Embedded Software Engineering
Embedded software engineering covers the design and implementation of system‑level software on Embedded Linux, Android, and Zephyr RTOS platforms.
Libraries, Middleware, and Application Frameworks
Libraries and middleware: libLTC, libVLC, Opus codec, and custom in‑house frameworks.
Communication stacks: custom RF, IR, and BLE implementations focused on robustness and efficient resource use.
System components: OTA update framework, diagnostics modules, and logging subsystems for embedded targets.
Programming languages: C, C++, Python, Java, Dart, PHP.
Application framework: Flutter for cross‑platform interfaces linking embedded devices, cloud, and mobile systems.
Hardware platforms: NXP, STMicroelectronics, Nordic Semiconductor, Silicon Labs, Qualcomm, Microchip, and other manufacturers as required.
Development Services
Firmware Architecture Design
Definition of system topology, software layers, communication interfaces and protocols. Includes selection of the operating system and middleware, definition of update and rollback mechanisms, and integration of security frameworks such as encryption and authentication.
Driver Development
Implementation and adaptation of kernel or user‑space drivers for sensors, communication interfaces, and custom hardware. This work may involve Board Support Package (BSP) development, integration of vendor SDKs, or optimization of existing drivers for performance and stability.
Performance Optimization
Measurement, profiling, and analysis of timing, memory consumption, boot time, and power usage. Optimization covers both software and hardware interaction layers, including scheduling, interrupt handling, and peripheral management. Fine‑tuning of clock configurations, driver behavior, and system parameters ensures balanced performance and energy efficiency while meeting real‑time constraints.
Integration With Cloud Services
Design and implementation of secure communication and data exchange between embedded devices and cloud infrastructure. Projects may use an internally developed cloud system or connect with a client‑provided environment. Integration covers device authentication, data serialization, message routing, and remote control interfaces. Monitoring, diagnostics, and update management functions can be incorporated to support full device‑lifecycle operation.
Over‑the‑air (OTA) Updates
Design and implementation of secure OTA update mechanisms, including fail‑safe recovery and version management. The service includes deployment of cloud infrastructure to manage update distribution, monitor device status, and automate delivery and validation processes.
Firmware Documentation
Creation and maintenance of technical and user documentation throughout the development process. Design descriptions, interface specifications, and change tracking are maintained to ensure consistency and traceability. User documentation, such as setup or configuration guides, is prepared alongside engineering materials to support deployment, operation, and maintenance.
Consulting and Technical Support
Consulting at any stage of product development and improving existing solutions: covering architecture decisions, technology evaluation, and migration planning between hardware or software platforms.Technical support throughout the entire product lifecycle.