We provide automotive software development for connected, electric, and software-defined vehicles, using engineering practices informed by ISO 26262 and UNECE WP.29 requirements.
Talk with our team about your requirements. We'll provide a customized roadmap, technical approach, and development estimate.
Trusted by Automotive Manufacturers, Suppliers & Mobility Providers
Automotive Software We Develop
Our automotive embedded software development solutions are for fleet management, electric mobility, vehicle connectivity, telematics, and dealership operations.
Our vehicle connectivity software enables secure vehicle-to-cloud communication, remote diagnostics, telemetry collection, vehicle status monitoring, and software distribution. It supports data exchange across connected vehicle ecosystems using cellular, Wi-Fi, satellite, and edge computing infrastructure.
Electric mobility software supporting charging workflows, energy consumption monitoring, battery performance analysis, charging network connectivity, and route planning. It supports vehicle range optimization and operational management for passenger, commercial, and shared electric vehicles.
We provide fleet operations software for vehicle tracking, route optimization, fuel consumption monitoring, driver behavior analysis, maintenance scheduling, utilization reporting, and regulatory compliance management. This is across commercial transportation, logistics, field service, and mixed-vehicle fleets.
Battery software manages cell balancing, state-of-charge calculation, thermal monitoring, charging control, fault detection, battery degradation analysis, and performance tracking. This improves system reliability, operational safety, energy efficiency, and battery lifespan.
Remote update platform supporting software deployment to vehicle controllers, firmware distribution, update validation, version management, staged rollout execution, OTA-ready update management capabilities, and deployment monitoring across distributed vehicle fleets and connected assets.
Our vehicle health management software analyzes fault codes, sensor readings, maintenance records, and operating conditions to identify component degradation, prioritize service requirements, reduce downtime, and support condition-based maintenance planning activities.
We engineer automotive software solutions that support advanced driver assistance systems through sensor data management, diagnostics, validation environments, visualization tools, communication interfaces, and integration with vehicle electronic and control systems.
Dealership software supporting inventory management, vehicle sales processing, financing operations, customer records, service scheduling, warranty administration, parts management, and operational reporting across single-location dealerships and multi-site dealer groups.
A vehicle software platform managing feature deployment, centralized software services, controller coordination, configuration management, digital feature activation, lifecycle updates, and software orchestration across continuously evolving automotive architectures.
WHO WE SERVE
We provide automotive software development services for vehicle manufacturers, OEMs, Tier-1 suppliers, dealerships, fleet operators, and mobility providers. Our automotive solutions support connectivity, operations, engineering workflows, data management, and transportation services.
Services
As an automotive software development company, we deliver solutions for connected vehicles, electric mobility, fleet operations, diagnostics, dealership management, and vehicle data processing, supporting modern automotive ecosystem requirements.
We provide automotive embedded software development spanning requirements engineering through production deployment. It is aligned with ECU constraints, communication protocols, safety standards, and regulatory frameworks. We design our automotive software for real-time processing, integration complexity, and functional safety documentation across automotive programs.
We enable connected vehicle and telematics software for real-time vehicle data acquisition, real-time analytics, edge processing, and cloud ingestion. Our automotive solutions support fleet intelligence, OEM connectivity, driver behavior insights, and secure remote vehicle command execution.
EV charging and CPMS platforms manage charging networks, energy distribution, billing, and user interaction. These platforms support OCPP-based communication, grid optimization, charging station monitoring, and intelligent energy management for scalable electric mobility infrastructure.
We develop automotive diagnostic and workshop systems that connect technicians to live vehicle data, ECU diagnostics, repair workflows, and parts operations. With this, we enhance repair accuracy, service efficiency, and integration with OEM systems and dealership management tools.
We develop IVI and HMI automotive software for automotive Linux, Android Automotive OS, and QNX platforms. The platform provides infotainment, navigation, voice interaction, connectivity, and vehicle control features with OTA update and integration capabilities.
We offer automotive mobile application development for drivers, fleets, and service ecosystems. Our applications enable remote vehicle control, diagnostics, service booking, and real-time data access with native and cross-platform architectures for iOS and Android.
Our automotive software development solutions ensure compliance with automotive security standards while protecting communication, firmware, and vehicle networks against evolving threats.
We use real-time telemetry and historical data in digital twin and predictive maintenance platforms for modeling vehicle systems. Our automotive software solutions enhance reliability, reduce downtime, and optimize fleet maintenance planning through predictive analytics.
We provide automotive embedded software development spanning requirements engineering through production deployment. It is aligned with ECU constraints, communication protocols, safety standards, and regulatory frameworks. We design our automotive software for real-time processing, integration complexity, and functional safety documentation across automotive programs.
We enable connected vehicle and telematics software for real-time vehicle data acquisition, real-time analytics, edge processing, and cloud ingestion. Our automotive solutions support fleet intelligence, OEM connectivity, driver behavior insights, and secure remote vehicle command execution.
EV charging and CPMS platforms manage charging networks, energy distribution, billing, and user interaction. These platforms support OCPP-based communication, grid optimization, charging station monitoring, and intelligent energy management for scalable electric mobility infrastructure.
We develop automotive diagnostic and workshop systems that connect technicians to live vehicle data, ECU diagnostics, repair workflows, and parts operations. With this, we enhance repair accuracy, service efficiency, and integration with OEM systems and dealership management tools.
We develop IVI and HMI automotive software for automotive Linux, Android Automotive OS, and QNX platforms. The platform provides infotainment, navigation, voice interaction, connectivity, and vehicle control features with OTA update and integration capabilities.
We offer automotive mobile application development for drivers, fleets, and service ecosystems. Our applications enable remote vehicle control, diagnostics, service booking, and real-time data access with native and cross-platform architectures for iOS and Android.
Our automotive software development solutions ensure compliance with automotive security standards while protecting communication, firmware, and vehicle networks against evolving threats.
We use real-time telemetry and historical data in digital twin and predictive maintenance platforms for modeling vehicle systems. Our automotive software solutions enhance reliability, reduce downtime, and optimize fleet maintenance planning through predictive analytics.
Security & Compliance
Our secure automotive software development solutions aligned with industry regulations. We ensure secure data exchange, system integrity, threat mitigation, and compliance with automotive cybersecurity and functional safety requirements.
Why Digisoft Solution
Automotive companies trust Digisoft Solution for engineering-driven development, compliance with global automotive standards, secure system design, scalable architectures, and reliable delivery across embedded systems, connected vehicles, and EV platforms.
We develop automotive software around real vehicle constraints, including ECU behavior, communication protocols, timing requirements, and functional safety needs, rather than adapting generic software into automotive environments.
Experience working with CAN, LIN, Automotive Ethernet, SOME/IP, UDS, DoIP, and OBD-II across connected vehicle and embedded software projects. This includes support for AUTOSAR-based architectures.
ISO 26262 principles, ASIL-based safety design, hazard analysis, and safety requirement tracing are embedded into every stage from system design to validation for safety-critical automotive applications.
Scalable SDV architectures built for high-volume telemetry, edge computing, unreliable connectivity conditions, and real-time vehicle-to-cloud communication using modern cloud-native infrastructure.
We develop software platforms for EV ecosystems including OCPP-based charging systems, ISO 15118 Plug & Charge integration, energy-aware routing, and intelligent charging network orchestration for modern electric mobility ecosystems.
Our automotive experts have a strong understanding of OEM dealer systems, including DMS integration, warranty workflows, parts catalog data structures, service scheduling systems, and regulatory F&I compliance processes.
Case Studies
We have delivered automotive software projects across connected vehicles, diagnostics, EV platforms, and embedded systems, focusing on performance, safety, compliance, scalability, and seamless integration with modern automotive ecosystems and technologies.
Windshield Wiper Systems
eCommerce Web Platform (Online Retail Storefront)
Secure online transactions, data privacy compliance, payment gateway security, product compatibility validation.
WindshieldWipers.com required a structured and scalable eCommerce platform to efficiently manage automotive windshield wiper products. This ensures accurate product fitment across vehicle models, streamlines product discovery, and supports a seamless online purchasing experience for customers.
We developed and optimized an automotive eCommerce platform with vehicle-based compatibility mapping, structured product categorization, simplified part selection, secure checkout integration, and a performance-focused storefront to improve user experience and conversion rates.
The platform improved product discoverability, reduced user friction in selecting compatible wiper systems, enhanced checkout efficiency, and delivered a more streamlined and reliable automotive parts purchasing experience.
Automotive Service Network Provider
Web and Mobile-Based Digital Platform
Data privacy compliance, secure user authentication, payment security, service record integrity.
The client required a centralized platform to digitize vehicle servicing operations, manage workshop bookings, track maintenance history, and improve coordination between customers and service centers across multiple locations.
We developed a unified service management system with features including online appointment scheduling, service history tracking, automated reminders, workshop resource allocation, and secure customer account management. The platform also supported real-time service status updates and integrated payment processing.
The system improved service booking efficiency, enhanced visibility of vehicle maintenance records, reduced manual coordination efforts, and provided a smoother customer experience across service centers.
Technology Stack
Tools and platforms we use to build automotive software for connected vehicles, EV platforms, telematics, diagnostics, and mobility ecosystems.
Development Process
We follow an end-to-end automotive software development process covering requirements, architecture, development, testing, validation, and deployment. This ensures safety, compliance, scalability, and reliable integration across vehicle platforms.
System requirements, vehicle functions, hardware constraints, communication interfaces, safety goals, and regulatory requirements are defined before development begins.
Software architecture, ECU and cloud interactions, communication pathways, component responsibilities, and safety mechanisms are designed and documented.
We develop and integrate embedded, mobile, web, and cloud software while ensuring interoperability across vehicle, edge, and cloud environments.
We perform comprehensive unit, integration, HIL, protocol, and performance testing; hardware-in-the-loop (HIL) testing; protocol validation; fault simulation; and performance verification throughout development.
Functional validation, safety verification, cybersecurity checks, and regulatory compliance activities are completed before deployment to target environments.
Post-release monitoring, issue resolution, OTA updates, performance improvements, and ongoing maintenance support long-term system operation.
Engagement Models
Defined scope, fixed budget, and agreed deliverables. Suitable for automotive projects with stable requirements, documented specifications, and predictable implementation timelines.
Full product ownership model with a dedicated engineering team. Ideal for long-term automotive platforms, continuous feature development, and evolving product roadmaps.
Flexible engagement model for evolving requirements and changing priorities. Suitable for research, prototyping, integration projects, and programs requiring ongoing scope adjustments.
Engineer extension model that adds specialized talent to existing teams. Suitable for increasing delivery capacity, filling skill gaps, or accelerating automotive development programs.
Testimonials
Hear from automotive leaders who partnered with Digisoft Solution for connected vehicle platforms, EV charging systems, and scalable automotive software delivery.
CEO
The platform significantly improved how customers discover and purchase automotive parts. The structured catalog and vehicle-based filtering made it much easier to ensure product compatibility, while the streamlined checkout process reduced drop-offs and improved overall conversion efficiency.
Automotive Parts Retail Platform
Head of Whold Design Studios
The system transformed our service operations by digitizing bookings and maintenance tracking across locations. It improved coordination between workshops and customers, reduced manual effort, and provided clear visibility into service status and history.
Automotive Service Network
Automotive software development companies build embedded ECU software, diagnostics tools, infotainment systems, EV platforms, vehicle communication systems, and cloud-connected mobility applications.
Custom automotive software development is the process of building software for vehicle systems such as ECUs, control units, diagnostics, infotainment, electric vehicle systems, and cloud-connected mobility platforms.
Automotive software development timelines depend on customization, features, and system complexity. Simple automotive software may take a few weeks, while ECU-level software and connected vehicle platforms typically require several months to complete testing and validation.
Yes. EV charging systems can be developed, including charging station management, OCPP-based communication, billing integration, real-time monitoring, and support for ISO 15118 Plug & Charge standards.
We support integrations, including CAN, LIN, DoIP communication, EV charging, Automotive Ethernet, UDS diagnostics, networks, cloud platforms, and third-party automotive APIs.
We secure automotive software by implementing secure coding practices, encryption, access control, secure boot processes, OTA update validation, and alignment with ISO/SAE 21434 and UNECE cybersecurity requirements.
Yes. We provide post-launch support, including software updates, issue resolution, system monitoring, performance improvements, and compliance updates for evolving automotive and regulatory requirements.
AUTOSAR is a standardized software architecture used to design ECU software. It improves reuse, compatibility, and integration across different vehicle manufacturers and platforms.
Embedded software runs inside the vehicle and controls hardware systems. Cloud software manages remote services such as data storage, OTA updates, analytics, and fleet monitoring.
SBOM (Software Bill of Materials) is a structured list of all software components used in a system. It helps track vulnerabilities, dependencies, and supply chain security risks.
Develop reliable, secure, and scalable automotive systems designed for ECUs, connected vehicles, EV platforms, and cloud-based mobility solutions.
Transform your concept into a scalable digital product with expert technical consultation.
