Identifies people by movement patterns, bypassing facial recognition limits.
Product memo
MotionID identifies individuals by their unique movement patterns, not faces. It uses a proprietary Large Biomechanical Model (LBM) to create distinct motion signatures. This approach works even with masks, varying camera angles, or poor lighting, making it suitable for high-security applications in defense, homeland security, and critical infrastructure.
For who
Defense, HLS, and critical infrastructure
Solves what
Identifies people by unique movement patterns from video, not faces.
- Biomechanical signature identification
- Face-agnostic
- Large Biomechanical Model (LBM)
In their own words
Turning Motion
Into Identity
delivers proprietary biomechanical signature–based identification, immune to face visibility, masks, camera distance and angle, weather, and lighting conditions.
Commercial cues
Model
contact only
Free tier
No
Trial
No
Pricing Strategy
MotionID uses a custom, contact-only enterprise pricing model, reflecting its specialized application in high-security markets.
- • Custom enterprise pricing targets specific high-value clients.
- • No public pricing signals a specialized, high-touch sales process.
- • Contact-only model aligns with complex defense and security procurement.
Operator context
Operating setup
Founded
May 2026
HQ
United States
Platform
API
Audience
Developers
Tech stack
Builder Strategy
- Strategy Type
- Niche Specialist
- Stage
- Vc Growth
- Effort
- Complex Stack
About MotionID by MotionAnalytics Expand
MotionID offers a novel approach to identification by analyzing unique movement patterns rather than facial features. It serves defense, homeland security, and critical infrastructure clients who need reliable identification in challenging conditions.
The product's core is an AI-driven Large Biomechanical Model (LBM) that creates biomechanical signatures. This technology remains effective despite masks, camera distance, angle, weather, or lighting, addressing critical gaps in traditional video analytics and security systems.