Protect Your Vehicle From High-Tech Thieves
Colosales Soluciones offers to you:
Discover the Secrets to Safeguarding Your Car from Modern Digital Theft Methods
Learn how high-tech hackers are bypassing traditional car security systems and how you can stay one step ahead
REAL WORLD CRIME SCENES
Staying One Step Ahead of Hackers
The Controller Area Network (CAN) bus:
While critical to modern vehicle function, was originally designed without
cybersecurity in mind. When the CAN protocol was developed in the 1980s, the automotive landscape was vastly different.
Vehicles were not yet interconnected or reliant on wireless communication, and the concept of a car being hacked seemed improbable.
As a result, security features like encryption, authentication, and data integrity checks were not built into the CAN network.
Today, as vehicles become more sophisticated and connected, the lack of
inherent security in the CAN bus has left a significant vulnerability that
cyber-criminals can exploit.
Comprehensive Guide
The Intricacy of CAN Bus Data Communications Made Simple
Unlock the full potential of your car with our step-by-step guide to reverse engineering the CAN bus
Protect your vehicle before is too late
Simple and Easy to Implement Techniques for Technicians and Everyday Drivers
WHAT WE OFFER
Free Resources You Get
Principles of Hacking TPMS Systems
This article delves into the realm of embedded wireless systems, beginning with straightforward systems that convey wireless signals to the ECU.
Often, these systems rely on the security provided by short-range signals. Being minimalistic in design and having limited functionality, they rarely incorporate advanced verification protocols
Vulnerabilities of Automotive Wireless Systems
In modern systems, key fobs communicate with a car's immobilizer via a transponder signal, providing an extra layer of security to prevent unauthorized vehicle access. However, hackers exploit these signals to unlock or start vehicles remotely by manipulating key fob communications, typically via software-defined radio (SDR) tools
Analyzing Passive Keyless Entry Systems
Passive Keyless Entry and Start (PKES) systems offer convenience by enabling drivers to unlock and start their vehicles without physically handling a key fob
However, the PKES system's design also introduces vulnerabilities. PKES fobs are particularly susceptible to relay attacks, which exploit the wireless communication between the fob and the vehicle
Relay Attack Videos
Thieves have found a new way to steal cars without a trace. Is your vehicle truly secure? Discover the shocking truth behind relay attacks that could put your car at risk
Remote GPS and Mic Activation Videos
Is your car truly safe? Discover the hidden dangers of remote GPS and microphone activation that could put your privacy at risk. Learn how these attacks happen and how to protect yourself before it's too late
Reverse Engineering the CAN Bus: A Comprehensive Guide
Reverse engineering the CAN bus is a critical skill to understand vehicle communication systems. This guide gives you a step-by-step approach to read and interpret CAN packets to identify specific signals and behaviors within the vehicle.
Imagine Unlocking the Hidden Language of Your Vehicle
Embark on a journey to demystify the CAN bus and gain control over your vehicle like never before
The Invisible Attack - RF Assaults on Key-less Entry
Attacks that exploit radio frequency (RF) communication. These assaults are elegant in their simplicity, requiring no physical tampering, only the manipulation of invisible signals that float between key fobs and cars
Relay Attack
Extending the Signal
Picture a key fob sitting innocently on a hallway table while its owner settles in for the night, unaware that their vehicle could be unlocked in an instant. A relay attack enables exactly that—an attacker amplifies and transmits the key’s signal to the car using two devices, effectively “relaying” it across distances
RF Jamming
Stopping the Signal in its Tracks
By employing an RF jammer, hackers create static that interferes with the fob’s attempts to lock the vehicle. When the owner presses the lock button, it appears to function, but in reality, the signal never reaches the car. Believing their vehicle secure, the owner walks away, leaving a door practically ajar for the attacker to slip inside
Replay Attack
Repeating the Code
A more sophisticated attack that captures and replays the fob's signal, then store it digitally and replay it to unlock the car.
The result is a seamless, digital "key" that works at will, rendering the car vulnerable to any intruder who holds it
Feeling limited by your vehicle's inaccessible features and technical barriers?
Get your guide now and take the driver's seat in your car's technology!
TESTIMONIALS
What they say about our book
John Castañeda
This book is a game-changer! I had no idea how vulnerable my vehicle was to high-tech theft until I read Digital Armor for Your Vehicle. The practical tips and detailed insights provided have truly given me peace of mind. Now I feel equipped with the knowledge to protect my car and it's reassuring to know I'm a step ahead of potential threats.
Sarah LaCroix
Darío Caraballo has done an amazing job of breaking down complicated security concepts into straightforward advice that anyone can follow. I feel much more secure knowing my car is protected with the advanced techniques I learned. This book is a must-read for every car owner who cares about safety and security.
