Sensor Integrations:

• sEMG
• ECG
• EEG
• IMU (angles, positions)
• Add-Ons: EDA, PPG, Temp, etc

Software Integrations:

• The Nexus (game engine)
• EmPath (AI architecture)
• Python SDK (new!)
• Unity, .NET, and C# SDK (new!)

Step 1: Integration begins with a Planning Phase

We collaborate with the customer to design an integration that meets the requirements as specified by the customer. Sometimes our tech works as-is, but sometimes additional design is required. We support customization of PCBs / sensors, mechanical design / enclosures, embedded software, and application layer software.

This example is for the integration of our Atopia Module into a “smart baseball” that can measure angles, spin, trajectory, etc. In this case, only 1 out of 3 sensors in Atopia were used – the 9-axis IMU. This was developed as a tool for training pitchers.

We were also tasked with integrating the Atopia Module separately into a smart sleeve to measure sEMG + IMU simultaneously. We were able to use the same Atopia Module, with no modifications, to leverage high-quality sEMG sensing in the forearm, embedding the technology into a textile sleeve.

Step 2: Design, Prototype, Qual

We create the design and build it for customers to test. Or, we can design and execute a qual test campaign to ensure the product meets requirements.

Here, we explored different methodologies and verification strategies on behalf of the customer.

Step 3: DFM

This critical step ensures that the final product has been through Design-For-Manufacturability optimizations intended to cover the launch configuration of the product.