eInfochips’ Automotive Embedded
Software Services

Software plays a central role in redefining the driving experience and improving safety. This increases system complexity across architecture, safety, validation, continuous upgrades, and cybersecurity. Managing these complexities has become essential to deliver reliable, secure, and compliant automotive systems.

eInfochips manages such complexities for automotive manufacturers and suppliers. We deliver end-to-end automotive software engineering services across the full V-cycle — AUTOSAR, Functional Safety [DB2.1] aligned with ISO 26262, embedded Linux, automotive cybersecurity, model-based development, and HIL and SIL testing.

600+

Automotive Engineers

ASPICE v3.1

Certified Partner

ISO 26262

Functional Safety Experts

AUTOSAR

Consortium Member

Why Arrow Automotive COE for Automotive Software Engineering?

eInfochips brings the following differentiators to automotive embedded software engagements

Certified SMEs in Functional Safety (ISO 26262) and Automotive Cybersecurity (ISO 21434)

ASPICE v3.1 certified processes for traceable, compliant software development

An active member of the
AUTOSAR consortium

Strong ecosystem partnerships: NXP, Infineon, Qualcomm, TI, ST Microelectronics, Microchip, NVIDIA

Recognized as a ‘Rising Star’ in ISG Provider Lens™ – Automotive and Mobility Services and Solutions 2025

Reusable frameworks and IP accelerators for BMS testing, cybersecurity, and HIL/SIL automation that reduce development time significantly

Automotive System Engineering

Software architecture design for ECUs and domain controllers
System modeling and specifications
Requirements engineering and traceability management
Platform selection, bring-up, and integration
Multi-core software architecture and task scheduling design
V-model based development lifecycle management

AUTOSAR Engineering

Functional Safety (ISO 26262)

Safety Concept: HARA, Technical Safety concept, System Safety Architecture
Hardware Safety Development: HW Safety requirements, Architecture, FMEDA
Software Safety Development: SW Safety requirements, Architecture, Safety Libraries
Verification and Validation: Fault insertion testing, Timing analysis
Tools and Processes: Safety related tools/techniques for requirements management, Traceability, ASPICE
Safety Management: Safety Planning, Audits, Assessments, Mentoring, Trainings, Safety Certifications support

Automotive Cybersecurity

Threat Analysis and Risk Assessment (TARA) per ISO 21434
Secure boot implementation using hardware security modules (HSM)
Data encryption and key management framework development
HSM and firmware (FW) development for secure key provisioning
Secure OTA update architecture and implementation
PKCS11-based secure element integration (TA100, ATECC508/608)
Cybersecurity compliance assessment and remediation support

Quality – ASPICE

ASPICE process implementation and assessment
Process definition, deployment, and tailoring for supplier organizations
Process capability assessment and improvement roadmap
Configuration management, change management, and quality assurance
Training and coaching on ASPICE processes for engineering teams

Software Validation & HIL Automation

Embedded Linux & Modern C++

Embedded Linux platform and BSP development
Application and middleware development using modern C++
Linux kernel customization, porting, and optimization
Device driver development (CAN, LIN, Ethernet, SPI, I2C, UART)
Yocto/Buildroot-based custom Linux distribution development

OTA Updates

Experience Snapshot

Automotive Software Development for High Voltage DC-DC Converter

Customer: UK-based luxury automotive manufacturer

Project highlights:

End-to-end development of 13 kW 800 V/400 V DC-DC converter.
Architecture design, hardware, firmware, bring-up, testing, pre-compliance, and certification support
Delivered end-to-end bare-metal embedded application software on Infineon AURIX TC3xx MCU
Achieved Automotive Safety Integrity Level B (ASIL B) compliance with ISO 26262
Implemented automotive cybersecurity in compliance with ISO 21434, covering TARA, security controls, and cryptographic stack integration
Executed comprehensive software validation and testing including HIL testing, fault injection, test case automation, and static-dynamic analysis

Development of Next-Gen Digital Cockpit Platform

Customer: Leading North America-based Tier-1 automotive manufacture of Infotainment Systems, Digital Cockpits, and ADAS solutions

Project Highlights:

End-to-End Classic AUTOSAR architecture development
Integrated Adaptive AUTOSAR stack on NXP S32G3
HPC Middleware development for SDV functionality
Audio Chime migration from SOC to Vehicle Interface Processor; Audio effect & mixing; Audio Bring-up
Consolidated multiple ECUs onto a single Cockpit Domain Controller

AUTOSAR BSW for Driver Monitoring System ECU

Customer: Leading Tier1 supplier located in the USA

Project Highlights:

ECU prototype based on NXP S32K312 for Driver Monitoring System
Full AUTOSAR BSW (Communication, OS, RTE, Cryptostack (HSE up to Application), Watchdog stack (Internal and external), Memory, and Diag.)
Vector SIP Integration, MCAL Integration
Timing analysis and optimization
DBC and CDD files integration
vVIRTUAL target Environment, Memory partitioning

Software Testing for Seat Belt ECUs

Customer: Leading Tier1 supplier located in USA

Key Highlights:

Full software testing scope including (SWE4, SWE5, and SWE6)
Testing of motorized seat belt features – Retraction, Declutch, Haptic Warning, Belt Slack Reduction, Anti Patina etc.
Tools utilized – Vector vVIRTUALtarget, Vector CANoe / CAPL, Vector vTESTstudio, Saleae Logic Analyzer, iSYSTEM debugger, VectorCAST

Arrow Automotive COE

Enginnering Solutions for Tomorrow’s Mobility

eInfochips’ Automotive Embedded Software Services

600+

Automotive Engineers

ASPICE v3.1

Certified Partner

ISO 26262

Functional Safety Experts

AUTOSAR

Consortium Member

Why Arrow Automotive COE for Automotive Software Engineering?

eInfochips brings the following differentiators to automotive embedded software engagements

Automotive System Engineering

AUTOSAR Engineering

Functional Safety (ISO 26262)

Automotive Cybersecurity

Quality – ASPICE

Software Validation & HIL Automation

Embedded Linux & Modern C++

OTA Updates

Experience Snapshot

Automotive Software Development for High Voltage DC-DC Converter

Development of Next-Gen Digital Cockpit Platform

AUTOSAR BSW for Driver Monitoring System ECU

Software Testing for Seat Belt ECUs

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Arrow Automotive COE

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eInfochips’ Automotive Embedded
Software Services