Automotive Security.

We attack a vehicle the way a real adversary would, targeting the infotainment, wireless links, control units and interconnecting networks.

01 // ATTACK SURFACE TELEMETRY & SYSTEM INSPECTION

The attack surface & hardware challenge

Offensive reverse-engineering down to the physical silicon, flash extraction, and protocol buses to uncover deep architectural flaws.

KEY DELIVERABLE

A prioritised list of what we got into and how, mapped to ISO/SAE 21434 so it goes straight into your type-approval evidence.

BENCHMARKED AGAINST
ISO/SAE 21434UN R155UN R156WP.29SAE J3061
Automotive Security
SYS_SPEC // AUTOMOTIVE-SECURITY
TESTBENCH ONLINE
100%REPRODUCIBLE POCS
CAL 1–4RISK RATINGS
0-DAYRESEARCH GRADE
Physical Testbench ValidationZero Scanner NoiseRemediation Retesting
TACTICAL BRIEFVULNERABILITY RESEARCH

The Automotive Security Challenge

Modern vehicles have evolved into sophisticated computer networks on wheels, featuring over 100 million lines of code and 70+ electronic control units. As vehicles become increasingly connected through IoT, telematics, and autonomous driving features, the attack surface expands exponentially. At Dellon, we understand that automotive security extends beyond individual components to secure the entire vehicular ecosystem.

Target EcosystemVehicles & MobilityECUs, SoC, Gateways & Interfaces
Testing DepthSilicon to Cloud SyncFirmware, Buses, Radio & Logic
Target Audience
OEM program managersTier-1 suppliershomologation and compliance leads
02 // TESTING VECTORS

What the assessment covers

Exhaustive penetration testing vectors executed across hardware, firmware, interface buses, and logic layers.

01VECTOR // EXEC

ECU Security Testing

Comprehensive testing of electronic control units for vulnerabilities, security weaknesses, and potential attack vectors. We analyze CAN bus protocols, diagnostic interfaces, and firmware security to ensure complete vehicle protection.

02VECTOR // EXEC

Communication Systems

Analysis of vehicle-to-vehicle and vehicle-to-infrastructure communication protocols including CAN, LIN, FlexRay, and Ethernet. We identify interception risks, message injection vulnerabilities, and unauthorized access points in vehicle networks.

03VECTOR // EXEC

Connected Car Security

Security assessment of infotainment systems, telematics, GPS tracking, and connected features. We test Bluetooth/Wi-Fi connectivity, mobile app integration, and over-the-air update mechanisms to prevent unauthorized vehicle access.

04VECTOR // EXEC

Firmware Analysis

Deep analysis of vehicle firmware for backdoors, malicious code, and security vulnerabilities. Our reverse engineering expertise helps identify hidden threats in embedded systems and bootloader security mechanisms.

03 // EXECUTION PROTOCOL

How we run the engagement

Structured four-phase offensive methodology engineered to minimize engineering friction and deliver clear, actionable findings.

01
PHASE 01

Reconnaissance & Threat Modeling

Comprehensive information gathering about vehicle architecture, attack surfaces, and potential threat vectors. We analyze vehicle documentation, identify communication protocols, and map out security boundaries.

02
PHASE 02

Vulnerability Analysis

Systematic testing for security weaknesses in vehicle systems including static analysis, dynamic testing, and manual penetration testing of ECUs and communication networks.

03
PHASE 03

Exploitation & Validation

Controlled exploitation to validate identified vulnerabilities and demonstrate real-world attack scenarios. We test both physical and remote attack vectors.

04
PHASE 04

Reporting & Remediation

Detailed findings report with actionable remediation recommendations, risk assessment, and priority-based security improvements for immediate implementation.

04 // STRATEGIC VALUE

Why engineering teams choose this assessment

Evidence-based vulnerability research designed to unblock compliance, protect launch timelines, and prevent post-shipment recalls.

Industry Expertise

Deep understanding of automotive protocols, CAN bus systems, ECU architecture, and vehicle communication networks. Our researchers stay ahead of emerging threats in the automotive sector.

Comprehensive Testing

Holistic approach covering all vehicle security aspects including firmware analysis, network security, connected car features, and physical access points. We leave no vulnerability unexamined.

Practical Solutions

Actionable recommendations for real-world security improvements that can be implemented immediately. We provide detailed remediation plans with priority-based fixes for critical vulnerabilities.

Proven Track Record

Successfully assessed 500+ vehicles and identified 50+ critical vulnerabilities across major automotive manufacturers. Our clients trust us for reliable, thorough security evaluations.

Cutting-Edge Tools

Advanced penetration testing tools, custom automotive security frameworks, and proprietary methodologies for identifying vulnerabilities that standard tools might miss in complex vehicle systems.

24/7 Support

Round-the-clock security consultation and emergency response for critical automotive security incidents. We're always available when vehicle security matters most.

Ready to scope your Automotive Security?

Tell us about your hardware architecture, target deployment dates, or compliance deadlines. We will outline the exact test plan, timeline, and deliverables.

Usually a reply within one business day · Mon–Sat · 10:00–18:00 IST