Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Commercial truck telematics systems generate continuous operational data across every vehicle in a fleet. This data, which includes GPS position logs, electronic logging device records, engine diagnostic outputs, dashcam footage, and hard-event alerts, was designed for fleet efficiency and regulatory compliance. It has become, with increasing frequency, the most consequential evidence in commercial vehicle crash litigation.

Autonomous vehicles are rapidly transforming the roadscape, but their increasing complexity introduces new cybersecurity risks with real-world legal consequences. Autonomous vehicle software vulnerabilities are increasingly affecting how crashes are analyzed and how responsibility is assigned. Vehicle-to-everything (V2X) communication security is also becoming a core concern as cars exchange data with nearby vehicles and infrastructure.

Automotive pen testing used to be very much an extra service. An OEM or manufacturer might test a vehicle in a very broad way i.e perhaps doing a general scan for known vulnerabilities. Today however, a modern vehicle runs tens of millions of lines of code across dozens of electronic control units, exposes attack surfaces over CAN, Ethernet, Bluetooth, Wi-Fi, cellular and UWB, ships with companion mobile apps and dealer tools, and connects to OEM cloud platforms that handle telematics, OTA updates and V2X services.

Electric vehicles have crossed from niche technology into mainstream infrastructure. Charging networks now form a critical layer of both the energy grid and the transportation system, and attackers have noticed. EV charging sits at a three-way intersection of cloud software, operational technology, and automotive systems. Each domain has its own threat model, its own tooling, and its own team assuming someone else owns the risk. That gap is where adversaries operate.

The way we drive is changing. Cars are no longer just machines that take us from one place to another. They are now connected systems that collect data, communicate with networks, and use artificial intelligence to improve safety and performance. These connected vehicles are transforming industries like insurance and cybersecurity in ways we are only beginning to understand.

Where do combine harvesters get their brains from? It feels like combine technology has always been developed in-house by the various manufacturers we see today. But the truth is...many of the critical systems that run your combine harvester actually come from the automotive industry. GPS guidance systems, hydraulic components, electronic sensors...the list goes on. Plus the artificial intelligence that drives the insane automation you see in some of the newer models. Automotive technology paved the way for today's high-tech ag machinery.

Here's a quick look at what you need to know about getting a Tesla lease in Australia.