01Capabilities
Embedded C/C++, RTOS and Drivers
Low-level firmware, hardware abstraction, device drivers, interrupt handling, task scheduling and real-time application behaviour.
Embedded Systems & Firmware Engineering
Home—Embedded Systems & Firmware Engineering
Engineering Solutions
Embedded Systems & Firmware Engineering
Embedded Intelligence for Connected Products
Embedded software and firmware development can be supported with careful consideration of hardware constraints, real-time behaviour, maintainability, diagnostics, security and the full product lifecycle.
02Capabilities
Middleware, Bootloaders and Diagnostics
Maintainable platform services, secure startup, diagnostic functions, logging, recovery and field-support foundations.
03Capabilities
Secure and Over-the-Air Updates
Signed delivery, verification, rollback planning, deployment safeguards and update observability for connected devices.
04Capabilities
Protocol and Connectivity Development
Integration and implementation for CAN, LIN, BLE, Ethernet and product-specific communication protocols.
05Capabilities
Application Software
Human-machine interfaces, mobile experiences, cloud integration and tools that support the connected product.
Engineering Focus
Development Discipline
Version Control and Build Management
Repeatable builds, reviewable changes, continuous integration, release traceability and controlled dependencies.
Quality and Software Analysis
Static analysis, coding rules, testing, requirements traceability and defect visibility throughout development.
Model-Based Development
Modelling and simulation used where it improves control design, system understanding, verification or code generation.
Quality and Risk Management
Verification and Security
Automotive Software Context
Development practices can support ISO 26262, AUTOSAR, MISRA, ASPICE, diagnostics, and vehicle-network expectations.
Industrial Software Context
Architecture can account for functional safety, industrial cybersecurity, interoperability, uptime, and maintainable field operation.
Connected Product Context
Software can be shaped around privacy, wireless interoperability, secure updates, authentication, and product-category obligations.
Testing and Verification
Unit, integration, regression, software-in-loop, hardware-in-loop, static analysis, and requirements-based verification.
Embedded Security
Threat-aware design, secure boot, protected storage, signed updates, access control, and recoverable failure handling.
Development Platforms
Engineering Toolchain
Toolchains are selected around the target processor, operating environment, safety needs, deployment model, and support lifecycle.
Microcontroller Platforms
ARM, RISC-V, automotive, industrial, and low-power MCU families selected to fit the product architecture.
RTOS and Operating Systems
Real-time kernels, embedded operating systems, and platform services for deterministic and connected products.
Embedded Linux and Android
Board support, system integration, application layers, update strategy, and product-focused platform customization.
Complete Product Support
Responsibilities Across the Lifecycle
- Firmware architecture and platform definition
- Drivers, middleware and application development
- Connectivity, diagnostics and secure updates
- Testing, verification and release evidence
- Hardware integration, embedded security and lifecycle support
Let's Solve What Comes Next.
Products, sourcing, engineering, and validation support shaped around your requirement.
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