Software-Defined Vehicle Services

A digital cockpit consists of various components working together to provide instantaneous information and enhance the driving experience. Components of a software-defined vehicle’s digital cockpit include the digital instrument cluster and infotainment systems.

Explore our wide range of services to help you craft a custom user experience for your software-defined vehicle.

• Digital Instrument Cluster services: We engineer digital instrument clusters with RTOS and Android platforms, ISO 26262 functional safety compliance, and ASPICE-aligned development. Our expertise includes 2D/3D HMI design, multi-screen integration, telltale management, and connectivity with telematics and infotainment systems. We enable OEMs and Tier-1s to launch reliable, customizable clusters for two-wheelers, passenger cars, commercial vehicles, and trucks.
• In-vehicle Infotainment Development: We deliver end-to-end Android IVI development services, enabling OEMs to build connected, customizable, and future-ready infotainment systems. Our expertise spans HMI design, app integration, voice assistants, navigation, and media features.
  With compliance to automotive standards and seamless smartphone connectivity, we empower brands to create engaging, safe, and differentiated in-car experiences.
• Telematics Services: We develop telematics systems for automotive OEMs and Tier 1 suppliers. From cost-effective hardware consultation to cutting-edge application layer development, our expertise ensures seamless communication and optimal performance.
  With tailored communication interfaces, IoT cloud implementation, and intuitive UI/UX design, we drive innovation in connected vehicle solutions.

ISO26262 is essential for ensuring rigorous safety practices in the design, development, and testing of critical vehicle components. Based on IEC61508, it offers comprehensive guidelines to regulate the product lifecycle at the hardware and software levels.

Contact our expert team of veteran functional safety managers, senior ISO 26262 consultants, and senior embedded engineers to ensure your software-defined vehicle is functionally safe.

Here are Embitel's ISO26262 Functional Safety Services that ensure the highest safety standards and reliability for your SDV:

• Consulting for HARA & Safety Analyses such as FMEA & FMEDA (using SPFM, LFM, PMHF)
• Gap Analysis at technical functional levels and Identification of Functional Safety workflow
• Documentation, Support for configuration and change management, development Interface Agreement, Safety Case, Hardware-Software interface, and other ISO26262-related documents.

Additionally, our expertise in developing body control module (BCM) forms the foundation for the body-function services in SDVs.

Our automotive software tech stacks help us create Software Defined Vehicle solutions that are functionally safe. These include UDS (ISO 14229), J1939, ISOBUS (ISO 11783), OBD2 (ISO 15031), CAN FD and more.

• System Security and Data Privacy Assurance: We ensure robust security measures across software and hardware development, prioritizing privacy and safety, and safeguarding vehicle data.
• Threat Analysis and Risk Assessment (TARA): Systematic evaluation of potential threats and risks, integrating early in development, offering proactive mitigation solutions for enhanced vehicle resilience.
• Security Testing and ISO 21434 Compliant Solutions Development: We conduct rigorous security testing to identify vulnerabilities and weaknesses within automotive systems, ensuring compliance with ISO 21434 standards. Our advanced techniques simulate real-world cyber threats, enabling timely patches and updates to maintain system resilience and regulatory adherence.
• Public Key Infrastructure (PKI): Our team of cybersecurity experts ensure authenticity and integrity of data exchanged between devices, vehicles and backend systems. Our PKI services cover a wide range of security critical operations, from certificate issuance and lifecycle management to Automation of trust workflows across cloud and embedded environment.
• Trusted Application (TA) Development: We design and develop Trusted Applications (TAs) for automotive and IoT platforms, ensuring secure execution of critical functions. From cryptographic key management to secure OTA updates, our TAs protect sensitive data, enforce access control, and maintain system integrity across ECUs, telematics, infotainment, healthcare, and industrial devices.

Backed by a decade of expertise, our team delivers reliable solutions that streamline automotive software development, meeting the demanding requirements of software defined vehicles.

• Requirement Maturation & Migration to MBD Paradigm: Our team specializes in developing robust system-level architectures for software-defined vehicles, ensuring clarity and precision in project objectives by meticulously resolving issues during requirement analysis.
  With seamless migration to the Model Based Design (MBD) paradigm, we align architectures with MBD principles, driving enhanced efficiency and innovation.
• Module Development & ISO 26262 Compliance: We leverage advanced tools such as MATLAB, Simulink, and Stateflow to develop modules and components that strictly adhere to industry standards, including MAAB guidelines.
  Simultaneously, we ensure ISO 26262 compliance, facilitating rapid prototyping while upholding safety and reliability standards.
• Integration Services and Floating to Fixed Point Conversion: We provide integration services, including application and LLD interface development, ensuring seamless module interactions via rigorous real-time testing. This includes testing on real-time hardware (HIL) and target processors (PIL) for error-free system integration.