Arrow Electronics Unveils New Platform to Accelerate Software- Defined Vehicle Architecture

Arrow electronics has launched a strategic initiative and research hub to support next- generation vehicle electrical and electronic architecture, helping automakers accelerate software- defined vehicle development through engineering expertise, integrated solutions, and stronger supply chain support.

According to Precedence Research, the global automotive cybersecurity market size was valued at USD 5.24 billion in 2025 and is projected to grow from USD 6.04 billion in 2026 to approximately USD 21.11 billion by 2035, expanding at a CAGR of 14.95% from 2026 to 2035, driven by the increasing adoption of connected and autonomous vehicles, stringent vehicle cybersecurity regulations, and the growing need to protect automotive systems from evolving cyber threats.

News Overview

Arrow electronics has announced a new strategic initiative focused on advancing next- generation vehicle electrical and electronic architecture, the program includes a dedicated research hub that provides automotive manufacturers and tire-1 suppliers with technical resources, engineering support, and supply chain solution needed for the transition towards software- defined vehicles, the initiative addresses growing for centralized computing platforms that can manage multiple vehicles functions more efficiently than traditional distributed electronic control units.

Advancing Next- Generation Vehicle Architecture

Modern vehicles are increasingly becoming intelligent, software- centric platforms requiring advanced computing capabilities, traditional architectures, which rely on separate control units for individual functions, are becoming complex and costly to manage, Arrow’s initiative promotes a centralized E/E architecture model powerful computing hubs control multiple vehicle systems, this approach can reduce wiring complexity buy up to 20%, improve energy efficiency, lower vehicle weight, add enable seamless over-the-air software updates throughout a vehicle’s life cycle.

The company is leveraging its expertise in semiconductors, interconnect technologies, embedded software, Auto SAR, functional safety, and automotive cyber security, Arrow also strengthen its capabilities through recent acquisitions and investments in automotive software engineering services, helping manufacturers accelerate development cycles and reduce time-to-market.

Industry Impact

The initiative reflects a broader automotive industry shift toward software- define mobility, as automakers invest heavily in electric, connected, and autonomous vehicles, demand for scalable E/E architectures is rising rapidly, Arrow’s integrated approach combines hardware, software, and supply chain management, helping OEMs overcome engineering challenges while insuring component availability and long-term platform reliability, this can support faster innovation and improved vehicle performance across global markets.

Market Outlook

The global transition towards software- to find vehicles is expected to drive significant growth in E/E architecture solutions over the coming years, increasing adoption of advanced driver assistance systems, connected vehicles technologies, and electric vehicles is accelerating the need for centralized computing platforms, Arrow electronics latest initiative audition the company to capitalize on this trend while supporting automakers as they build smarter, safer, and more efficient vehicles more the future.