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Software Engineering

Delivering High-Performance Software for Modern Mobility

Automotive Software Engineering at Aniwini Technologies focuses on creating intelligent, high-performance, and safety-compliant software that powers the vehicles of tomorrow. From embedded systems and middleware to diagnostics, connectivity, and cloud integration, we build software that is robust, scalable, and optimized for real-time automotive environments.Our expertise covers

AUTOSAR architectures, communication stacks, bootloaders, OTA updates, cybersecurity, and system-level software integration. With a strong foundation in model-based development, functional safety, and SDV (Software-Defined Vehicle) architecture, we ensure every software component is reliable, secure, and production-ready.

What We Do

Engineering Innovation Across Systems, Software & Vehicle Intelligence

Embedded Software Development

Building reliable, real-time software for vehicle ECUs

We develop high-performance embedded applications using C, C++, AUTOSAR, and safety-critical coding standards.

AUTOSAR (Classic & Adaptive) Engineering

Creating scalable and modular software architectures

We design, configure, and integrate AUTOSAR platforms that support future-ready features and seamless ECU interoperability.

Diagnostics, Communication & Middleware

Ensuring secure and efficient ECU communication

We implement UDS, CAN, LIN, Ethernet, DoIP, and middleware layers that ensure smooth data flow across the vehicle network.

Software Testing & Validation

Delivering quality through end-to-end validation

We perform unit tests, integration tests, SIL, HIL, and automated validation ensuring robust, production-ready software.

Information Hub

It is the process of designing, developing, testing, and validating software that controls the functions, safety, connectivity, and intelligence of modern vehicles.

We specialize in embedded systems, AUTOSAR, diagnostics, connectivity stacks, cybersecurity, telematics, OTA, middleware, and SDV architectures.

Yes. We follow ISO 26262, ASPICE, AUTOSAR guidelines, OEM coding standards, secure coding rules, and global compliance frameworks.

Absolutely. We cover requirements, architecture design, coding, unit testing, integration, HIL validation, and production support.

Yes. We develop software for EV platforms, battery systems, ADAS/AD functions, connectivity, and cloud-based SDV solutions.

We use Vector tools, MATLAB/Simulink, CANoe/CANalyzer, EB Tresos, DaVinci, Git, Jenkins, QAC, Polyspace, and OEM-specific toolchains.