01/31/2025 updated
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Automotive Cybersecurity Engineer | ISO 21434
kalyan, India
India
Bachelor's in Mechanical Engineering? Securing the Future of Automotive Cybersecurity ?
With a strong foundation in automotive cybersecurity, I specialize in securing modern vehicles and their ecosystems against evolving cyber threats. My expertise spans cybersecurity artifact development, risk assessment ,penetration testing and compliance alignment ensuring that connected and software-defined vehicles (SDVs) remain safe, resilient, and regulation-compliant.
? Cybersecurity Artifacts & Compliance
Beyond penetration testing, I specialize in developing and implementing cybersecurity artifacts that align with global regulations.
✔ Threat Analysis & Risk Assessment (TARA) – Developing TARA frameworks based on ISO 21434.
✔ Security Concept & Architecture Development – Creating secure-by-design architectures.
✔ Regulatory Compliance & Functional Safety – Ensuring alignment with ISO 21434, UNECE WP.29, and ISO 26262.
✔ Intrusion Detection & Prevention (IDPS) – Contributing to CAN-IDS/IDPS for in-vehicle network anomaly detection.
? Penetration Testing & Security Assessments
I have conducted comprehensive security assessments across multiple domains:
✔ Vehicle & ECU Security – Identifying vulnerabilities in in-vehicle networks, CAN, LIN, and FlexRay protocols, and critical ECUs.
✔ V2X & Telematics Security – Assessing vehicle-to-cloud (V2C) and vehicle-to-everything (V2X) communication risks.
✔ Interface Security – Evaluating BLE, Wi-Fi, UDS, and automotive Ethernet interfaces.
✔ IoT & Embedded Security – Analyzing vulnerabilities in IoT-enabled automotive components.
✔ Web & API Security – Performing VAPT for cloud-connected automotive services.
Through real-world penetration tests, I have discovered critical vulnerabilities that could lead to unauthorized access, remote exploits, and system manipulations, allowing manufacturers to strengthen their defenses.
? Cybersecurity Solutions & Tools Development
I have led the design and development of cutting-edge security tools for the automotive industry:
✔ Automotive Pentest Tool – Specialized for ECU, network, and interface security testing.
✔ Automotive TARA Tool – A risk assessment platform for identifying and mitigating security threats.
✔ Digital Twin Pentest Tool – A cybersecurity simulation framework for testing virtual vehicle environments.
✔ CAN-IDS/IDPS – An intrusion detection system for CAN networks, enhancing vehicle security.
? Client Collaborations & Industry Engagement
I have collaborated with OEMs, Tier-1 suppliers, and security teams to align cybersecurity strategies with industry standards. My work includes:
✔ Consulting on Automotive Security Solutions – Advising clients on best practices for vehicle cybersecurity.
✔ Security Policy & Strategy Development – Helping organizations integrate security frameworks into SDV development.
✔ Training & Knowledge Sharing – Educating teams on cybersecurity risks, secure coding, and threat mitigation.
? A Vision for Secure Mobility
The future of mobility is connected, automated, and intelligent, but with this evolution comes cybersecurity risks. My goal is to bridge the gap between security and innovation, ensuring vehicles remain safe, resilient, and regulation-compliant while embracing technological advancements.
Let’s secure the next generation of mobility together! ??
With a strong foundation in automotive cybersecurity, I specialize in securing modern vehicles and their ecosystems against evolving cyber threats. My expertise spans cybersecurity artifact development, risk assessment ,penetration testing and compliance alignment ensuring that connected and software-defined vehicles (SDVs) remain safe, resilient, and regulation-compliant.
? Cybersecurity Artifacts & Compliance
Beyond penetration testing, I specialize in developing and implementing cybersecurity artifacts that align with global regulations.
✔ Threat Analysis & Risk Assessment (TARA) – Developing TARA frameworks based on ISO 21434.
✔ Security Concept & Architecture Development – Creating secure-by-design architectures.
✔ Regulatory Compliance & Functional Safety – Ensuring alignment with ISO 21434, UNECE WP.29, and ISO 26262.
✔ Intrusion Detection & Prevention (IDPS) – Contributing to CAN-IDS/IDPS for in-vehicle network anomaly detection.
? Penetration Testing & Security Assessments
I have conducted comprehensive security assessments across multiple domains:
✔ Vehicle & ECU Security – Identifying vulnerabilities in in-vehicle networks, CAN, LIN, and FlexRay protocols, and critical ECUs.
✔ V2X & Telematics Security – Assessing vehicle-to-cloud (V2C) and vehicle-to-everything (V2X) communication risks.
✔ Interface Security – Evaluating BLE, Wi-Fi, UDS, and automotive Ethernet interfaces.
✔ IoT & Embedded Security – Analyzing vulnerabilities in IoT-enabled automotive components.
✔ Web & API Security – Performing VAPT for cloud-connected automotive services.
Through real-world penetration tests, I have discovered critical vulnerabilities that could lead to unauthorized access, remote exploits, and system manipulations, allowing manufacturers to strengthen their defenses.
? Cybersecurity Solutions & Tools Development
I have led the design and development of cutting-edge security tools for the automotive industry:
✔ Automotive Pentest Tool – Specialized for ECU, network, and interface security testing.
✔ Automotive TARA Tool – A risk assessment platform for identifying and mitigating security threats.
✔ Digital Twin Pentest Tool – A cybersecurity simulation framework for testing virtual vehicle environments.
✔ CAN-IDS/IDPS – An intrusion detection system for CAN networks, enhancing vehicle security.
? Client Collaborations & Industry Engagement
I have collaborated with OEMs, Tier-1 suppliers, and security teams to align cybersecurity strategies with industry standards. My work includes:
✔ Consulting on Automotive Security Solutions – Advising clients on best practices for vehicle cybersecurity.
✔ Security Policy & Strategy Development – Helping organizations integrate security frameworks into SDV development.
✔ Training & Knowledge Sharing – Educating teams on cybersecurity risks, secure coding, and threat mitigation.
? A Vision for Secure Mobility
The future of mobility is connected, automated, and intelligent, but with this evolution comes cybersecurity risks. My goal is to bridge the gap between security and innovation, ensuring vehicles remain safe, resilient, and regulation-compliant while embracing technological advancements.
Let’s secure the next generation of mobility together! ??
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