Embed Square Solutions
Software Engineering

Embedded Firmware
& Software Excellence

Bridging the gap between hardware and intelligence. We deliver high-integrity code for mission-critical industrial, medical, and automotive systems.

RTOS & Bare-Metal
IoT Connected
MISRA-C Standards
rtos_kernel.c

#include <rtos_kernel.h>

// Initialize Industrial Gateway Node

void task_gw_init() {

modbus_handle_t hdl = init_rtu(UART0);

mqtt_connect("tcp://edge-node-01");

// Start real-time monitoring thread

os_thread_create("KPI_PROC", high_prio);

}

Comprehensive Capabilities

From low-level drivers to cloud-integrated dashboards, we provide full-lifecycle software development.

Embedded Firmware

Development of bare-metal and RTOS-based firmware, secure bootloaders, and battery-optimized logic for ARM Cortex and ESP32 architectures.

IoT & Connectivity

Integration of robust communication protocols including 4G/LTE-M, LoRaWAN, BLE, MODBUS, and MQTT for secure industrial IoT edge nodes.

Full-Stack Software

Creation of comprehensive SCADA HMI interfaces, Python-based test automation, custom APIs, and PC-based control software using Qt/C++.

Quality & Validation

Rigorous Hardware-in-the-Loop (HIL) testing, static analysis for MISRA-C compliance, and automated CI/CD profiling to ensure system reliability.

Optimized for
Performance

Our firmware development process integrates automated CI/CD pipelines and Hardware-in-the-Loop (HIL) testing to ensure every line of code is production-ready for critical deployments.

Build Succeded
master #492
Static Analysis (MISRA)Pass
Unit Test Coverage98.2%
HIL Board IntegrationPass
Security Audit0 Vulns

MISRA C Compliance

Adhering to strict C/C++ coding standards to ensure safety, reliability, and portability in embedded systems.

IEC 62304 Ready

Software life-cycle processes for medical device software development, ensuring regulatory compliance and patient safety.

Clean Architecture

Developing modular and scalable codebases that separate business logic from hardware drivers for long-term maintainability.

Real-Time Response

Implementing deterministic task execution using RTOS environments for mission-critical industrial and automotive timing.

Secure Communication

End-to-end encrypted data transmission using modern protocols like MQTT/JSON with secure boot and OTA capabilities.