Capture What
Others Miss
Edge AI turns purpose-built sampling into better data —
less bandwidth, less storage, higher resolution.
Predictive Condition Monitoring
Advanced signal processing captures machine health indicators in real-time. From time-domain vibration to frequency-domain intelligence.
Augmented reality overlay pinpoints mechanical faults in real-time
Frequency domain analysis reveals vibration signatures and patterns
AR overlays visualize vibration data on robotic manufacturing equipment
Live Signal Processing Simulation
Watch real-time DSP analysis in action (updates every 100ms)
ARM CMSIS-DSP processes 26,670 samples per second with zero CPU overhead
High-pass filtering • RMS calculation • Peak detection • Dominant frequency identification • Frequency band power analysis
Built for Performance
Every component engineered for reliability, speed, and precision.
Lightning Fast
Oversampled-at-the-source, beyond-audio bandwidth
Catch transient events others miss. See vibrations that disappear in the blink of an eye.
Real-Time DSP
On-chip FFT, filtering, and RMS calculation
Industrial-grade ARM CMSIS-DSP processes signals at the source. No cloud delays.
Zero CPU Load
DMA-driven data collection
Your processor stays free for analysis. Hardware handles the heavy lifting automatically.
Multi-Mode Operation
Normal, Average, or Displacement modes
Adapt to any application. One platform, infinite possibilities.
Order Tracking
Encoder-synchronized analysis for rotating machinery
Track vibration orders relative to shaft speed, not fixed frequencies. Identifies faults that move with RPM changes—ideal for variable-speed equipment.
Fully Documented
Comprehensive documentation and support
Complete firmware documentation. Professional-grade architecture designed for extensibility.
Industrial-strength monitoring meets embedded efficiency
From Sensor to Insight
Data flows through a precision-engineered pipeline. From raw acceleration to actionable intelligence in microseconds.
IIS3DWB Sensor
Ultrasonic ODR
512-Sample FIFO
Hardware Buffering
DMA Transfer
Zero CPU
High-Pass Filter
10 Hz Butterworth
256-Point FFT
Real-Time Spectrum
Analysis
RMS • Peaks • Bands
See the Unseen Frequencies
256-point Real FFT transforms time-domain vibrations into frequency-domain intelligence.
104 Hz resolution per bin.
Real-time FFT transforms raw acceleration into actionable frequency data
Identify bearing defects, motor imbalances, and structural issues before they become failures.
Building on top of this?
Platform docs, SDKs, open-source integrations, BYOS patterns, CI/CD, and the rest of the stack live on the developer side.
$ visit kraftware.dev →
Standards-incorporating turnkey controls for the xlsensor product line.
Distributed state machines, web HMI, invitation-only early access.
One Platform, Infinite Possibilities
From factory floors to research labs, XLSensor adapts to your needs.
← Scroll to explore more applications →
Know what changed — before anyone has to ask.
ROI, downtime avoided, cascading-failure containment — the boardroom case for edge-to-cloud event analytics.
Industrial-Grade Components
Built on proven hardware. Designed for reliability.
Sensor
- Model
- ST IIS3DWB
- Type
- 3-Axis MEMS Accelerometer
- Sample Rate
- Purpose-built, oversampled
- Range
- Configurable multi-range
- Bandwidth
- Beyond-audio wideband
Processing
- MCU
- STM32F767ZI Cortex-M7
- Clock
- High-performance real-time class
- Memory
- Ample on-chip RAM and Flash
- DSP
- ARM CMSIS-DSP Library
Interface
- SPI Clock
- High-speed
- DMA
- Hardware-Accelerated
- FIFO
- Deep on-sensor buffer
- Debug
- USART serial console
DSP Features
- FFT
- Real-FFT spectral analysis
- Resolution
- Fine-grained frequency bins
- Filtering
- Butterworth High-Pass
- Analysis
- RMS, Peak, Frequency Bands
- Modes
- Normal, Average, Displacement
Every component selected for performance, tested for reliability
From real-time Cortex-M7 processing to an oversampled MEMS sensor, precision engineering at every layer.
Our open-source weather widget — a public production surface.
The same platform powers industrial floors. See the code, embed it, track weather-sensor data via open APIs.
Open weather.kraftware.dev →Ready to capture what
others miss?
Request an invite — or email invite@xlsensor.com directly.