Automotive & Transportation

The automotive and transportation industry is being transformed by electrification, software-defined vehicles (SDVs), artificial intelligence (AI), connected mobility, digital engineering, and sustainability initiatives. Automotive manufacturers, railway operators, maritime organizations, and mobility providers are investing in intelligent technologies to improve safety, operational efficiency, customer experience, and environmental performance.

Emerging technologies such as digital twins, advanced analytics, cloud connectivity, and predictive maintenance are reshaping how vehicles, trains, and vessels are designed, operated, and maintained throughout their lifecycle.

Akkodis helps mobility organizations combine engineering, software, AI, data, and cybersecurity expertise to accelerate innovation while meeting increasingly complex operational, safety, and regulatory requirements across global transportation ecosystems.

Artificial intelligence and software-defined vehicles are fundamentally changing how vehicles are engineered, validated, and continuously improved. AI enables predictive maintenance, intelligent driver assistance, manufacturing optimization, and real-time operational insights, while SDVs allow vehicles to receive new functionality through software updates, extending product value throughout their lifecycle.

Developing SDVs requires advanced software engineering, AI integration, cybersecurity, cloud connectivity, and rigorous validation to ensure safety and reliability.

Akkodis supports these initiatives through embedded software engineering, systems integration, and proprietary solutions such as AI-Core, which accelerates AI model deployment, computer vision, intelligent inspection, and ADAS validation, and PROVEtech, which automates testing and verification processes to improve software quality and reduce validation effort.

Electrification is transforming mobility by replacing traditional combustion-based technologies with electric, hybrid-electric, and alternative propulsion systems. This transition requires innovation across battery engineering, charging infrastructure, power electronics, energy management, embedded software, and systems integration.

Across automotive, railway, and maritime sectors, electrification helps organizations reduce emissions, improve energy efficiency, and achieve long-term sustainability objectives while creating new opportunities for connected and intelligent mobility.

Akkodis supports electrification programs through engineering, validation, and charging technologies, including EVAcharge, a mature EV charging communication platform supporting ISO 15118 and DIN 70121 standards. EVAcharge helps manufacturers accelerate interoperability, improve charging reliability, and simplify validation across electric vehicle and charging ecosystems.

Modern transportation systems generate vast amounts of engineering, operational, and vehicle data. Organizations use integrated data platforms, AI, cloud technologies, advanced analytics, and digital engineering practices to improve decision-making, optimize operations, strengthen safety, and accelerate product development.

Digital engineering combines systems engineering with simulation, AI, digital twins, and lifecycle data management to create more connected development processes from concept through validation and operation.

Akkodis supports digital transformation by modernizing engineering data environments, improving interoperability, and integrating AI-powered capabilities through solutions such as AI-Core, helping mobility organizations transform complex engineering data into actionable insights that accelerate innovation and improve product quality.

Digital twins and simulation technologies allow organizations to model, validate, and optimize transportation systems before physical deployment. These virtual environments reduce development risks, improve engineering quality, support predictive maintenance, and accelerate innovation across the entire product lifecycle.

In automotive, railway, and maritime environments, digital twins are increasingly combined with AI, connected sensors, and operational data to continuously improve system performance and support more informed engineering decisions.

Akkodis develops simulation environments and digital twin solutions that improve engineering validation, workforce training, asset management, and operational visibility while enabling organizations to deliver safer, more reliable, and more efficient transportation systems.

Mobility organizations face growing challenges related to software complexity, cybersecurity, regulatory compliance, sustainability targets, supply chain resilience, and rapidly evolving customer expectations. The transition toward connected, autonomous, electric, and software-defined systems significantly increases engineering complexity while reducing acceptable development timelines.

Success requires robust software engineering, secure connectivity, systems integration, rigorous testing, and continuous validation throughout the product lifecycle.

Akkodis combines engineering expertise with proprietary solutions including PROVEtech for automated verification and validation, NetComm Validation for communication network testing, and AI-Core for AI-assisted inspection and validation, helping organizations improve software quality, reduce development risk, and accelerate product delivery.

Railway operators are adopting AI, IoT, predictive maintenance, simulation, and advanced analytics to improve network reliability, operational efficiency, passenger experience, and infrastructure management. Modern railway programs increasingly rely on standards such as ERTMS, ETCS, and GSM-R to improve interoperability while supporting safer and more connected transportation networks.

AI-powered inspection, computer vision, and predictive maintenance technologies also help automate infrastructure monitoring and improve asset reliability.

Akkodis supports railway organizations through systems engineering, software development, testing, simulation, validation, and digital modernization initiatives, helping operators such as SNCF accelerate innovation while maintaining safety, compliance, and operational resilience.

Maritime organizations are using digital technologies to improve vessel performance, navigation, safety, sustainability, and lifecycle management. Connected systems, predictive maintenance, digital twins, AI-powered analytics, and real-time monitoring help shipping companies optimize fleet operations while reducing operational costs and environmental impact.

Digital transformation also supports smarter ports, more resilient logistics networks, and increasingly autonomous maritime operations.

Akkodis supports maritime transformation through engineering services, software development, systems integration, simulation technologies, predictive maintenance, and lifecycle optimization solutions that improve operational efficiency, asset performance, and long-term sustainability.

Sustainability has become a major driver of innovation across automotive, railway, and maritime sectors. Organizations are investing in vehicle electrification, alternative propulsion systems, energy optimization, lightweight materials, circular engineering, and intelligent transportation networks to reduce environmental impact while improving operational efficiency.

Digital technologies further support sustainability through AI-driven optimization, predictive maintenance, connected mobility, and intelligent energy management.

Akkodis contributes through engineering, software, and proprietary technologies including EVAcharge, which enables secure, standards-based communication between electric vehicles and charging infrastructure, helping manufacturers deploy reliable, interoperable, and scalable EV charging ecosystems that support the global transition toward sustainable mobility.

Automotive OEMs, transportation operators, and mobility providers increasingly rely on engineering and technology partners to accelerate innovation while managing growing technical complexity. These partnerships support software-defined vehicle development, AI adoption, electrification, cybersecurity, connectivity, systems engineering, testing, validation, and regulatory compliance.

Beyond engineering expertise, organizations increasingly seek partners that combine consulting, software, proprietary technologies, and delivery capabilities.

Akkodis collaborates with leading mobility organizations and partners with the winning Mercedes-AMG PETRONAS Formula One Team. Complementing its engineering services with proprietary solutions such as AI-Core, PROVEtech, NetComm Validation, and EVAcharge, Akkodis helps accelerate next-generation mobility programs from concept and development through validation, deployment, and continuous improvement.