Follow Us
Industrial & Robotics
Real-time edge AI for intelligent industrial systems
Predictive Maintenance
Always-On Machine Monitoring
Continuous vibration, acoustic, and motor current analysis at milliwatt-scale power
Multi-Year Battery Operation
Deploy sensors in remote or hard-to-wire locations without frequent battery replacement
Early Fault Detection
Detect bearing wear, imbalance, cavitation, and misalignment before catastrophic failure
Event-Triggered Transmission
Transmit only when anomalies occur → Lower bandwidth, lower system power, longer network life
Asset Tracking
Multi-Year Battery Operation
Always-on sensing and inference at milliwatt-scale power enables 3-10 year deployment targets
Context-Aware Edge Intelligence
Go beyond simple motion thresholds with Al-based classification of movement, tamper, and environmental changes
Event-Based Reporting
Transmit only when meaningful state changes occur - reducing unnecessary network activity
Ultra-Low Wake-to-Decision Latency
Detect and respond to asset movement or tampering instantly without keeping the main MCU or radio active
Robotics
Always-On Sensor-Level Perception
Continuous awareness of motion, position, and environment at i-scale power-without overeading the main compute system
Real-Time Edge Decision Making
Go beyond theshold detection with-based classification of motion system state, and environmental context at the sensor edge
Event-Driven System Optimization
Activate high-power compute, vision, and communication only when mangu varts courroducing mais processor workload and system power
Ultra-Low Latency Response
Detect and respond to charges in motion, environment, or system state in miliseconds for real-time robotic control and interaction
Get in Touch with EMASS
Explore Edge AI Innovation
