.
Remain non-regulated or align to regulatory requirements later — without rebuilding.
Fitness bands, sleep monitors, mindfulness devices, wellness apps.
AR smart glasses for logistics, hands-free navigation, workforce training.
Retail brand wearables, gamified fitness challenges, lifestyle trackers.
Rapid apps for studies, concept validation, corporate wellness initiatives.
Most wearable app development starts from scratch — one-off solutions that can’t scale beyond a first launch. NEX is different: infrastructure, integration, and scalability without the delays and risks of building from the ground up. Building a regulated device instead? See NEX for Medtech.