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BREACH BRIEF🟠 High ThreatIntel

Connected Car Apps Transmit VINs, Contacts, and Location to Advertising and Analytics Services

A study of 21 vehicles from 19 brands found that most OEM‑supplied apps send VINs, email addresses, phone numbers, and location data to advertising and analytics domains. This highlights gaps in third‑party data handling and privacy controls that continuous‑monitoring programs must address.

LiveThreat™ Intelligence · 📅 October 01, 2026· 📰 helpnetsecurity.com
🟠
Severity
High
TI
Type
ThreatIntel
🎯
Confidence
High
🏢
Affected
2 sector(s)
✅
Actions
4 recommended
📰
Source
helpnetsecurity.com

Some Car Apps Transmit VINs, Contacts, and Location to Advertising & Analytics Services

What Happened – Researchers from Northeastern University and Consumer Reports examined 21 vehicles spanning 19 brands and the companion apps that ship with them. In Wi‑Fi‑only tests, 19 vehicles sent vehicle identification numbers (VINs), email addresses, phone numbers, or location data to domains owned by major advertising, tracking, and analytics companies—including Google‑owned services.

Why It Matters for Trust & Control Assurance

  • This behavior tests the control objective of third‑party data handling and privacy safeguards – a single control that maps to many frameworks (e.g., NIST CSF 2.0 Identify‑Govern and Protect‑Data‑Privacy).
  • Continuous control‑assurance programs need verifiable evidence that data flows are documented, consent is captured, and third‑party contracts enforce privacy obligations.
  • Verisq’s CookiePLUS privacy capability helps organizations inventory, monitor, and enforce consent for data shared from embedded vehicle apps, providing audit‑ready proof of compliance.

Who Is Affected – Automotive manufacturers, OEM‑supplied infotainment providers, and any organization that integrates connected‑car applications (automotive / manufacturing sector).

Recommended Actions

  • Conduct a privacy impact assessment (PIA) of all connected‑car data flows.
  • Map each data element (VIN, email, location) to its destination domain and verify that a lawful basis (e.g., consent) exists.
  • Update contracts and data‑processing agreements with third‑party analytics providers to include GDPR‑style safeguards.
  • Deploy continuous monitoring of outbound traffic from vehicle apps to detect unauthorized destinations.

Source: Help Net Security

Technical Notes

  • Test methodology: vehicles connected to a Raspberry‑Pi Wi‑Fi access point; traffic captured for 30 min parked, 30 min interactive, and 15 min on‑road.
  • Encrypted TLS traffic was not decrypted; however, domain‑level metadata showed contacts with advertising domains (e.g., doubleclick.net, googlesyndication.com).
  • Cellular‑only traffic could not be inspected for most models; a Faraday tent with a custom LTE/5G network revealed additional tracking domains when cellular was blocked.

Source: Research paper

📰 Original Source
https://www.helpnetsecurity.com/2026/10/01/connected-car-apps-privacy-research/ ↗

This LiveThreat Intelligence Brief is an independent analysis. Read the original reporting at the link above.

From the Verisq platform · PrivacyOps · CookiePLUS

Data exposure is where consent and DSAR readiness get tested.

When personal data leaks, regulators ask what consent you held and how fast you can answer a subject request. The Verisq AI Trust Operations platform, with CookiePLUS, keeps that posture audit-ready under GDPR and CCPA.

Explore the Verisq AI Trust Operations platform →