CASE STUDY
Multi-sensor chest wearable prototype developed to enable data collection for healthcare startup tackling remote patient access to healthcare.
CASE STUDY
Multi-sensor chest wearable prototype developed to enable data collection for healthcare startup tackling remote patient access to healthcare.
Prototype to enable data collection
for remote patient monitoring
FutureCare partnered with us to develop a wearable device for remote patient monitoring and worker safety, integrating biometric sensors and Bluetooth Low Energy (BLE) connectivity.
Outcome
Rapid produced: A demonstrator integrating mutli-sensor development kits was rapidly configured into a working custom made prototype for our client
On time: Innovation needs to happen quickly in competitive markets. We delivered on time and on budget.
Real-world data: Prototype enabled client to start gathering data from users for analysis.
Challenge
Rapid prototyping: With demonstrators and shows booked in, the prototype was needed quickly.
Integration: The demonstrator brought together mutplie technology blocks including sensors and communication channels.
Bootstrapped: As an early start-up, the client needed a quick and cost effective solution.
About this health company
This health solutions startup, specialising in remote patient monitoring for partnered with us to develop a prototype that enabled data collection and demonstration to investors.
Location: UK
Company size: Small business
Industry: Medical
The expertise and efficiency of AND were critical in turning our concept into reality. Their ability to deliver a fully functional prototype within our timeframe helped us collect data and move forward with our vision.
FutureCare UK
Approach
Bluetooth Low Energy (BLE) Integration
We designed and implemented BLE connectivity, allowing seamless communication between the wearable device, mobile applications, and cloud-based platforms. This ensured real-time data transmission while maintaining low power consumption.
Sensor & Hardware Development
We integrated biometric sensors to track key health parameters, ensuring high accuracy while optimizing power consumption for all-day wearability.
Data Transmission
To protect sensitive health data, we implemented encryption protocols and secure communication methods, ensuring the device met medical data privacy standards.
Prototype Development & Testing
We built a fully functional prototype using rapid iteration cycles, enabling FutureCare to begin data collection and validation immediately. Testing ensured the device met performance and reliability expectations.
Health monitoring for lone workers and remote locations.
The demand for remote patient monitoring and worker safety solutions is growing rapidly, particularly as healthcare systems and industries seek more proactive ways to protect individuals. Wearable technology plays a crucial role in early intervention, reducing healthcare burdens, and improving workplace safety.
By integrating biometric sensors and real-time connectivity, this wearable enables continuous health tracking, early detection of health risks, and immediate response to potential issues. In healthcare, this could mean better patient outcomes and reduced hospital admissions, while in workplace safety, it helps employers protect their workforce and comply with health regulations.
As healthcare shifts towards preventative and remote-first models, solutions like FutureCare’s wearable are paving the way for smarter, data-driven decision-making, ensuring individuals receive timely care while maintaining independence.
The expertise and efficiency of AND were critical in turning our concept into reality.
