
Multimodal Physiological Research Platform
Portable research-grade platform acquiring eight synchronized physiological signals at a fraction of lab-equipment cost.
CoBuild Labs · T. Nagar, Chennai, India
Driver-state research can combine physiological signals with motion and cabin context. CoBuild Labs supports sensor integration, acquisition electronics and embedded processing for teams exploring these systems. Our published biosensing platforms show relevant acquisition work; they are not production automotive deployments.
Discuss your product
We define the operating requirements with your team, identify the technical risks and scope a build that can answer the next engineering question. The design and test plan follow those requirements.
Prototype results guide design changes before tooling or a larger build. The handoff can include schematics, PCB files, firmware, mechanical files and test documentation, with the deliverables agreed for your project.

Portable research-grade platform acquiring eight synchronized physiological signals at a fraction of lab-equipment cost.

Battery-powered dual-channel ECG/EMG platform with ultra-low-power electronics and BLE/USB streaming.
We review intended use, current prototype or design files, operating conditions, target markets and the next milestone. This establishes the engineering workstreams, deliverables and validation scope.
Yes. We can support a specific engineering discipline or an integrated product build, with interfaces and responsibilities agreed during scoping.
Share your product stage, technical constraints and target markets. We will scope the work and the evidence your next build needs.
Contact CoBuild Labs