The automotive industry is undergoing an unprecedented shift toward the software-defined vehicle (SDV) concept that is fundamentally changing the requirements for automotive cybersecurity. This report includes an overview of technologies and trends that influence the automotive cybersecurity market, including telematics and vehicle-to- everything (V2X) communication, payment by car, vehicle charging, infotainment system capabilities, open source architectures, and other industry software initiatives and advancements. As part of VDC's continued efforts to engage with the technology markets we research, this report includes end user insights from VDC's "Voice of the Engineer" survey. Lastly, this report highlights dozens of key automotive cybersecurity vendors that are shaping the market.
INFOGRAPHICS
Exhibit 9: Actions Taken by Respondents Organization in Response to Security Requirements
(Percentage of Respondents, Multiple Responses Permitted)
What Questions are Addressed?
How has the mass introduction of software and connectivity affected automotive cybersecurity?
Which segment is growing the fastest - Security software, Security-as-a-service or Professional services?
What is the future of automotive cybersecurity regulations and what can be gained by understanding the future of regulations?
Which geographic regions are driving growth in the automotive cybersecurity market through 2028?
How are IoT engineers and automotive engineers responding to cybersecurity concerns?
Which firms are shaping the automotive cybersecurity market and how are they doing it?
Who Should Read this Report?
CEO or other C-level executives
Corporate development and M&A teams
Marketing executives
Business development and sales leaders
Product development and product strategy leaders
Channel management and channel strategy leaders
Organizations Listed in this Report:
ANSYS
Aptiv/Wind River
AUTOCRYPT
AWS
BlackBerry QNX
Block Harbor
BMW
Bosch/ETAS
Broadcom
C2A Security
Capgemini
Continental/ Elektrobit/PlaxidityX
Cybellum
CYMOTIVE
CYRES
Dellfer
Denso
DENSO
DigiCert
Enigmatos
Entrust
Eviden
Excelfore
Ford
Futurex
Garrett Motion
Giesecke + Devrient
GM
GMV
Google
Green Hills Software
GuardKnox
HARMAN
Hitachi/Astemo
Honda
Hyundai
IDIADA Automotive
INTEGRITY Security Services
Intertrust
Irdeto
itemis
ITK Engineering
J.P. Morgan
Jaguar Land Rover
Karamba Security
Kaspersky
Keyfactor
Lear
LG Electronics
LHP Engineering Solutions
Luxoft
Magna
Mercedes-Benz
Microsoft
Mitsubishi Motors
Mitsubishi Electric
Mobis
Nexus Group
Nissan
NNG
NTT Data
NXP
Panasonic
Qualcomm
Red Balloon Security
Renault
RunSafe Security
SAIC
Sectigo
Secunet
SiriusXM
Sonatus
StealthLabs
Stellantis
Subaru
Suzuki
SyncShield
Telefonica
Tencent
Tesla
Thales
Toyota
Trillium Secure
TrustCentral
Upstream Security
Utimaco GmbH
Valeo
Vector Informatik
Vic One
VinCSS JSC
Volkswagen
ZF Group
Table of Contents
Inside this Report
What Questions are Addressed?
Who Should Read this Report?
Organizations Listed in this Report
Executive Summary
Key Findings
Introduction
Software-Defined Vehicles Expose Vulnerabilities
Where does Cybersecurity Fit in the Transition to the SDV?
V2X Connectivity
In-Car Payments
Vehicle Charging
Apps and APIs
The Role of Artificial Intelligence
Open Source and Open Architecture
Product Landscape
Global Market Overview
Automotive Cybersecurity Product Segmentation
Product Segmentations within the Automotive Cybersecurity Market
Regulations Driving Growth
WP.29 Regulations 155 and 156
ISO/SAE 21434
Regulations in the United States
China GB 44495-2024 and GB 44496-2024
India AISC AIS-189 and AIS-190
Regional Analysis
Industry Consortia and Standards Organizations
ASRG
AUTO-ISAC
COVESA
digital.auto initiative
Eclipse SDV
eSync Alliance
MIPI Alliance
Uptane
Vendor Landscape
Vendor Profiles
BlackBerry QNX
Block Harbor
Bosch / ETAS
Continental / Elektrobit / PlaxidityX
Green Hills Software
Integrity Security Services
Irdeto
Karamba Security
Kaspersky
HARMAN
Sonatus
Thales
VicOne
Upstream
Vector
End User Insights
Industry Adaptation to Security Requirements
Vendor Landscape Favors Innovation
Diminishing Influence of Established Tech and System Integrators
Implementation of Embedded Security Software, Hardware, and FOTA
The Future of Automotive Technology
About the Authors
About VDC Research
List of Exhibits*
Exhibit 1 Biggest Obstacle to the Development and Growth of the Connected/Software-Defined Vehicle Industry
Exhibit 2: Current Concerns About AI-generated Software Code
Exhibit 3: Sample Table of Vendors Offering Automotive Cybersecurity Solutions
Exhibit 4: Global Revenue of Automotive Cybersecurity Software and Services
Exhibit 5: Global Revenue for Automotive Cybersecurity Software and Services by Product Category
Exhibit 6: Global Revenue for Automotive Cybersecurity and Software, 2023 to 2028, Share by Product Category
Exhibit 7: Global Revenue for Automotive Cybersecurity Software and Services by Region
Exhibit 8: Global Revenue of Automotive Cybersecurity Software & Services by Geographic
Exhibit 9: Actions Taken by Respondents Organization in Response to Security Requirements
Exhibit 10: Current Major Competition in the Software-defined Space
Exhibit 11: Use of Embedded Security Software, Hardware, & Firmware-Over-the-Air Updating in Current Automotive Projects vs. Overall IoT Projects
Exhibit 12: Technologies Automotive Respondent's Organization is Most Interested in and/or Building for Future Customers
*This report also includes access to 416 Exhibits from our 2024 Voice of the Engineer Survey.