Cybersecurity in Automotive: Strategic Intelligence

Explore automotive cybersecurity trends, connected vehicle risks, EV charging security, quantum computing, regulations, leading innovators, and market forecasts.

Why Does Cybersecurity in Automotive Matter?

As vehicles become increasingly software-driven, cybersecurity is becoming a critical priority for automakers and the wider automotive ecosystem. Connected vehicle features, over-the-air (OTA) updates, infotainment systems, keyless entry, and autonomous driving technologies create new potential points of vulnerability. Cyberattacks targeting automotive IT systems can also expose sensitive data, disrupt production, and result in financial losses.

Electrification adds another layer of complexity, with EV charging networks, connected cloud services, payment systems, and power infrastructure presenting additional security challenges. Meanwhile, the potential future impact of quantum computing is raising questions about the long-term resilience of existing encryption standards.

GlobalData’s Cybersecurity in Automotive Theme Analysis examines how cybersecurity is shaping the automotive industry, including software-defined vehicles, autonomous driving, electrification, evolving regulations, and quantum computing. The report explores key challenges, market forecasts, case studies, and leading technology providers to help businesses understand the risks and opportunities associated with automotive cybersecurity.

You can use this report to:

• Understand emerging cybersecurity threats across connected and software-defined vehicles.
• Assess security challenges associated with OTA updates, infotainment, keyless entry, and autonomous driving.
• Explore vulnerabilities affecting EV charging infrastructure and connected services.
• Evaluate the implications of quantum computing for automotive cybersecurity.
• Understand the impact of tightening regulations.
• Identify leading automotive cybersecurity adopters and specialist technology vendors.
• Learn from case studies highlighting innovation in automotive security.
• Review market size and growth forecasts for the cybersecurity market.
• Inform cybersecurity investment, technology adoption, and risk management strategies.
  

Key Insights in the Automotive Cybersecurity Theme

• Connected vehicle security: The growing software footprint of modern vehicles creates potential attack surfaces across vehicle systems and remote update mechanisms.
• Automotive IT threats: Cyberattacks can expose sensitive information, disrupt production, and create significant financial consequences.
• Software-defined vehicles: Increasing software integration makes continuous security testing and effective cybersecurity support lifecycles important considerations.
• EV charging infrastructure: Outdated software and inadequate ongoing maintenance can expose charging networks, connected services, payment systems, and power infrastructure to cyber risks.
• Large-scale charging systems: Attackers may target charging network management systems, creating risks that extend beyond individual charging points.
• Quantum computing: Potential advances in quantum computing raise questions about the long-term security of existing encryption standards and the need to assess quantum-resistant approaches.
• Regulatory developments: Evolving automotive regulations are influencing how companies approach cybersecurity and vehicle security requirements.
• Industry innovation: Case studies and company analysis highlight automotive cybersecurity adoption and the role of specialist technology vendors.

Scope

What Will You Learn from This Cybersecurity in Automotive Report?

This report provides insights into:

• The impact of cybersecurity on the automotive industry.
• Security risks associated with connected and software-defined vehicles.
• Cybersecurity considerations for autonomous driving technologies.
• Vulnerabilities linked to OTA updates, infotainment systems, and keyless entry.
• Security challenges across EV charging networks and connected infrastructure.
• The potential implications of quantum computing for automotive security.
• The influence of evolving regulations on cybersecurity adoption.
• Key challenges and potential developments in automotive cybersecurity.
• Selected case studies of companies innovating in this space.
• Leading cybersecurity adopters in the automotive industry.
• Specialist cybersecurity technology vendors.
• Cybersecurity market size and growth forecasts.

Who Should Buy This Automotive Cybersecurity Report?

This report may be valuable for:

• Automotive manufacturers and original equipment manufacturers (OEMs).
• Connected vehicle technology providers.
• Electric vehicle manufacturers.
• EV charging network operators.
• Autonomous driving technology developers.
• Automotive software and IT teams.
• Cybersecurity solution providers.
• Vehicle electronics and systems suppliers.
• Chief information security officers and cybersecurity leaders.
• Risk management and compliance teams.
• Corporate strategy and technology investment teams.
• Investors and market analysts.
• Consultants advising automotive and mobility businesses.
  

  

How Companies Use This Automotive Cybersecurity Analysis

Companies can use this report to:

• Assess emerging threats: Understand cybersecurity risks affecting connected vehicles, automotive IT systems, and software-driven technologies.
• Strengthen security planning: Identify areas where continuous testing and ongoing security support may be important.
• Evaluate EV infrastructure risks: Examine cybersecurity challenges associated with charging networks, cloud services, and connected payment systems.
• Prepare for technological change: Assess the potential implications of quantum computing for existing security approaches.
• Understand regulatory developments: Monitor the role of tightening regulations in automotive cybersecurity.
• Benchmark industry adoption: Identify leading automotive companies adopting cybersecurity technologies.
• Evaluate technology providers: Explore specialist vendors operating in the automotive cybersecurity space.
• Inform investment decisions: Use market forecasts and thematic analysis to support technology and cybersecurity investment assessments.
• Learn from real-world examples: Review case studies to understand how companies are responding to cybersecurity challenges.
• Support strategic planning: Incorporate cybersecurity trends into digital transformation, risk management, and technology roadmaps.

Key Highlights

The report covers how cybersecurity impacts the automotive industry. This covers software-defined vehicles, autonomous vehicles, electrification, tightening regulations, and quantum computing

Reasons to Buy

Benchmark the Automotive Cybersecurity Landscape

Evaluate the automotive cybersecurity theme through:

• Connected and software-defined vehicle security.
• Autonomous vehicle cybersecurity.
• OTA update and infotainment system vulnerabilities.
• Automotive IT security risks.
• EV charging infrastructure security.
• Connected cloud and payment system risks.
• Quantum computing and encryption resilience.
• Regulatory developments.
• Leading adopters and specialist technology vendors.
• Market size and growth forecasts.
• Real-world case studies and industry innovation.

These insights help stakeholders understand how cybersecurity challenges are evolving and where further investment, assessment, or innovation may be needed.

Built on GlobalData Thematic Intelligence

GlobalData’s Cybersecurity in Automotive Theme Analysis draws on thematic research, company insights, market data, growth forecasts, and selected case studies to examine the role of cybersecurity across the automotive industry.

The report connects developments in connected vehicles, electrification, autonomous driving, regulation, and quantum computing with industry adoption and technology innovation, helping decision-makers assess the wider implications of automotive cybersecurity.

Act Now to Assess Opportunities in Automotive Cybersecurity

Understand the cybersecurity challenges shaping the future of automotive technology. Explore connected vehicle risks, EV charging vulnerabilities, quantum computing considerations, leading technology providers, and market forecasts to support informed cybersecurity strategies and technology investment decisions.