Enabling Intelligent Mobility
Through Software-Defined
Vehicle Platforms
Build Software-Defined Vehicle Platforms for Lifecycle Innovation
The mobility industry is moving toward Software Defined Vehicles, where competitive advantage is determined by software velocity, platform reuse, and continuous feature delivery. A modern software defined vehicle architecture enables OEMs to consolidate hardware complexity, unlock new revenue models, and scale intelligent software for automobile capabilities across vehicle lines.
SRM Tech helps OEMs design and operationalize a future-ready software defined vehicle platform that connects E/E architecture, Vehicle OS, AI, validation, and lifecycle automation into a unified engineering foundation. From enabling advanced automotive car design software environments to accelerating real-world SDV in automotive deployments, we deliver platform strategies that reduce development time, improve scalability, and support long-term vehicle innovation.
180
Engineers Across SDV Programs
35
SDV & E/E Architecture Programs Delivered
60
Virtual ECU Environments Built
99
CI/CD Pipeline Uptime Across Programs
Areas of Expertise
E/E Architecture & Platform Engineering
Architect the centralized and zonal E/E infrastructure that forms the structural backbone of every software defined vehicle architecture. We design zonal, domain, and centralized compute environments that enable OEMs to transition toward a scalable software defined vehicle platform, consolidating distributed ECU landscapes into HPC-driven, upgradeable vehicle ecosystems.
Our expertise spans AUTOSAR Classic and Adaptive bring-up, SOME/IP and DDS middleware configuration, and ECU consolidation strategies that reduce wiring complexity and hardware cost. From network topology design to cross-domain integration across ADAS and Digital Cockpit, we deliver production-ready SDV foundations.
Vehicle OS & Software Platform
Engineer the vehicle OS and software platform layer that defines how a software defined vehicle operates, scales, and evolves across programs. We develop platform software stacks, virtual ECU frameworks, and modular API architectures that decouple hardware and software for automobile innovation — enabling OTA readiness, faster feature integration, and platform reuse across variants.
Our teams align with open SDV ecosystems including Eclipse SDV, COVESA, and SOAFEE to ensure interoperability. From board support package development to application framework orchestration, we deliver the programmable foundation powering modern automotive car design software ecosystems.
CI/CD & DevOps for Automotive
Implement automotive-grade CI/CD pipelines and DevOps practices that transform SDV in automotive development into a scalable software factory model. We design containerized development environments, automated build-test-deploy workflows, and lifecycle governance frameworks spanning E/E middleware, ADAS stacks, and Digital Cockpit platforms.
Static analysis, MISRA compliance checks, and automated testing integrate directly into pipeline stages. Cloud-native infrastructure enables distributed engineering teams, OTA release orchestration, and continuous fleet software rollout, allowing OEMs to accelerate delivery of software defined vehicle platform capabilities with full traceability and release confidence.
AI & Connected Vehicle Integration
Integrate AI, connectivity, and vehicle data platform capabilities that unify every software defined vehicle domain into a coherent, data-driven architecture. We enable AI/ML model deployment across ADAS inference, Digital Cockpit intelligence, and edge compute environments while engineering V2X connectivity stacks and telemetry pipelines that support real-time vehicle insights.
Our teams architect vehicle data lifecycle frameworks and monetization models that allow OEMs to activate, manage, and evolve software for automobile capabilities post-sale. From edge optimization to cloud analytics, we deliver the intelligence layer driving next-generation SDV in automotive innovation.
Safety, Security & Compliance
Embed functional safety and cybersecurity as foundational disciplines across every software defined vehicle architecture — spanning E/E platforms, Vehicle OS, connectivity, and validation environments. Our ISO 26262 expertise covers HARA, FMEA, ASIL-D architecture design, safety mechanism implementation, and independent assessment support.
On cybersecurity, we design UN R155/R156-compliant platforms, execute ISO 21434-aligned TARA, and prepare CSMS documentation and type-approval evidence. By integrating safety and security across the lifecycle of a software defined vehicle platform, we enable OEMs to meet regulatory targets without slowing innovation.
Virtual Validation & HIL/SIL Testing
Enable virtual validation and automated HIL/SIL testing environments that accelerate development across SDV in automotive programs. We build digital twin models, virtual ECU simulation frameworks, and unified MIL/SIL/HIL infrastructures covering ADAS perception stacks, Digital Cockpit layers, and E/E middleware within a continuous validation pipeline.
Automated testing ensures every build of software for automobile systems is validated before hardware integration and fleet deployment. We generate complete V&V evidence packages including traceability, coverage, and audit artifacts, enabling faster approvals and confident continuous delivery for every software defined vehicle release.
Comprehensive SDV Engineering and Modernization
Capabilities
Success Stories
Resources
Partnerships & Certifications
Frequently Asked Questions
What is SRM Technologies view on SDV and its impact on future vehicle programs?
Software-defined vehicles shift value from hardware to software, enabling ECU consolidation, faster feature delivery, and new post-sale revenue models. Our engineering teams support OEM transitions toward scalable SDV architectures and software-driven vehicle platforms.
How does SRM Technologies support software-defined vehicle architecture design, including zonal and centralized E/E topologies?
We design zonal, domain, and centralized E/E architectures that consolidate distributed ECUs into high-performance compute environments. Our work includes network topology design, AUTOSAR integration, middleware configuration, and ECU consolidation strategies.
What is our expertise in Software Defined Vehicle platform development and vehicle OS stacks?
We develop vehicle software platforms including BSP development, modular API frameworks, middleware integration, and virtual ECU environments. Our platforms support scalable SDV architectures aligned with emerging open automotive software ecosystems.
How does SRM Technologies implement CI/CD and DevOps practices for software for automobile systems in SDV programs?
We implement containerized development environments, automated build-test pipelines, and DevOps workflows enabling continuous integration and validation of automotive software with static analysis, MISRA compliance checks, and automated testing.
How do we ensure functional safety, cybersecurity, and regulatory compliance in software defined vehicle architecture?
We integrate functional safety and cybersecurity practices aligned with ISO 26262, UN R155/R156, and ISO 21434. Our teams implement risk analysis, safety mechanisms, and security frameworks supporting regulatory compliance across SDV platforms.
Can SRM Technologies help OEMs migrate from legacy architectures to SDV at a portfolio scale?
Yes. We support OEM migration strategies by re-architecting legacy ECU software into service-oriented platforms, enabling transitions to centralized compute environments while maintaining compatibility with existing vehicle programs.
How do we enable data-driven services, features-on-demand, and monetization on top of an SDV platform?
We design vehicle data platforms that leverage standardized APIs, integrate with cloud ecosystems, and support feature entitlement management, enabling OEMs to deploy software-driven services and post-sale monetization models.
