Streamlined Development for Modern Businesses
Comprehensive embedded engineering services deliver full-cycle support, from system requirements to validation. Expertise in hardware and software engineering enables the design of high-performance systems tailored to specific business needs. Turnkey embedded projects and seamless integration with third-party technologies provide intelligent solutions aligned with evolving industry requirements.
Hardware Engineering
Hardware engineering services focus on developing domain-specific solutions that are faster, reliable, and efficient. Capabilities include sensor integration, PCB customisation, and low-volume manufacturing, supporting prototypes and complex designs for real-time applications.
Core Competencies
Concept development, architecture design, implementation, and validation.
Expertise in digital, analogue, RF design, power supply systems, and sensor integration.
Complex designs with up to 32 layers, adhering to IPC standards and DFM/DFX practices.
Comprehensive EMI/EMC testing, reliability analysis, and environmental validation.
Board Design
PCB Design
Design Analysis
Service Area
Design Tools
Core Competencies
Protocol, environment, and interface simulation.
Customisation and performance optimisation for RTOS and kernel environments.
System testing, performance analysis, and compliance certification.
Development and optimisation for communication protocols and device-specific drivers.
Software Engineering
Embedded software services span platform development, OS customisation, connectivity solutions, and system engineering. Experience across sectors like automotive, industrial automation, and IoT ensures robust solutions for diverse operational challenges.
Test Engineering
Extensive testing infrastructure and methodologies ensure reliable, scalable, and high-quality solutions. Expertise in hardware, software, and mechanical testing supports the development of systems and applications tailored for market readiness.
Core Competencies
EMI/EMC lab validation, endurance tests, and reliability assessments.
Automated and manual testing, firmware verification, and integration testing.
Corrosion and fatigue testing, material analysis, and component validation
Facilitation of safety, quality, and product certifications
Converging transformation and growth to integrate innovation
Case Study
The future of digital engineering is shaped by cutting-edge trends, including AI-driven solutions, digital twin applications,
The future of digital engineering is shaped by cutting-edge trends, including AI-driven solutions, digital twin applications,
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