Tesla is reportedly preparing a series of updates, including one that would use a vehicle's cabin camera to verify a driver's identity before activating Full Self-Driving.

It sounds a bit dystopian, but this is likely the direction that connected smart-car brands are headed. As vehicles become more autonomous, automakers will increasingly need to verify who is behind the wheel before unlocking FSD functions.

The X account Tesla App Updates penned a new report outlining a series of changes possibly headed to the mobile app, including deeper FSD integration, more owner-facing controls, and expanded software monetization infrastructure.

What stood out to us is the possibility of a new FSD identity-verification layer tied to the cabin camera. If the system cannot verify that the driver matches an authorized profile, FSD could be blocked.

Here's the full report:

Native Support for "Coastal Blue" Paint

Tesla has added support for a new paint color called Coastal Blue, currently exclusive to the base Model Y Rear-Wheel Drive built at Giga Berlin for the European market.

The strings COASTALBLUE, getCoastalblue, setCoastalblue, clearCoastalblue, and hasCoastalblue show that the app is being updated to properly render this color in its 3D vehicle models. The app can now dynamically load the correct material and shading when a vehicle with this paint code is detected, ensuring accurate representation on the home screen, climate menu, and widgets.

In-App Searchable Video Tutorials

Tesla is building a native, searchable video tutorial library directly into the mobile app. Users will have access to a dedicated tutorial hub (VideoTutorialContent and VideoSearchPanel) with a search bar (VideoSearchBar) that returns relevant results (VideoSearchResultItem). This allows owners to quickly find how-to videos for features like FSD, wiper blade replacement, or PIN to Drive without leaving the app.

Users can also pin important tutorials (setPinnedVideo, pinnedVideo) for quick access. These pinned videos are expected to sync across devices via mergePinnedVideos. The interface uses a clean card-based design (VideoListCard) with pagination (VIDEO_SEARCH_PAGE_SIZE) for better performance.

Deep FSD Telemetry, Streaks & Identity Verification

Tesla is expanding the amount of Full Self-Driving data and controls visible in the app.

Granular Mileage Tracking: New metrics such as FsdMonthlyMileage, fsdTotalMilesThisMonth, and FsdLast7DaysUsage allow the app to track autonomous versus manually driven miles with much greater detail.

FSD Streak Days (Gamification): The app is now tracking consecutive days of FSD usage (fsdStreakDays). This introduces a gamification element designed to encourage habitual use of the system, similar to the charging badge mechanics seen in previous updates.

Automated FSD Transfer Validation: During trade-ins, the app can now automatically validate whether a vehicle has a transferable FSD license using the tasks/trade-in/fsd-validate and shouldValidateFSDTransfer endpoints. This should streamline the FSD transfer process.

FSD Identity Verification: Strings such as fsdIdentityCheckFailedTitle and showFsdIdentityCheckFailedDialog suggest that the cabin camera may now perform driver identity verification before allowing FSD to activate. If the system cannot confirm the driver matches the authorized profile, it can block FSD and show a failure message in the app.

"App Share" – Deep Linking into the Tesla UI

Tesla is introducing an App Share feature that allows external applications to deep link into the Tesla app.

Using matchesAppShareLinkPath, the app can now handle special links that trigger specific actions (most likely sending a destination to the car’s navigation). Third-party apps like Google Maps, Yelp, or AllTrails could potentially share locations directly with the Tesla app.

The feature includes a compatibility check (getSelectedVehicleSupportsAppShare) to ensure the vehicle’s hardware and software support receiving these shared links.

Autopilot Base Tiers & Dynamic Override System

This is one of the more significant architectural updates in the app. Tesla is refactoring how it manages Autopilot and FSD ownership.

AutopilotBase – Permanent Tier: The vehicle now has a permanent AutopilotBase tied to the VIN (AUTOPILOTBASE_BASIC, AUTOPILOTBASE_ENHANCED, AUTOPILOTBASE_HIGHWAY, AUTOPILOTBASE_SELF_DRIVING). This represents what the car fundamentally owns.

AutopilotOverrideState – Temporary Upgrades: Tesla has introduced an “Override” system that sits on top of the base tier. This allows temporary activations such as trials or subscriptions (AUTOPILOTOVERRIDESTATE_TRIAL, AUTOPILOTOVERRIDESTATE_SUBSCRIPTION, AUTOPILOTOVERRIDESTATE_TIMEBOUND_TRIAL, etc.).

Live Expiration Tracking: The app can now read autopilotOverrideExpireTime directly from the vehicle, enabling accurate countdowns for when a trial or subscription will end.

Service & Loaner Management: The AUTOPILOTOVERRIDESTATE_VEHICLE_MANAGED state allows Tesla to temporarily enable enhanced Autopilot or FSD on service loaners or demo vehicles without permanently altering the car’s base configuration.

Ownership Quality Assurance Flow

A new authenticated endpoint and supporting UI components have been added for what appears to be an Ownership Quality Assurance process.

Endpoint: bff/v2/mobile-app/ownership/quality-assurance (GET, requires authentication)

What This Feature Likely Does: This system introduces a dedicated Quality Assurance modal (QualityAssuranceModal / quality-assurance-modal) that displays ownership-related verification items to the user.

Key components include:

• QualityAssuranceItemRow — suggests the modal presents a list of items or checks that need to be reviewed or confirmed.
• quality_assurance_close_button — standard close functionality for the modal.
• useQualityAssurance — a hook or function likely used to fetch and manage the quality assurance data.

Likely Use Cases

Given the endpoint path and UI elements, this flow is probably used in scenarios where Tesla needs to verify or document ownership status before certain actions. Possible contexts include:

• Service drop-off or vehicle handoff — Confirming the person dropping off or picking up the vehicle is authorized.
• Lease returns or trade-ins — A structured checklist to ensure all ownership-related items are in order.
• High-security actions — Additional verification before enabling features, transferring software (like FSD), or making significant account/vehicle cha

If biometric facial-recognition systems are used to unlock Apple iPhones, then they are almost certainly coming to Tesla and other connected vehicles.