IntelliKit: Intellias Automotive Technology Platform
From digital cockpit and vehicle network simulation to cloud connectivity, IntelliKit brings automotive technologies into one configurable engineering environment to accelerate design and prototyping for automotive, validate complex integrations, and bring automotive prototyping solutions closer to production.
What is IntelliKit?
IntelliKit is an Automotive Technology Platform developed by Intellias to prototype, integrate, and validate software on real automotive-grade hardware before committing to full-scale development. Combining a fully functional digital cockpit, vehicle signal simulation, and cloud connectivity, it provides OEMs and Tier 1 suppliers with a ready-to-use engineering environment to evaluate new technologies, verify software and hardware compatibility, and test complex automotive architectures without building costly custom prototypes.
IntelliKit demonstrates our expertise in automotive software integration and ability to build customer-specific automotive prototyping solutions across diverse hardware architectures and technology suppliers. With full-stack control, from low-level drivers to cloud services, Intellias can validate complex integrations and deliver working proofs of concept in weeks instead of months, helping clients reduce technical risks and make informed decisions before committing to full-scale development.
Automotive industry challenges
IntelliKit solves
Evaluating a new technology, software supplier, or system architecture often requires costly and lengthy hardware prototypes preparation or specific virtual prototyping software for automotive. IntelliKit enables early compatibility testing and feasibility validation, giving OEMs evidence to support technology decisions before committing significant resources.
Consumer-grade devices and standard simulators cannot fully reproduce automotive hardware behavior, vehicle network communication, or system-level interoperability. IntelliKit provides Tier 1 suppliers with an automotive-grade environment to identify integration issues early, before they become expensive problems in production.
Traditional OEM development kits often restrict access to the application layer. IntelliKit provides full-stack engineering control, enabling teams to modify Intellias automotive development platform components, integrate diverse technologies, and optimize performance across hardware, middleware, operating systems, and applications.
What IntelliKit consists of
An AWS-based backend connects hardware and software systems to cloud services, enabling vehicle telemetry collection, data processing, and analytics. Using the open COVESA Vehicle Signal Specification (VSS) for standardized vehicle data representation, the cloud layer supports seamless data exchange between vehicle systems and cloud applications, demonstrating connected vehicle capabilities and end-to-end automotive software integration.
A fully functional digital cockpit built on real automotive-grade hardware, available in two configurations: Qualcomm Snapdragon Automotive Cockpit SA8295P and Renesas R-Car H3. The platform combines instrument clusters, head-up displays, infotainment, navigation, HMI, and ADAS capabilities in an integrated environment. Supporting different operating systems, software frameworks, and third-party technologies, it enables rapid prototyping, multi-vendor software integration, and validation of complex automotive solutions across diverse hardware architectures.
A standalone hardware module that connects to the Intellias Automotive Portable Kit and simulates vehicle signals over the CAN bus. It enables realistic cockpit behavior across driving, charging, and warning scenarios without requiring a complete vehicle network or expensive test bench. Built on Infineon AURIX TriCore TC375 and Vector AUTOSAR Classic, the module has been developed and assessed against ASPICE Capability Level 2, ISO 26262 functional safety, and ISO/SAE 21434 cybersecurity requirements.
Intellias Automotive Portable Kit:
Technical foundation and components
IntelliKit supports two automotive-grade hardware configurations, demonstrating Intellias ability to build and integrate digital cockpit solutions across different chipsets, operating systems, and software architectures.
Built on the fourth-generation Qualcomm Snapdragon Automotive Cockpit SA8295P, this configuration combines Android Automotive OS, QNX Hypervisor, and advanced digital cockpit technologies, including Unreal Engine for immersive 3D instrument cluster visualization and Kanzi One for head-up display development.
| Component | Specification |
| Base board | Infineon AURIX TriCore TC375 |
| Vehicle network | CAN |
| Software platform | Vector AUTOSAR Classic |
| Development standards | Assessed against ASPICE Capability Level 2, ISO 26262, and ISO/SAE 21434 |
| Simulated vehicle signals | Speed, battery charge, regenerative braking, lighting, steering-wheel multimedia controls |
| Enclosure | Panaro MAX300, 336 × 300 × 148 mm |
| Power supply | 12 V, 100 W |
Powered by Renesas R-Car H3, this configuration demonstrates digital cockpit integration without a hypervisor, combining FreeRTOS and Android-based functionality.
| Component | Specification |
| Processor | Qualcomm SA8295P, 4th Gen Snapdragon Automotive Cockpit |
| Virtualization | QNX Hypervisor |
| Operating systems | Android Automotive OS for IVI; QNX RTOS for the 3D instrument cluster and HUD |
| Displays & HMI | Touchscreen IVI, Unreal Engine 3D instrument cluster, Kanzi One HUD, 3SS 3Ready multimedia, climate control |
| Navigation | Mapbox, TomTom, Google Maps |
| Vehicle interfaces | CAN, LIN, GMSL |
| ECU connections | GPIO, ADC, CAN |
| ADAS capabilities | Digital mirrors, traffic sign recognition, lane assistance, obstacle and pedestrian detection |
| Parking assistance | Ultrasonic sensors with Parktronic functionality |
Automotive functions IntelliKit demonstrates
- Interactive 3D instrument cluster and head-up display running on QNX RTOS in the Qualcomm configuration
- Dynamic vehicle gauges, status indicators, and driving information
- 3D cockpit interfaces developed with Kanzi One and Unreal Engine
- Digital mirrors with YOLO-based object detection in the Qualcomm configuration
- Traffic sign recognition, lane-keeping assistance, obstacle and pedestrian detection
- Ultrasonic parking assistance with Parktronic functionality
- Rear-view and bird’s-eye-view camera functions in the Renesas configuration
- Navigation with Mapbox, TomTom, and Google Maps, depending on configuration
- Climate control, Bluetooth connectivity, and multimedia
- Content and connectivity integration through 3SS 3Ready and vehicle APIs
- SoundHound AI-powered voice assistant in the Qualcomm configuration
- Real-time responses to vehicle speed, battery charge, and regenerative braking
- Simulation of vehicle lights, indicators, and steering-wheel controls
- Dynamic driving, charging, and malfunction scenarios through CAN bus communication
- Vehicle telemetry streaming to AWS
- Standardized signal representation through COVESA VSS
- Cloud-based vehicle data processing and analytics integration
Real-world results delivered with IntelliKit
IntelliKit has supported practical engineering scenarios, from rapid technology integration to real-world vehicle testing, demonstrating how reusable automotive architectures can accelerate development and reduce validation costs.
Digital cockpit integration in approximately two months
Challenge
A navigation technology provider needed a realistic in-vehicle environment to replace testing and demonstrations on Android tablets.
Solution
Intellias adapted IntelliKit architecture to integrate the provider’s navigation system into a test vehicle, replacing the factory instrument cluster and infotainment displays.
Result
A working vehicle integration in approximately two months, enabling realistic software validation and live product demonstrations.
Safe validation during real-world test drives
Challenge
Validate software behavior under actual driving conditions without interfering with the vehicle’s original systems.
Solution
IntelliKit connects in parallel with the factory cockpit, receiving real-time CAN bus signals while leaving the production configuration unchanged.
Result
Real-world application validation using live vehicle data, without modifying the vehicle’s existing cockpit systems.
Cost-efficient vehicle network simulation
Challenge
Test automotive software when the complete ECU network is unavailable or too costly to reproduce.
Solution
The standalone ECU Portable Kit generates realistic CAN signals to simulate vehicle functions and operating conditions.
Result
Reliable system-level software integration testing in automotive without investing in a specialized engineering test bench.
Validated technologies for faster project launches
Challenge
Minimize technical uncertainty when introducing new operating systems, navigation solutions, voice assistants, or HMI frameworks.
Solution
Intellias integrates and evaluates emerging technologies within IntelliKit before deploying them in customer projects.
Result
Clients benefit from proven integrations, reusable architectural components, and a faster transition from technology evaluation to project execution.
Partners, standards, and technology
ecosystem around IntelliKit
IntelliKit brings together technologies from leading automotive hardware, software, and cloud providers following automotive industry standards to demonstrate fully integrated digital cockpit and connected vehicle solutions.
Automotive-grade processing and camera-based capabilities support interactive gauges, status indicators, digital mirrors, driver assistance, and object detection.
Navigation, entertainment, vehicle controls, and connected content are integrated into the cockpit experience, including 3SS 3Ready for multimedia and vehicle API connectivity.
Kanzi One by Rightware and Unreal Engine by Epic Games enable advanced cockpit interfaces, immersive 3D visualization, and rapid HMI updates.
SoundHound AI enables voice-driven interactions, while object detection technologies support camera-based situational awareness.
QNX supports embedded system integration and runtime environments, while an AWS backend collects and processes vehicle telemetry data structured according to the open COVESA VSS standard, enabling cloud connectivity and analytics.
The ECU module is developed and assessed against ASPICE Capability Level 2, FuSa ISO 26262, and ISO/SAE 21434 CyberSec requirements, with VicOne xCarbon IDPS integration demonstrating intrusion detection and prevention capabilities.
Intellias ECU Portable Kit:
Hardware module for vehicle network simulation
The Intellias ECU Portable Kit is a standalone automotive hardware module that reproduces vehicle signals over the CAN bus. It enables digital cockpit applications to respond to realistic driving conditions, from acceleration and battery charging to lighting, steering-wheel controls, and system warnings.
Designed for flexible software validation, the ECU Kit can operate as part of IntelliKit or independently as a cost-efficient alternative to a dedicated vehicle network test bench. It can independently simulate a vehicle ECU network when physical controllers or a complete vehicle architecture are unavailable, enabling realistic integration testing with fewer hardware dependencies.
| Component | Specification |
| Base board | Infineon AURIX TriCore TC375 |
| Vehicle network | CAN |
| Software platform | Vector AUTOSAR Classic |
| Development standards | Assessed against ASPICE Capability Level 2, ISO 26262, and ISO/SAE 21434 |
| Simulated vehicle signals | Speed, battery charge, regenerative braking, lighting, steering-wheel multimedia controls |
| Enclosure | Panaro MAX300, 336 × 300 × 148 mm |
| Power supply | 12 V, 100 W |
Real-life vehicle scenarios
for IntelliKit demonstration
IntelliKit demonstrates how integrated cockpit software responds to realistic vehicle behavior through three interactive scenarios: driving, charging, and malfunction warnings.
The scenarios run automatically, with live updates across the instrument cluster and navigation system. Engineers can also switch to CAN bus mode and manually control vehicle signals using the ECU Portable Kit.
Driving
Demonstrates a complete vehicle journey, from departure to arrival. The cockpit responds to vehicle acceleration, speed, direction, movement, parking, and locking, displaying synchronized information across automotive interfaces.
Charging
Simulates an electric vehicle with a low battery searching for a charging station. The scenario covers navigation, parking, charger connection, battery status updates, and completion of the charging process before the journey resumes.
Warning
Demonstrates the system’s response to an engine warning. The driver activates the hazard lights, pulls over, checks the malfunction, and continues at reduced speed toward a repair station, while the cockpit updates the relevant vehicle status indicators.
Creators talk
about IntelliKit
Combined, IntelliKit and the connected ECU module represent a practical Automotive Technology Platform created to give automakers a clear look at how breakthrough technologies work in practice. It is a testament to our commitment to innovation in the automotive industry. By harnessing the power of modern hardware, tools, frameworks and cloud services, Intellias is showcasing its proficiency in orchestrating a diverse ecosystem of software and hardware partners, revolutionizing the way we develop and integrate software. Our demo simplifies and accelerates the prototyping, development and implementation of digital solutions, allowing clients to get firsthand experience of how innovation can enhance their products.
Related insights
Intellias Automotive Technology Platform FAQ
Intellias accelerates automotive software prototyping with IntelliKit, a configurable automotive prototyping solution built on real automotive-grade hardware. By combining a digital cockpit, ECU simulation, and cloud connectivity, IntelliKit enables early software development, integration, and testing without waiting for target production hardware or building custom test benches from scratch.
IntelliKit provides a ready-to-use engineering environment that reduces hardware bring-up time and accelerates automotive design and prototyping. Unlike approaches relying exclusively on virtual prototyping software for automotive applications, IntelliKit enables teams to deploy and validate software on actual automotive chipsets, demonstrate working integrations, and identify technical risks within weeks rather than months.
IntelliKit is an Intellias automotive development platform that supports software prototyping, multi-vendor integration, and validation on Qualcomm Snapdragon Cockpit and Renesas R-Car hardware. It combines digital cockpit functionality, CAN-based ECU simulation, and AWS cloud connectivity to enable automotive software integration and system-level testing across embedded, infotainment, and connected vehicle applications.
OEMs can use IntelliKit as a reference engineering environment to evaluate new technologies, test architectural hypotheses, and verify software-hardware compatibility before investing in full-scale development. By enabling early software integration testing in automotive environments, IntelliKit helps identify technical limitations, reduce development costs, and support informed technology and supplier selection.
IntelliKit enables automotive software integration across different hardware architectures, operating systems, and technology providers within a configurable engineering environment. With full-stack access from low-level drivers to cloud services, Intellias engineers can integrate and validate third-party components, evaluate system behavior, and identify compatibility issues early, reducing integration risks in future automotive development projects.
IntelliKit is not a commercial product or standalone solution for sale. It is Intellias Automotive Technology Platform that showcases our engineering expertise in developing, integrating, testing, and validating automotive software on real hardware. Through IntelliKit, we demonstrate how Intellias can build customer-specific solutions, integrate technologies from different suppliers, and validate complex architectures before clients commit to full-scale development, reducing technical risks, costs, and time-to-market.