下一代汽車開發解決方案：新標準推動軟件重大變革

在過去幾年中，全球汽車行業對供應商為高端自動駕駛汽車構建新平台的興趣、資金和活動呈爆炸式增長。 與此同時，汽車製造商開始探索用於安全集成汽車系統的新架構、軟件和工具。

在這份報告中，我們分析了汽車開發解決方案——汽車軟件和開發工具——的全球市場，包括最新的市場趨勢、最終用戶趨勢、供應商戰略趨勢，以及市場趨勢的定量和定性分析。,按子市場（汽車物聯網/嵌入式操作系統、ASST、需求管理（RM）工具、物聯網雲服務）等進行的詳細市場趨勢分析。

內容

執行摘要

全球市場概覽

• 近期趨勢
• 新汽車標準
• 夥伴關係

比較預測：按軟件類型

• IoT（物聯網）/嵌入式 OS（操作系統）
• ASST（自動化軟件安全測試）工具
• MBSE（基於模型的系統工程）
• 需求管理 (RM)
• 物聯網遠程監控雲服務

競爭格局

• 供應商見解
• AWS
• BlackBerry QNX
• dSPACE
• eSOL
• ETAS
• Green Hills Software
• HARMAN
• HERE Technologies
• MathWorks
• NVIDIA
• Red Hat (IBM)
• Siemens
• Synopsys
• Wind River

最終用戶注意事項

• 互聯汽車行業發展和增長的障礙
• 為打造未來客戶而投資的技術
• 使用 AUTOSAR 實現軟件架構標準化
• 工程師提前推進項目

分析定義

關於VDC Research

The automotive industry has experienced an explosion of interest, funding, and activity in the past few years as vendors have started to piece together new platforms for high-end autonomous vehicles. In parallel, auto makers have begun to explore new architectures, software, and tools for securely consolidating automotive systems.

This new research examines the market for automotive software and development tools, quantifying and qualifying market dynamics through an in-depth discussion of recent events, end-user trends, and vendor strategy. Submarkets analyzed include automotive IoT & embedded Operating Systems (OSs), Automated Software & Security Testing (ASST), Requirements Management tools (RM), and IoT Cloud Services.

Table of Contents

Executive Summary

• Key Findings

Global Market Overview

• Recent Developments
• Emerging Automotive Standards
• Partnerships

Comparative Forecast by Software Type

• IoT & Embedded Operating Systems
• Automated Software & Security Testing (ASST) Tools
• Model-Based Systems Engineering (MBSE)
• Requirements Management (RM)
• IoT Remote Monitoring & Control Cloud Services

Competitive Landscape

• Vendor Insights
• AWS
• BlackBerry QNX
• dSPACE
• eSOL
• ETAS
• Green Hills Software
• HARMAN
• HERE Technologies
• MathWorks
• NVIDIA
• Red Hat (IBM)
• Siemens
• Synopsys
• Wind River

End User Insights

• Obstacles to Development & Growth of the Connected
• Vehicle Industry
• Technologies to Invest in for Building Future Customers
• Software Architecture Standardization Through AUTOSAR Helps
• Engineers Keep Projects Ahead Of Schedule

Report Definitions

About VDC Research

Report Exhibits

• Exhibit 1: Global Revenue of Automotive Software & Development Tools
• Exhibit 2: Global Revenue of Automotive Software & Development Tools, by Type
• Exhibit 3: Global Portion of Automotive Software & Development Tools, by Type
• Exhibit 4: Global Revenue of Automotive IoT & Embedded OS
• Exhibit 5: Previous, Current, & Expected Primary OS in Automotive In-Vehicle Projects, by OS Source
• Exhibit 6: Global Revenue of Automotive Automated Software & Security Testing Tools
• Exhibit 7: Global Revenue of Automotive Model-Based Systems Engineering Tools
• Exhibit 8: Global Revenue of Automotive Requirements Management
• Exhibit 9: Global Revenue of Automotive IoT Remote Monitoring & Control Cloud Services
• Exhibit 10: Global Shipments of Automotive Development Software Segmented by Leading Vendors, 2021
• Exhibit 11: Biggest Obstacle to the Development and Growth of the Connected

Vehicle Industry

• Exhibit 12: Certification/Process Standard(s) Adhered to on Current Project
• Exhibit 13: Technologies Respondent's Organization Is Most Interested in Investing in and/or Building for Future Customers
• Exhibit 14: Current Project's Schedule

Excel Exhibits

2022 IoT & Embedded Engineer Survey Exhibits

• Exhibit 1: Primary Country of Residence
• Exhibit 2: Type of Most Current or Recent Project
• Exhibit 3: Personally Involved with Engineering of Embedded Technology
• Exhibit 4: Type of Purchase by Respondent's Organization
• Exhibit 5: Primary Industry Classification of Project
• Exhibit 6: Type of Aerospace & Defense Application for Most Recent Project
• Exhibit 7: Type of Automotive In-Vehicle Application for Most Recent Project
• Exhibit 8: Type of Communications & Networking Application for Most Recent Project
• Exhibit 9: Type of Consumer Electronics Application for Most Recent Project
• Exhibit 10: Type of Digital Security Application for Most Recent Project
• Exhibit 11: Type of Digital Signage Application for Most Recent Project
• Exhibit 12: Type of Energy and Utilities Application for Most Recent Project
• Exhibit 13: Type of Gaming Application for Most Recent Project
• Exhibit 14: Type of Industrial Automation Application for Most Recent Project
• Exhibit 15: Type of Media & Broadcasting Application for Most Recent Project
• Exhibit 16: Type of Medical Device Application for Most Current Project
• Exhibit 17: Type of Mobile Phone
• Exhibit 18: Type of Office/Business Automation Application for Most Recent Project
• Exhibit 19: Type of Transportation Application for Most Recent Project
• Exhibit 20: Type of Retail Automation Application for Most Recent Project
• Exhibit 21: Type of Non-Manufacturing/Services Application for Most Recent Project
• Exhibit 22: Certification/Approval Standards Required for Current Project
• Exhibit 23: Highest Design/Development Assurance Levels (DAL) Required for Project Software (Aerospace)
• Exhibit 24: Highest Software Integrity Levels (SIL) Certification Required for Project Software
• Exhibit 25: Highest Automotive Software Integrity Levels for Project Software
• Exhibit 26: Capabilities/Features of Current Project
• Exhibit 27: Capabilities/Features Expected in a Project Three Years From Now
• Exhibit 28: Type of Real-Time Deadlines for Current Project
• Exhibit 29: Application's Shortest Response Deadline to a Time-Critical Input or Event
• Exhibit 30: Estimated Length for Current Project (In Months)
• Exhibit 31: Current Project's Schedule
• Exhibit 32: Estimated Number of Years Current Project will be Manufactured Once Complete
• Exhibit 33: Estimated Number of Years of Useful Life for Product Once Deployed
• Exhibit 34: Attributions of Delays to Project
• Exhibit 35: Engineering Tasks Personally Involved
• Exhibit 36: Estimated Percent of Time Spent on Engineering Tasks
• Exhibit 37: Does Organization Have Formal Policies and Procedures for Testing the Security of IoT Devices?