Spotlight Labs
Developer of a helmet-integrated physiological and environmental monitoring ecosystem for high-performance aviation. Focus areas include wearable multi-modal biosensors (behind-the-ear reflectance photoplethysmography), embedded data acquisition, real-time onboard alerts, cloud-based analytics, and flight-test validation for military and research applications. The organization conducts human-subjects research and partners with contract manufacturers for production.
Industries
Nr. of Employees
small (1-50)
Spotlight Labs
Engineering and Flight Test: 186 Industrial Ln., Berlin, VT 05641
Patents
Products
Helmet-integrated physiological and environmental monitoring earcup system
A self-contained earcup module that collects multi-wavelength optical biosignals and environmental parameters, provides onboard data logging and real-time aural alerts, and transfers data for cloud analytics.
Helmet-integrated physiological and environmental monitoring earcup system
A self-contained earcup module that collects multi-wavelength optical biosignals and environmental parameters, provides onboard data logging and real-time aural alerts, and transfers data for cloud analytics.
Services
Design and execution of human-rated testing protocols (centrifuge, hypobaric chamber, and live sorties) to validate sensor performance in aviation environments.
Design and execution of human-rated testing protocols (centrifuge, hypobaric chamber, and live sorties) to validate sensor performance in aviation environments.
Expertise Areas
- Wearable biosensor development
- In-flight physiological monitoring and hypoxia detection
- Photoplethysmography measurement and validation
- Flight test and operational validation (TRL-9)
Key Technologies
- Reflectance photoplethysmography (behind-the-ear PPG)
- Multi-wavelength optical biosensors
- Bone-conduction audio alerting
- 6DOF accelerometry
News & Updates
Announcement of a contract manufacturing agreement to produce the human-performance ecosystem in Vermont.
Company signs long-term lease to establish new headquarters in Haddonfield, NJ.
Peer-reviewed paper reporting investigation of behind-the-ear PPG against arterial blood gas and other PPG sensors in hypoxic and high-G conditions.
Completion of Phase-1 verification and validation for the in-flight human performance system; progression to squadron-wide field testing.
Press and industry announcements introducing the helmet-based hypoxia sensor device and its intended role in detecting and alerting pilots to physiological degradation.
Announcement of a contract manufacturing agreement to produce the human-performance ecosystem in Vermont.
Company signs long-term lease to establish new headquarters in Haddonfield, NJ.
Peer-reviewed paper reporting investigation of behind-the-ear PPG against arterial blood gas and other PPG sensors in hypoxic and high-G conditions.
Completion of Phase-1 verification and validation for the in-flight human performance system; progression to squadron-wide field testing.
Press and industry announcements introducing the helmet-based hypoxia sensor device and its intended role in detecting and alerting pilots to physiological degradation.