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Automotive: Software-Defined Vehicles, ADAS & Zonal Architectures

Transforming global automotive OEMs and Tier-1 suppliers into agile software mobility powerhouses with ASIL-D certified middleware, autonomous sensor fusion, and cloud-native fleet operations.

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ASIL-D

Safety-Critical Rigor

-38 kg

Wiring Harness Reduction

<15 ms

ADAS Sensor Perception

100%

UNECE R155/156 Compliant

320k+

Vehicles Powered by OTA

Software-Defined Vehicles (SDV), Autonomous ADAS & Connected Fleets

The global automotive industry is undergoing its most radical transformation since the assembly line. Vehicle value has migrated from mechanical horsepower to software intelligence, zonal compute controllers, and cloud-native over-the-air (OTA) lifecycles. We engineer ASIL-D certified AUTOSAR Adaptive software platforms, high-throughput L2+/L3 ADAS sensor fusion pipelines, and connected vehicle IoT data lakes.

We partner with global automotive OEMs and Tier-1 suppliers to transition from distributed legacy ECUs to centralized high-performance computing (HPC) zonal architectures.

Our end-to-end SDV engineering framework accelerates feature rollouts while ensuring uncompromised functional safety and UNECE R155/R156 cybersecurity compliance.

Autonomous AI Strategy and Systems Architecture Advisory

Automotive & SDV CoE

ASIL-D Functional Safety • AUTOSAR Adaptive

Discover more about Automotive & Mobility Solutions

Explore Software-Defined Vehicles, ADAS sensor fusion, and EV battery twins

Full-Stack Software Architecture for the Autonomous Era

Architecting the cockpit, chassis, and cloud backbones for next-generation intelligent vehicles.

Zonal Compute & AUTOSAR Adaptive Architecture

Consolidating 90+ legacy ECUs into high-throughput zonal gateway controllers running POSIX-compliant AUTOSAR Adaptive and deterministic Ethernet backbones.

Level 01 Level 01: Legacy CAN-Bus

Level 02 Level 02: Domain Gateways

Level 03 Level 03: Zonal HPC ★

Level 04 Level 04: Full Autonomous SDV

AUTOSAR AdaptiveSOME/IP & DDSZonal GatewaysASIL-D Certified

L2+/L3 ADAS Sensor Fusion Pipeline

Deep neural network perception engines fusing 8MP cameras, 4D imaging radar, and solid-state LiDAR streams at 60fps with sub-15ms inference latency.

Vision TransformersLiDAR Point CloudsOccupancy Networks

ISO 26262 & UNECE R155 Cybersecurity

End-to-end Vehicle Security Operations Center (VSOC) telemetry, cryptographic hardware root-of-trust (HSM), and continuous intrusion detection.

UNECE R155/156Hardware Security Module (HSM)VSOC Intrusion Detection

EV Battery Management System (BMS) Digital Twin

Physics-informed electrochemical battery twins predicting state-of-health (SoH) and thermal runaway risks across millions of operational electric vehicles.

Battery SoH & SoCThermal Runaway AIFleet Telematics LakeV2G Energy Mesh

SDV Transformation Sprint

The 8-Week Vehicle Software Platform Sprint

Moving automotive engineering teams from legacy ECU fragmentation to unified zonal software delivery.

Weeks 01 - 02

ECU & Bus Architecture Decomposition

Auditing vehicle bus topologies (CAN-FD, LIN, Automotive Ethernet) to formulate zonal consolidation blueprints.

Weeks 03 - 04

AUTOSAR Adaptive & Middleware Setup

Deploying containerized POSIX execution runtimes with DDS/SOME-IP service broker fabrics.

Weeks 05 - 06

OTA Pipeline & Dual-Bank Flashing Test

Validating fail-safe delta OTA updates with cryptographic A/B partition swapping on vehicle testbenches.

Weeks 07 - 08

HIL Virtual Cockpit & Road Integration

Executing automated scenario regressions across virtualized vehicle cockpits with full ISO 26262 audit artifacts.

Featured Case Study

Global Electric Vehicle OEM • SDV Architecture

Transitioning 6 EV Models to Zonal Compute with Zero Recall Incidents

Architected a consolidated AUTOSAR Adaptive zonal compute platform across a major EV manufacturer lineup, reducing physical wiring harness weight by 38 kg per vehicle, cutting BOM costs by $480 per unit, and enabling over-the-air performance upgrades across 320,000 production vehicles.

Explore Client Impact

Idynic Automotive Case Study

Transitioning 6 EV Models to Zonal Compute with Zero Recall Incidents

Frequently Asked Technical Questions

Executive-level answers regarding architecture, regulatory compliance, and system implementation.

We architect dual-bank A/B memory partitions backed by hardware security modules (HSM). The active operating system verifies the cryptographic signature of the downloaded delta package before flashing it to the idle partition. If the post-flash health check fails, the vehicle boots instantly into the known-good partition with zero vehicle downtime.

We employ safety-critical separation kernels, redundant hardware-in-the-loop sensor fusion pipelines, and continuous fault tree analysis (FTA). All AUTOSAR Adaptive components are developed with certified toolchains and formal MC/DC test coverage.

Yes. We build vendor-neutral abstraction layers using standardized APIs (COVESA, AUTOSAR Classic/Adaptive, and VirtIO) allowing OEMs to integrate radar, camera, and body control modules from diverse suppliers without vendor lock-in.

Ready to Accelerate Your Software-Defined Vehicle Roadmap?

Schedule a technical workshop with our automotive software and functional safety architects.

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