CORE REV: 5.0.0-PROD • MISRA-C/C++ ALIGNED • ZERO FPU REQUIRED
ARM CORTEX-M0+/M4/M7/M33 • ESP32 • HOST EVALUATION
Production Qualified • ISO 10816 / 20816 Qualified

Predictive Bearing Intelligence for Industrial Motors & Pumps

Detect bearing degradation, raceway micro-spalling, and rotational faults directly inside your existing motor controller. In 375 bytes of RAM. Zero cloud dependencies. Zero recurring SaaS fees.

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Zero Added Hardware

Runs as a static C firmware library inside your existing motor driver MCU (STM32, TI, NXP, ESP32). Eliminates $150+ external vibration pods.

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1.28s Autonomous Protection

Trips safety relays and writes to Modbus holding registers at the edge weeks before catastrophic mechanical seizure occurs.

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100% Air-Gapped & Offline

Deterministic fixed-point arithmetic with zero Wi-Fi/cellular reliance, zero IT firewall disputes, and zero recurring cloud subscriptions.

RAM Footprint
375Bytes
296 B static state + 79 B stack
Execution Latency
101.6µs
<0.2% CPU load @ 240 MHz
Stripped Code Size
1,712Bytes
Pre-compiled static .a binary
Dynamic Memory
0malloc
Zero heap / MISRA-C Rule 21.3

On-Chip Firmware Core vs. External Bolt-On Pucks

Why rotating equipment OEMs are replacing $200 external sensor pods with native embedded condition monitoring running directly on their existing motor control board.

Architecture Attribute AC Engine 5.0 (Embedded Core) External Wireless Pucks (SKF / Banner / ifm)
Unit OEM BOM Cost Advantage $2 - $5 (Existing MCU + $2 SPI MEMS) High BOM $150 - $300+ per monitored machine point
Physical Integration Seamless Surface-mounted on internal motor control PCB Vulnerable External pod, magnetic base, or drilled casing stud
Power Source & Lifespan Mains Powered Powered directly by drive board (0 batteries) Battery Risk Lithium cells; requires field replacement every 1-2 yrs
Defect Trip & Protection Latency 1.28 Seconds Direct hardware relay / Modbus fault trip Delayed 15-min to 24-hr batch cloud polling latency
Cloud & Gateway Dependency 100% Air-Gapped Zero cloud, zero IT/firewall clearance IT Barrier Requires cellular gateways, SIM cards, plant Wi-Fi
Recurring SaaS Licensing $0 Recurring One-time NRE + per-unit production royalty SaaS Tax $10 - $25 per machine / month recurring subscription
OEM Value Capture Your Brand Sold as your native "Smart Machine" feature Disintermediated 3rd-party vendor owns customer portal & data

Confidential 4-Step Dyno Evaluation

Engineered for VP of Engineering and firmware teams to evaluate our pre-compiled static library on your test dynos with zero integration risk.

STEP 01

Mutual NDA Execution

Standard 2-page mutual agreement protecting your proprietary kinematics and our compiled static library.

STEP 02

Pre-Compiled SDK Delivery

We deliver AC_Engine_v5.0_Commercial_SDK.zip containing stripped .a binaries for your exact MCU architecture.

STEP 03

Dyno Bench Validation (30 Days)

Link the static binary into your motor firmware in under 10 minutes. Run it on your dyno to verify 0 false alarms and sub-second defect trips.

STEP 04

Production Design Win

Upon bench qualification, transition smoothly to production volume licensing ($3 to $5 per unit royalty). Zero recurring cloud fees.

Start Commercial Evaluation →