Pyxis — Encasing Intelligence into Reliable Engineering Systems

20+ years of hands-on experience across embedded firmware, hardware design, industrial automation, and AI-enabled systems.

Pyxis delivers production-grade embedded systems, firmware, IoT platforms, and intelligent devices—engineered for real-world industrial, medical, and edge environments.

What is Pyxis?

In ancient times, a Pyxis was a small container used to protect and preserve valuable medicines.

At Pyxis, we follow the same philosophy in engineering—encasing complex intelligence into robust, dependable systems that perform reliably in the field, even under demanding conditions.

Core Engineering Expertise

We engineer complete systems from silicon to software with a strong focus on reliability, precision, and long-term maintainability.

Embedded Firmware & RTOS

C/C++ firmware development for real-time, production-grade embedded systems using FreeRTOS and ThreadX on STM32, ESP32, NXP, STM8, and other microcontrollers.

Hardware & PCB Design

Analog and digital circuit design, signal conditioning, power management, and EMI/EMC-aware PCB layout using industry best practices and KiCad.

IoT & Edge Systems

End-to-end IoT solutions including BLE provisioning, Wi-Fi connectivity, MQTT/Modbus/CAN protocols, secure OTA updates, and cloud integration.

AI, Vision & Applications

Machine vision, edge AI (TensorFlow Lite), OpenCV-based inspection systems, Android mobile applications, and Qt desktop tools for intelligent products.

Project Categories

• Medical Devices & Calibration Systems

• Industrial Automation & Motor Control

• Smart Home & Agriculture IoT

• AI-Based Vision & Inspection Systems

• Embedded Platforms & Custom Protocols

Industries We Build For

• Industrial Automation & Manufacturing

• Medical & Healthcare Devices

• Smart Agriculture & Environmental Monitoring

• Electric Vehicles & Motor Control

• Embedded Platforms & Test Systems

Why Work With Pyxis

• End-to-end ownership: hardware, firmware, and applications

• Proven experience in safety-critical and industrial systems

• Strong focus on reliability, testing, and maintainability

• Expertise across legacy systems and modern AI/IoT stacks

• Clear documentation, structured engineering