Modern vehicles rely heavily on In-Vehicle Infotainment (IVI) systems as a central interaction hub. Rigorous validation ensures these platforms integrate seamlessly with vehicle networks while maintaining performance, safety, and cybersecurity. Structured V&V safeguard both user experience and system reliability.
By adopting a structured and layered validation approach, functional, integration, performance, and safety risks are identified early. It aids in reducing field failures, improving system stability, and ensuring readiness for real-world deployment across automotive and industrial platforms.
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Our IVI validation approach is aligned with global functional safety and cybersecurity standards defined by ISO.
End-to-end IVI validation services designed to ensure seamless system integration, enhanced user experience, safety compliance, and long-term performance stability across OEM and Tier-1 ecosystems.
Identification and analysis of functional requirements (Navigation, Privacy, Voice, Connectivity)
Non-functional requirements (Performance, Stability, Security)
Regulatory & compliance requirements
Mapping of requirements to test scenarios
Requirement Traceability Matrix (RTM)
Ensuring full feature coverage
Identification of safety-critical and high-impact areas
Impact analysis of potential failures on UX, system, or compliance
Prioritization of test focus based on risk levels
Mitigation strategies for high-risk features
Input for risk-based test planning
Test scope definition and status
Resource planning (Component, Integration + System + Vehicle)
Environment and tool selection
Definition of entry & exit criteria for each phase
Approval of test strategy
Test scenario and test case development
Automation feasibility and script preparation (Bench + Function)
Test data preparation
Smoke test for build readiness
Functional, integration, and system testing across platforms
Performance, stability, and stress testing
Edge-case and boundary condition testing
Network & connectivity validation (CAN, Ethernet, Bluetooth)
Logging, defect identification, and triage
Regression testing of impacted areas
Automated regression execution
KPI monitoring (pass rates, defect density)
Release readiness assessment
Test coverage and metrics tracking
Defect lifecycle management and root cause analysis
Status reporting (daily/weekly)
Quality gate reviews
Final validation sign-off and documentation
As part of Embitel’s Verification & Validation services, IVI testing efforts focus on key functional domains:
IVI validation follows a structured V-diagram methodology:
Requirement Definition → Feature Modeling → Integration Validation → System Testing → Compliance & Release Sign-off
The IVI system architecture typically includes:
Testing is performed across modular, scalable, and centralized architecture models depending on OEM platform design.
Functional requirements (Media, Navigation, Phone, Voice, Connectivity) and non-functional requirements (Performance, Stability, Security, UX/HMI) are systematically mapped into a Requirement Traceability Matrix (RTM) to ensure complete feature coverage.
Comprehensive test cases are developed covering:
Validation includes:
All defects are logged, categorized by severity, and analysed for root cause.
Automated regression suites are executed after every build update to validate fixes and prevent feature breakage across multimedia, navigation, connectivity, and vehicle integration layers.
A dual-display Android infotainment system for a US-based electric vehicle startup, including a rapid POC and production-grade solution was in demand. We selected NXP i.MX6 hardware to support a 15” central display and a customizable head-up display (HUD). Delivered the prototype in under 3 months with CAN integration, smartphone connectivity, navigation, and advanced UI features. Solution powered by Android 7.1 with reusable components, ensuring speed, security, and seamless vehicle network integration.
A US-based electric commercial vehicle manufacturer needed ISO 26262 compliance for its digital instrument cluster and telematics system. Embitel performed a cost-effective preliminary HARA to determine the appropriate ASIL level. Hazards were analysed based on severity, exposure, and controllability, leading to an ASIL-B classification. This early clarity helped the customer plan a safety-compliant development roadmap efficiently
| Goal | Design & Integration Stage | System Testing Stage | Release & Compliance Stage |
| Safety | Validates distraction-free HMI design | Ensures stable operation under driving conditions | Supports emergency call (eCall/bCall) validation & compliance |
| Quality | Verifies feature requirements | Confirms integration reliability & performance | Ensures long-term stability & update readiness |
| Compliance | Provides requirement traceability | Validates diagnostics & protocol conformance | Generates compliance-ready documentation |
We bring strong hands-on experience across a wide range of testing tools and automation frameworks, enabling consistent, high-quality validation across IVI programs.
