Unique & Exclusive Technology
MySeat's proprietary hardware and software stack is purpose-built for workplace optimization, delivering unparalleled accuracy with minimal maintenance.
Principle of Detection
How MySeat Touch Sensors precisely measure occupancy using accelerometer technology
Accelerometer-Based Micromovement Detection
MySeat sensors detect the subtle micromovements that occur when a person touchs a surface.
Each sensor is equipped with a high-precision 3 axis accelerometer that measures micro-vibrations (10E-6)x g and processes the 150 samples per second to determin if the a strcture is used
The system distinguishes between object presence (like placing an object) and actual human presence using refined algorithms.
Within 4-10 seconds, the system accurately detects occupancy status changes with 99.8% accuracy.
Unlike infrared or radar-based systems, MySeat sensors don't require line-of-sight or constant emission of signals, making them more reliable, efficient, and privacy-conscious.
Accelerometer-Based Sensing
Unlike camera or infrared solutions, our accelerometer technology detects actual presence while preserving privacy, with 99.8% accuracy.
10-Year Battery Life
Industry-leading power efficiency means our sensors run for up to 10 years on a single battery, dramatically reducing maintenance costs.
100% Wireless Installation
Set up in seconds without wiring, network configuration, or IT involvement. Each sensor works independently and securely.
Advanced Data Analytics
Our proprietary algorithms turn raw data into actionable insights, identifying patterns and opportunities other systems miss.
Canadian-Made Quality
Designed and manufactured in Quebec, our sensors meet the highest standards of reliability and performance in any environment.
Ultra-low Maintenance Design
Install once and forget. No calibration, no firmware updates, and no adjustments needed thanks to our industrial-grade components.
MySeat Touch Sensor vs Other Sensors
Not all occupancy sensors are created equal. See how the MySeat Touch Sensor outperforms other solutions with its unmatched features.
| Feature |
 MySeat Touch Sensor |
IR Infrared Sensors
|
RD Radar Sensors
|
|---|---|---|---|
|
Installation Where sensors are installed |
Peel-and-Stick
Embedded into office furniture - Easy installation & removal |
Close to the user's body
Requires proximity to the user |
On top of the Desk
Requires precise positioning and power |
|
Battery Life How long before batteries need replacement |
Up to 10 years
Long-lasting 3.6V Lithium performance |
6-8 months
Frequent replacements |
Wired only
Requires permanent power |
|
Technology Sensor type and methodology |
Accelerometer-Based
Detects micromovement with 99.8% accuracy |
Infrared detection
Heat-based detection only |
Radar waves
Requires specific detection zones |
|
Maintenance Ongoing upkeep requirements |
Ultra-Low maintenance
Thousands of connected data points managed by our team of experts |
Heavy maintenance
Battery changes, lens cleaning |
Frequent repositioning
Sensors may shift due to normal desk utilization |
|
Environmental Resilience Performance in varying conditions |
Industrial grade
Protected against any type of alteration, unsesitive to temperature variations, does not require proximity to user. Operating temp: -40°C to +85°C, |
Temperature sensitive
Affected by heat, sunlight, and obstacles |
Signal interference
Sensor cross-talk when used in proximity to each other. Can also be affected by obstacles |
|
Communication How data is transmitted |
2.4GHz IEEE802.15.4 + 5G Cellular
100% independant from the client network |
High offline rate
Variable performance depending on the battery level |
Wired or Wifi Dependant
Limited integration options |
|
Wave Emissions Electromagnetic radiation emitted |
Ultra-low emissions
40,000× less than WiFi, only on state change, does not require proximity to the user's body |
Moderate
Placed less than 10 cm from the users body for leg detection |
High
Constant radar wave emission |
MySeat's Sensor Specification
Our proprietary hardware-software solution is designed to measure occupancy rates with precision at the individual desk and room level.
Sensor Hardware Specifications
-
✓Microcontroller: 32-bit RISC CPU, IEEE802.15.4 and LoraWAN compatible
-
✓Memory: 128kB ROM, 128kB RAM, 4Mbit serial flash
-
✓Sampling frequency: 50 samples per second (50Hz) x 3-axis
-
✓Battery: 3.6V Lithium (replaceable), 2200mAh
-
✓Wireless Range: Up to 400 meters indoor (environment dependent)
-
✓Dimensions: 49mm x 39mm x 28mm
Platform & Data Capabilities
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✓Real-Time Data: Updates within 3 to 10 seconds of state change
-
✓Dashboard: Live occupancy maps and historical analytics
-
✓Connectivity: Cloud-based with optional Ethernet/GPRS/3G gateway
-
✓Security: Encrypted data transmission and storage
-
✓Device Intelligence: Built-in algorithms handle exceptions, such us connectivity interruption
-
✓API: REST with custom Endpoints
Patended apparatus and system for detecting equipment occupancy under patent numbers CA2972898C, US10373448B2, WO2016108072A1, EP3241192B1 SG11201705384RA.
Designed and manufactured in Quebec, Canada
Licensing Opportunities for Manufacturers & Integrators
We offer flexible licensing options for our proprietary accelerometer-based sensing technology, allowing manufacturers and system integrators to incorporate our advanced detection capabilities into their products.
Technology and patent licensing for hardware manufacturers
Integration support for workplace management systems
Co-branded solutions with established partners
Custom detection algorithm development
Ready to experience MySeat?
Contact our team to arrange a demonstration or pilot program for your workplace.