Creating intelligent, connected, and driver-centric in-vehicle experiences

Digital Cockpit Development

From intuitive HMI and navigation to GenAI voice assistants and AI-powered validation

As software-defined vehicles elevate user expectations, digital cockpit engineering has become critical to delivering seamless, personalized, and intuitive in-vehicle experiences. At Intellias, we help OEMs and Tier 1s engineer advanced digital cockpit solutions for electric, connected, and autonomous vehicles, combining decades of automotive expertise with AI-enabled innovation.

We lead the technological part of your digital cockpit development process, helping accelerate delivery while ensuring production-grade performance and industry compliance. Our expertise extends to applying generative AI in the automotive digital cockpit domain, including voice in-car interactions, camera-based driver feedback gathering, and automated tools for HMI testing and validation. By combining embedded engineering, digital experience design, and AI-enabled accelerators, Intellias helps turn the car into a true journey companion through digital cockpit technologies that enhance safety, comfort, and user satisfaction.

Trusted by leading companies worldwide

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Digital cockpit development competencies

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Digital cockpit architecture

Designing HMI/IVI architectures aligned with industry standards, E2E solution development, integration, and validation of diverse HMI components.

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Mobile companion apps

Creating driver-focused mobile applications that extend cockpit functionality with voice assistance, in-car app stores, and support personalized user journeys.

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Audio & video streaming

Integrating media capabilities that improve in-vehicle entertainment and deliver seamless digital content experiences for drivers and passengers.

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Social networks integration

Connected social features that enrich the digital cockpit with service-oriented user experiences, helping drivers become car brand advocates while increasing brand visibility.

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Testing & validation

Validating digital cockpit systems across functionality, integration, and visual quality to ensure reliable in-vehicle experiences, including AI-powered V&V of the in-car interfaces.

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Functional safety

Alignment with automotive functional safety requirements, including ISO 26262 safety planning, ASIL A to B compliance, and architecture design validation.

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Cybersecurity

Implementing secure-by-design development practices and cybersecurity-compliant processes for connected in-vehicle systems.

Clear outcomes: Our clients’ stories

AI-powered visual testing for in-vehicle infotainment systems

Intellias developed an AI-powered visual testing solution for IVI systems, combining vision-language models and computer vision to automate UI validation. The solution generates test cases from written requirements and UX design guidelines, then performs automated checks across navigation, comfort features, media, and connectivity. By understanding cockpit screens similarly to a human user, it detects layout and content issues, validates user flows, and monitors interface behavior without manual scripting.

Business outcomes:

  • Faster time to market – Accelerated testing cycles up to 4x compared with manual testing, enabling earlier feedback loops and faster feature releases.
  • Higher validation accuracy – 95%+ accuracy across thousands of tests while reducing human error in complex and repetitive IVI validation cycles.
  • Scalable test automation – Automated operations within CI/CD workflows and supported complex testing scenarios.

AI-powered conversational car assistant for next-generation EVs

Intellias developed a conversational in-car assistant based on ChatGPT and large language models, combining natural language interaction with deep integration into an Android-based IVI system. Delivered through a Kotlin-based SDK and Azure-hosted backend, the solution covered UX/UI, architecture, development, testing, and scaling, enabling a modular and future-ready voice assistant platform.

Business outcomes:

  • Enhanced driver engagement – Improved in-vehicle interaction and navigation experience through natural, AI-driven voice assistance.
  • Scalable platform foundation – Enabled long-term flexibility with a modular architecture designed for continuous evolution and feature growth.
  • Accelerated digital innovation – Helped position the client at the forefront of generative AI adoption in connected vehicle experiences.
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AI-driven feedback flow: From in-car recordings to Jira tickets

The client required direct insights into user experience within their navigation app and needed a scalable way to capture and process real driver feedback.

Intellias implemented an AI-powered feedback system that captures audio and screen input directly from the vehicle, automatically processes it, and converts it into structured Jira tickets.

Business outcomes:

  • Faster feedback processing – automated transcription, summarization, and ticket creation significantly reduce manual effort
  • Improved product insights – real-time, structured user feedback enables faster identification of issues and feature needs
  • Operational efficiency – support teams spend significantly less time handling and processing feedback across growing user bases

Our accelerators for digital cockpit solutions

At Intellias, we build accelerators that help OEMs and Tier 1 suppliers test, modernize, integrate, and bring products to market faster without engineering everything from scratch. From next-generation infotainment systems to autonomous driving solutions, our accelerators simplify complex transformations into efficient and scalable implementation of validated industry-grade solutions.

Intellias automotive accelerators showcase our cross-domain expertise, built through collaboration with clients, technology partners, industry associations, and open-source communities. They address key areas where organizations need tech innovation and business efficiency from a proven digital cockpit development company, spanning advanced data capabilities, automation functions, cloud connectivity, enhanced user experience, embedded development, and modern platforms.

IntelliKit

The Automotive Portable Kit, or simply IntelliKit, showcases the engineering expertise we provide to our clients by integrating automotive-grade hardware, cloud platforms and tools, developing embedded and middleware software, and designing breathtaking user interfaces.

Map Compilation Accelerator

Intellias Map Compiler accelerates the compilation of map data in various formats into NDS.Live, allowing businesses to integrate updatable, reliable, and accurate online maps into their products and services.​

AI-driven engineering services for future mobility

Intellias takes a strategic approach to advancing AI adoption for clients and within its own organization. We design, implement, and optimize AI strategies, delivering AI-powered engineering services that solve real-world problems and generate measurable results.

We leverage composable AI agents, modular, purpose-built tools integrated directly into the SDLC, where they deliver the highest productivity levels. For our partners, this translates into faster time to market, reduced costs across development and validation phases, and more efficient end-to-end delivery of digital cockpit development services.

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AI strategy and adoption

Designing, implementing, and optimizing mature AI strategies for mobility organizations, from simple AI as an assistant to scaled AI orchestration.

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Composable AI agents across the SDLC

Deploying modular AI agents for requirements analysis, architecture design, code generation, test generation, verification, validation, and compliance support.

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AI integration with existing toolchains

Implementing AI into established engineering environments through static data and dynamic MCP-based integrations, without disrupting proven workflows or governance.

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AI automation for ASPICE V-model

Applying AI-driven tools to automate V-model processes from requirements to qualification, ensuring ASPICE compliant development and maintenance, utilizing cloud- and model-agnostic AI platform.

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Human-in-the-loop AI engineering

Combining AI productivity benefits with expert human supervision to ensure safety, quality, and engineering discipline across mobility programs.

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AI accelerators for mobility use cases

Running active AI accelerator programs for infotainment testing, LLM-based verification and validation, intelligent map data management, and closed-loop code generation for mobility platforms.

Digital cockpit development services

Empower your digital cockpit solutions with Intellias engineering excellence, automotive focused UI, and AI accelerators.

Let’s talk

What our clients say

Bart Sweerman
Senior VP, Global Services & Support at HERE Technologies
bart Sweerman
Eugene Feld
VP of Engineering at MileMaker
Eugene Feld 1
Cesar Arego​
Business Development Manager, Automotive Digital Cockpit​ at TomTom
Cesar Arego
Giovanni Lanfranchi
CEO at ZEEKR Technology Europe​
Giovanni Lanfranchi

In-focus mobility domains

Partnerships and certifications

Ecosystem provider partnerships
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Compliance with industry standards
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FAQ

Technology companies working with OEMs and Tier 1 providers can automate HMI testing and validation by converting requirements and UX guidelines into test cases and using computer vision and vision-language models to automate inspection of cockpit screens. Intellias provides AI-enabled digital cockpit development services that validate UI content, rendering, user flows, and interface behavior on test benches and prototype vehicles. These digital cockpit solutions can integrate with CI/CD pipelines and generate structured reports for engineering review.

Technology providers like Intellias support the complete digital cockpit development lifecycle, from UX/UI and architecture to embedded engineering, platform integration, testing, and scaling. Intellias also develops GenAI voice assistants for Android-based IVI systems. These digital cockpit technologies enable natural voice interaction, navigation, POI search, and integration with vehicle controls, manuals, calendars, and connected services, creating a more personalized automotive digital cockpit.

Tier 1 engineering companies automate HMI testing by generating test cases from requirements and running them on test benches, real-life hardware, or in prototype vehicles. AI-based image and video analysis can identify rendering defects, incorrect content, interface latency, and broken user flows. As a digital cockpit development company, Intellias combines computer vision, vision-language models, automated reporting, and CI/CD integration to accelerate the validation of complex digital cockpit solutions.

Software engineering providers specializing in digital cockpit solutions combine QNX RTOS and QNX Hypervisor with HMI frameworks such as Kanzi, Qt, Vulkan, and OpenGL. These digital cockpit technologies support high-performance graphics, workload isolation, multi-display systems, and reliable hardware integration. Based on IntelliKit, an Automotive Technology Platform, Intellias demonstrates Android-based infotainment system integrated with a QNX-powered 3D instrument cluster and head-up display as part of a unified automotive digital cockpit.

A TISAX-certified environment protects confidential vehicle data, prototype vehicles, components, and test systems throughout the digital cockpit development process. Intellias provides digital cockpit development services for global OEMs at TISAX Assessment Level 3 Engineering Garage, enabling secure work environment for pre-series vehicles, head units, clusters, and ECUs. The facility supports protected prototype handling, test-bench validation, OEM network integration, and AI-enabled HMI testing on real automotive hardware.

As an AAOS and digital cockpit development company, Intellias provides platform architecture, configuration, application and SDK development, UX/UI engineering, integration, and end-to-end testing. Intellias senior teams integrate navigation, climate control, media, connectivity, cloud services, and GenAI voice assistants into Android-based IVI platforms. IntelliKit, Intellias Automotive Technology Platform, demonstrates these digital cockpit technologies through Android 13 infotainment connected to QNX-based displays, vehicle signals, cameras, sensors, and cloud services.

The timeline for digital cockpit development depends on hardware readiness, system architecture, display and feature scope, safety requirements, third-party integrations, and vehicle program milestones. Intellias accelerates the concept-to-SOP path through AI-native engineering, reusable software components, and AI-enabled testing that automates HMI validation, detects visual and functional defects, and speeds up regression cycles. Accelerators such as IntelliKit allow teams to evaluate proven digital cockpit technologies on automotive hardware, validate integrations earlier, and develop production-ready digital cockpit solutions without building every component from scratch.

Tech providers integrate digital cockpit solutions with ECUs, domain or central controllers, operating systems, middleware, and in-vehicle communication networks. Intellias digital cockpit development services cover AUTOSAR, Android Automotive OS, QNX, CAN, LIN, Ethernet, GMSL, vehicle-data services, cloud platforms, and OTA technologies. Integration also includes bench and vehicle-level validation and separation of safety-relevant instrument-cluster functions from infotainment and comfort workloads.