In today’s rapidly advancing technological era, cars have become a crucial part of the digital landscape, integrating connectivity with convenience. Vehicle security has dramatically changed with the introduction of keyless entry devices and smart technology. However, these developments have also brought new challenges, with thieves using sophisticated technology to break into cars. As auto locksmith services like Locksmiths Locator point out, the advancement of vehicle technology is paralleled by car thieves’ ability to adapt to digital innovations and exploit vulnerabilities. In this article, we will examine the current tactics used by car thieves, focusing on the risks associated with keyless entry systems and other technological methods.
The Signal Relaying Method
Car key fobs, Radio Frequency identification systems known as RFIDs, and smartphones emit short-range signals detected by vehicles whenever they are in range. Today’s cars are programmed in such a way as to recognize certain signals for unlocking doors and starting the engine. Thieves up-to-date with this technology can rely on wireless transmitters to intercept these signals from the original key and relay them to the car. A thief can open the car door by standing next to the vehicle, relaying such a signal, and simply touching the door handle.
While the procedure is rather complex and does not always work, locksmiths and car security experts warn of it revealing itself as a serious threat today. To lower the risk of falling victim to it, always keep your keys out of sight and, most importantly, out of range of the vehicle. We recommend using special signal-blocking boxes, aluminum tins, or protected wallets that act against signal relaying.
The Signal Jamming Method
A skilled thief with knowledge of signal transmitters and contemporary security technology might attempt to disrupt the signals sent to your vehicle. They can do this using transmitters that operate on the same frequency as your key fob. To counteract this, it’s wise to verify if your car’s lights are off routinely, the mirrors are folded, or the indicators are flashing. Also, listen for the distinct sound or alert that confirms the car is locked properly. Not ensuring that your car is locked could allow a transmitter near the car or key fob to interfere with the lock signals, leaving the vehicle unlocked.
The Car Security App Tampering Method
You can turn a spare smartphone running on Android into additional protection for your vehicle; all you need to do is install a dedicated car security app into the phone and place the device inside the car, out of view. This unique alarm system will alert you if your car is hit, clamped, vandalized, or stolen while stationary. All the information, along with your vehicle’s GPS and GMS location and data regarding the battery status, will be sent to you via email.
This is one example of how car lock systems and mobile apps interact. Many car manufacturers allow owners to unlock their vehicles using dedicated mobile apps they create remotely. By signing up and pairing the vehicle to the new mobile app account, car owners can easily lock and unlock the doors, look for their stolen car in case of theft, access crucial car maintenance information, receive recall alerts, start the engine, and even sound the horn.
A thief who can access your mobile app logins or smartphone can also get relatively easy access to your vehicle. This is why updating your car system and mobile app is mandatory to prevent software vulnerabilities. While some car manufacturers enable owners to download and install updates using USB drives, others ask for the installation of modem or SIM cards for automated system upgrades. We advise you to pay special attention to the risk of malicious software containing backdoors when downloaded without additional security measures.
The Blank Key Fob Reprogramming Method
Most vehicles over ten years old come equipped with a standard diagnostic port in the front footwell. If a thief gains entry into such a vehicle by picking the locks, breaking a window, or employing the relay signal method, they can also access this port. Once inside, they can start the car by pushing a button. Using advanced equipment, they can boot up the vehicle’s software and effortlessly reprogram a blank key fob.
Final Thoughts
The methods of car theft used by today’s car thieves have evolved side by side with the advancement of vehicle security systems. Sadly, no matter how evolved a technology might be, it cannot guarantee flawless protection against a professional theft attempt. However, combining several security measures can enhance vigilance and provide a more robust defense against these incidents.