Notice: We are currently performing system updates to enhance platform features and performance.
Mission-critical RTOS firmware, micro-amp energy management, cryptographic security, and on-device machine learning for industrial edge nodes.
Engineered for multi-year battery longevity and deterministic field performance.
Deterministic multi-tasking architectures built on FreeRTOS, Zephyr, and bare-metal event loops tailored for ARM Cortex-M0+/M4/M33 and RISC-V cores.
Aggressive current profile engineering utilizing STOP2/EM4 deep sleep states, GPIO interrupt wakeups, and RTC calendar alarms achieving ~2μA average standby current.
Fast Fourier Transform (FFT) vibration processing, continuous rolling statistical variance, and TinyML inference for predictive maintenance and zero-latency alerts.
AES-128/256 payload encryption, hardware secure elements (ATECC608), and dual-bank flash memory partition management ensuring atomic Over-The-Air rollbacks.
How our bootloader ensures devices in remote or buried vaults never brick during firmware upgrades.
Incoming firmware is written into the secondary flash slot while the golden image in primary slot runs uninterrupted.
SHA-256 hash and ECDSA signatures are verified in RAM before jumping to the new bootloader stage.
New firmware must confirm successful radio handshake within 3 attempts, or the hardware watchdog forces an automatic rollback.
Discuss your MCU target, sleep budget, or sensor drivers with our embedded software architects.