Neuroscience Data Platform & Firmware
Client
Immersion Neuroscience
Industry
Healthcare / Research Tech
The Challenge
Immersion Neuroscience proved that self-reported reactions are unreliable — in one study, consumer self-reports predicted top-rated TV shows with only 17% accuracy, while their neurological measures achieved 84%. But turning cutting-edge neuroscience into a commercial product required sophisticated engineering: a desktop application to aggregate data from multiple heart rate monitoring bands, custom firmware for the data collection dongles, and a web platform for real-time data visualization accessible from anywhere. The system needed to handle multiple wireless devices with different components and range limitations, support both online and offline operation, and process hundreds of signals per second from each participant.
Our Solution
We built a Windows desktop application using .NET that aggregates information from heart rate monitoring bands and displays the data in easy-to-understand graphs, with full offline functionality so research can happen anywhere. We developed custom firmware for the data collection dongles that receive signals from multiple heart rate bands simultaneously — solving range, connectivity, and multi-device challenges. The real-time data pipeline processes hundreds of signals per second from each participant, calculating their proprietary Immersion Quotient (inQ) second-by-second. A web interface makes this data viewable in real-time from anywhere in the world by any team member. The platform supported Immersion's commercial launch, handling live client studies where reliability was critical.
Project Scope
- Windows desktop application with offline support
- Custom firmware for data collection hardware
- Multi-device wireless connectivity management
- Real-time signal processing pipeline
- Web-based data visualization platform
- Immersion Quotient calculation engine
- Research study management tools
- Ongoing maintenance and rapid issue resolution
Timeline
3+ years
Results
Measurable impact and real business outcomes
Prediction Accuracy (vs 17% Self-Report)
Signals Processed Per Second Per User
Years of Development & Support
Technology Stack
"In our first year, clients understood that we were a young company and that we'd have issues. At times, our app didn't function the way it should have, or data wasn't recorded the way it needed to be. The team was there to smooth those issues out pretty rapidly. For one project going on in France, our project manager stayed up through the night to make sure that if anything happened, they were there to jump in and resolve issues."
Jorge Barraza
CTO & Founder of Immersion Neuroscience
Frequently Asked Questions
What's involved in building firmware for custom hardware devices?
Firmware development bridges hardware and software. For Immersion's data collection dongles, we handled wireless signal reception from multiple heart rate bands, managed device pairing and connectivity, and ensured reliable data transmission to the desktop application. Each device has different components, limitations, and range — solving these challenges requires deep embedded systems knowledge.
How do you handle real-time data processing from wearable devices?
The system ingests hundreds of data points per second from each participant's heart rate band, processes them through Immersion's proprietary algorithms, and outputs the Immersion Quotient in real-time. This requires efficient signal processing, careful buffer management, and a pipeline designed for low-latency output.
Can the platform work offline for field research?
Yes. The desktop application supports full offline functionality — researchers can run studies anywhere without internet connectivity. Data is stored locally and syncs to the web platform when connectivity is restored, ensuring no data loss in field conditions.