Altec, Inc.
Altec is dedicated to advancing human potential by developing innovative human sensing technologies that enhance health science, operational security, and human performance. Founded in 1997 by Carlo De Luca, the company focuses on translating cutting-edge concepts into practical solutions that shape our understanding of human physiology. Altec's mission is to reimagine human potential through discovery, innovation, and collaboration, making significant strides in healthcare, security, and performance enhancement.
Industries
N/A
Nr. of Employees
small (1-50)
Altec, Inc.
23 Strathmore Rd., STE 2, Natick, MA 01760-2444
Products
EMG visualization and acquisition software
Software platform for acquisition, visualization, and processing of muscle physiology data designed for research and clinical applications.
Portable surface EMG monitoring system
Portable, wireless monitoring hardware and software designed to collect high-fidelity physiological data in field and remote environments.
Real-time motor unit decomposition software (NeuroMap)
Algorithmic system that identifies and tracks motor units from sEMG in real time using feature extraction, clustering, and fast search strategies.
Miniaturized facial and multimodal wearable sensors
Small-form-factor facial EMG sensors and multimodal wearable assemblies combining EMG and inertial sensing for speech analysis and real-world movement monitoring.
EMG visualization and acquisition software
Software platform for acquisition, visualization, and processing of muscle physiology data designed for research and clinical applications.
Portable surface EMG monitoring system
Portable, wireless monitoring hardware and software designed to collect high-fidelity physiological data in field and remote environments.
Real-time motor unit decomposition software (NeuroMap)
Algorithmic system that identifies and tracks motor units from sEMG in real time using feature extraction, clustering, and fast search strategies.
Miniaturized facial and multimodal wearable sensors
Small-form-factor facial EMG sensors and multimodal wearable assemblies combining EMG and inertial sensing for speech analysis and real-world movement monitoring.
Services
Collaborative research and development engagements to design, prototype, and evaluate sensors, algorithms, and integrated systems for physiological and biomechanical monitoring.
Development of real-time signal processing pipelines, unsupervised learning models, custom APIs, and post-processing toolchains for physiological signals.
Design and prototyping of miniaturized, flexible, wireless sensor hardware and multi-modal sensor assemblies combining EMG, motion, and other modalities.
Development and integration of 3D body landmark tracking and depth-camera analytics to enable remote quantitative biomechanical assessment and telehealth workflows.
Collaborative research and development engagements to design, prototype, and evaluate sensors, algorithms, and integrated systems for physiological and biomechanical monitoring.
Development of real-time signal processing pipelines, unsupervised learning models, custom APIs, and post-processing toolchains for physiological signals.
Design and prototyping of miniaturized, flexible, wireless sensor hardware and multi-modal sensor assemblies combining EMG, motion, and other modalities.
Development and integration of 3D body landmark tracking and depth-camera analytics to enable remote quantitative biomechanical assessment and telehealth workflows.
Expertise Areas
- Surface electromyography decomposition and motor unit analysis
- Wearable sensor hardware design and miniaturization
- Computer vision for non-contact physiological and biomechanical monitoring
- Real-time signal processing and unsupervised machine learning
Key Technologies
- Surface electromyography (sEMG)
- Unsupervised machine learning for signal decomposition
- Real-time motor unit tracking
- 3D body landmark/depth camera tracking