Connected Vehicle Technology With the Benefits, Not the Risks.
Connecting vehicles brings software's benefits — services, data, over-the-air updates, new capabilities — but also software's risks to something safety-critical. We build connected vehicle technology to automotive-grade standards, so connectivity adds capability and value without compromising the safety and security a vehicle absolutely demands.
Connectivity Brings Software's Benefits and Its Risks
Connecting a vehicle transforms it — bringing software's benefits to the car: connected services, valuable vehicle data, over-the-air updates that improve the vehicle after it ships, and new capabilities that weren't possible in a disconnected vehicle. This is genuinely powerful, turning the car into something that can be improved, serviced and extended through software. But connectivity also brings software's risks to something that is fundamentally safety-critical — security vulnerabilities, the consequences of bugs, the attack surface that connection creates — in a context where the stakes are far higher than a typical app.
This is the defining tension of connected vehicle technology: capturing the benefits of connectivity without introducing risks the vehicle can't tolerate. It has to be built to automotive-grade standards, where safety and security come first, because a connected vehicle is still a vehicle — a safety-critical system where a compromise or failure can have physical consequences. Telematics, connected services, vehicle data handling, and over-the-air updates all have to be engineered with that in mind, delivering the value of connectivity within the rigorous standards the automotive context demands. The benefits are real, but only if the risks are managed to automotive standards.
We build connected vehicle technology that brings software's benefits without its risks. We build telematics, services, data and updates to automotive-grade standards, so connectivity adds capability without compromising safety and security. The point is the benefits of connectivity within the standards a vehicle demands, and exactly what we provide.
What Our Connected Vehicle Technology Delivers
Our Connected Vehicle Technology Process
1. Define the Benefits & Risks
We define the connectivity benefits you want and the risks they bring to manage.
2. Build to Automotive Standards
We build to automotive-grade safety and security standards from the start.
3. Secure the Connection
We engineer security against the attack surface connectivity creates.
4. Deliver the Capability
We deliver telematics, services, data and OTA updates that add real value.
5. Protect Safety
We ensure connectivity never compromises the safety the vehicle demands.
A Connected Vehicle Is Still a Vehicle
The fundamental fact that governs connected vehicle technology is that a connected vehicle is still a vehicle — a safety-critical system where failures and compromises can have physical, even life-threatening, consequences. Connectivity adds enormous value, but it also adds an attack surface and the risks of software to something that absolutely cannot tolerate them at consumer-software levels. A security vulnerability in a connected car isn't like one in an app; it's a vulnerability in a safety-critical machine, which is why connected vehicle technology can't be built to ordinary software standards.
Capturing connectivity's benefits without its risks therefore requires automotive-grade rigour throughout. Security has to be engineered against a determined threat environment; safety has to come first, so connectivity never compromises the vehicle's core function; data, services and over-the-air updates all have to meet the standards a safety-critical context demands. This is the same discipline as automotive software generally — building to a standard far above consumer software because the stakes are physical — applied to the specific opportunities and risks that connectivity creates.
We build connected vehicle technology to that automotive-grade standard, delivering connectivity's benefits within the safety and security a vehicle demands. By engineering for the risks while capturing the value, we make connectivity add capability without compromising what matters most. Benefits without the risks is the point, and exactly what we deliver.
Add Connectivity Without Compromising the Vehicle
Connected vehicle technology has to deliver connectivity's benefits without its risks — which takes automotive-grade rigour. Building to that standard is exactly what we provide.
We build connected vehicle technology with the benefits, not the risks. By building to automotive-grade standards, we add connectivity's capability without compromising safety and security.
If connected vehicle technology is built to ordinary software standards, it brings software's risks to a safety-critical machine. We build it to automotive-grade standards — so connectivity adds capability without compromising the safety a vehicle demands.
Frequently Asked Questions
Connected vehicle technology brings software's benefits to vehicles — connected services, telematics, vehicle data, over-the-air updates and new capabilities — through connectivity. The challenge is delivering those benefits to automotive-grade standards, because connectivity also brings software's risks to a safety-critical system, where safety and security must come first.
Connectivity enables connected services, valuable vehicle data, over-the-air updates that improve the vehicle after it ships, and new capabilities impossible in a disconnected car. It turns the vehicle into something that can be serviced, improved and extended through software — genuinely powerful, provided the benefits are delivered without introducing risks the vehicle can't tolerate.
Connectivity brings software's risks to a safety-critical system — security vulnerabilities, the consequences of bugs, and the attack surface that connection creates — in a context where stakes are far higher than a typical app. A vulnerability in a connected car is a vulnerability in a safety-critical machine, which is why these risks must be managed to automotive-grade standards.
Because a connected vehicle is still a vehicle — a safety-critical system where failures or compromises can have physical, even life-threatening, consequences. Ordinary consumer-software standards are nowhere near sufficient. Connectivity has to be built to automotive-grade safety and security standards, so its benefits never come at the cost of the safety the vehicle absolutely demands.
Over-the-air (OTA) updates let a vehicle's software be updated remotely after it ships — fixing issues, adding features, improving the car over time. They're a major benefit of connectivity, but must be done safely and securely, since they modify a safety-critical system remotely. We build OTA capability to automotive standards, so updates add value without introducing risk.
Connected vehicle technology is a specific area within automotive software, focused on the opportunities and risks of connectivity — telematics, services, data, OTA. It shares the same defining requirement: automotive-grade rigour because the stakes are physical. We bring the broader automotive software discipline to the specific challenges connectivity creates.
By engineering security against the determined threat environment connected vehicles face, designing it in from the start to automotive standards, and treating the attack surface connectivity creates with the seriousness a safety-critical system demands. Security in a connected vehicle protects not just data but a physical machine, so it's engineered to a far higher standard than typical software security.
Ready to Get Started with Connected Vehicle Technology?
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