TL;DR
Get business pricing on garage and car supplies
- Business-only prices and quantity discounts
- Tax-exempt purchasing
- Multiple users, one account, clear invoices
A security report published November 7 says researchers found weaknesses in a carmaker’s connected-car infrastructure that could expose account information and potentially enable remote vehicle commands. The supplied report excerpt stops before describing the final identity-system finding, and does not name the automaker or provide a response, so the claimed scope and current risk cannot be independently established from this material.
A security report published November 7 says a researcher and Sam Curry found weaknesses in an unnamed automaker’s connected-car systems that could expose customer account information and, with a valid authentication token, allow remote vehicle commands. The report excerpt provided does not identify the brand or include the final technical step behind its headline, “Unlocking any car from X brand in most of the world.”
The researcher says the investigation began by examining the Android application used to connect with a vehicle. By decompiling the app, they traced its requests to internet-facing services on a redacted telematics domain. A publicly reachable page on a related subdomain was titled “TEST HARNESS” and presented a login screen.
According to the report, analysis of the page’s JavaScript bundle revealed an administrative tool with APIs for interacting with customer accounts and production vehicles. The researchers say several APIs relied on hardcoded API keys in the bundle rather than requiring further authentication. They describe being able to look up accounts and connect vehicle identification numbers with subscriber records and account details, including email addresses.
The account-data access alone did not give the researchers remote control of vehicles, the report says. They describe spending two weeks examining the automaker’s identity system and authentication flow. A consumer token issued after the app’s authentication process was used for later telematics requests; the researchers say possession of such a token could enable commands including locking or unlocking a vehicle. The supplied excerpt ends as it introduces a further finding in the identity system, without explaining it.
Potential Access to Connected Cars
The report describes a possible chain from publicly obtainable vehicle information to customer account details and, ultimately, remote commands. If the researchers’ account is accurate and the flaw affected production systems, the issue would reach beyond a privacy exposure: connected-car services can provide remote access to vehicle functions. The excerpt, however, does not establish that an outsider successfully accessed an unrelated customer’s car or that any vehicle was harmed.
The account also illustrates how weaknesses in online services can affect physical products. The reported entry points were web and identity infrastructure, not a demonstrated break-in through a vehicle’s hardware. That distinction matters for owners and manufacturers because the security of app-based functions depends on the systems that authenticate users and relay commands.
Products Worth Considering
Autel MaxiCOM MK808BT PRO Bidirectional OBD2 Diagnostic Scanner
DEWALT 20V MAX XR Cordless 1/2-Inch Impact Wrench Kit (DCF900P1)
NOCO Boost X GBX155 4250A 12V Lithium Jump Starter
As an affiliate, we earn on qualifying purchases.
How the Report Traced Access
The author says they bought a new four-wheel-drive SUV from the unnamed automaker in 2023 and began investigating its connected-car platform with Sam Curry in July 2026. The report focuses on internet-facing services used by the mobile app, including telematics APIs and a separate identity platform. Company and domain names are redacted in the supplied source material.
In the account described by the researchers, a number plate could be used to obtain a vehicle identification number through Australian state registration lookup services. They say a telematics API could then link a VIN to a subscriber identifier and account details. The report explicitly distinguishes that public vehicle lookup from the claimed weakness: the concern was the API’s ability to connect the VIN with subscriber information.
““If we want to unlock any of their cars from just knowing the number plate, we’re going to need to do better than that.””
— The report’s author
The Missing Exploit Details
The source excerpt stops mid-sentence at the point where the researchers say they found a significant clue in JavaScript files related to the identity system. It does not explain how they allegedly obtained or minted a customer token, whether they demonstrated the method against vehicles belonging to other people, or what geographic limits apply to the headline’s “most of the world” claim. The automaker is not named, and the supplied material contains no company statement, vulnerability disclosure timeline, or confirmation that the issue has been fixed.
The report also does not provide enough detail to assess whether the described APIs were accessible to unauthenticated internet users at the time of publication, how many accounts or vehicles may have been exposed, or whether the researchers used the method outside a controlled test. Those points remain unverified based on the material provided.
Disclosure and Remediation Status
The next key developments are the full technical account, identification of the affected automaker, and any response from the company or its identity and telematics providers. Readers will also need to know whether the issue was reported privately before publication and whether access controls or credentials have since been changed. The supplied source does not state what steps were taken or when.
Owners should rely on the automaker’s official security notices for confirmed guidance rather than assume that a particular vehicle is vulnerable based on this excerpt. Until more information is available, the scale of the exposure and the status of any repair remain unknown.
Key Questions
What did the researchers say they found?
They reported weaknesses in an unnamed automaker’s connected-car web services, including APIs they say exposed account information and an authentication path that could enable remote vehicle commands.
Does the report prove that any car was remotely unlocked?
Not in the excerpt provided. It says a valid customer token could be used to control vehicle functions, but does not describe a successful test on another customer’s car or document harm.
Which car brand is affected?
The supplied report redacts the automaker’s name and its service domains, so the brand cannot be identified from this material.
Has the issue been fixed?
The excerpt gives no remediation details or company response. It is not clear whether the reported weaknesses remain active.
Source: shubs.io
