Ford’s SYNC 3 infotainment system, when integrated with Google’s Android Auto, offers drivers a streamlined connection between their smartphone and vehicle. This integration allows users to access mobile applications, navigation, communication, and entertainment features directly through the car’s touchscreen display and voice commands, enhancing the driving experience. For example, users can employ Google Maps for real-time traffic updates or stream music from their preferred services without manipulating their phone while driving.
This connectivity provides numerous benefits, including increased safety through hands-free operation and reduced driver distraction. Access to familiar smartphone interfaces within the vehicle simplifies navigation and entertainment management. Historically, vehicle infotainment systems were often clunky and difficult to use. The implementation of smartphone mirroring technologies like Android Auto and Apple CarPlay marked a significant improvement, bringing user-friendly interfaces and up-to-date software to the automotive environment. The availability of such integration significantly enhances the value and appeal of a vehicle to tech-savvy consumers.
The following sections will delve into specific aspects of this in-car technology, covering compatibility requirements, setup procedures, troubleshooting common issues, and exploring alternative connection methods and advanced functionalities.
1. Compatibility
Compatibility constitutes a foundational element for the successful implementation of SYNC 3 with Android Auto. The SYNC 3 system’s software version must meet the minimum requirements specified by Android Auto for seamless operation. A mismatch between the SYNC 3 version and Android Auto specifications will result in a failure to establish a connection or in limited functionality. For example, a user with an older SYNC 3 system attempting to connect a recent Android smartphone may encounter an error message indicating incompatibility, necessitating a software update of the SYNC 3 system, performed either at a dealership or, in some cases, through an over-the-air update.
Beyond the software versions, hardware considerations also influence compatibility. While USB connectivity is standard, wireless Android Auto functionality demands specific SYNC 3 hardware capabilities. Vehicles equipped with an older SYNC 3 unit lacking the necessary wireless chip will be unable to utilize Android Auto wirelessly, even if both the phone and the SYNC 3 software meet the compatibility requirements. Conversely, even with compatible software, the USB cable quality plays a crucial role. Faulty or low-quality cables can disrupt the connection, leading to intermittent disconnections or data transfer errors. Therefore, utilizing a high-quality, certified USB cable is recommended for optimal performance.
In summary, achieving a functional link between SYNC 3 and Android Auto hinges on multiple layers of compatibility. Software version alignment between the SYNC 3 system and the Android device, hardware prerequisites for features like wireless connectivity, and the integrity of the physical connection medium (USB cable) all contribute to the overall compatibility equation. Addressing each of these compatibility elements minimizes potential integration issues and ensures a reliable and user-friendly experience with Android Auto in a SYNC 3 equipped vehicle.
2. Connection Method
The method employed to establish a connection between an Android device and the SYNC 3 system is a critical determinant of the functionality and user experience. The physical connection, or lack thereof, significantly impacts data transfer rates, reliability, and the availability of certain features. Different connection types have distinct implications for how the device and the vehicle’s infotainment system interact.
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USB Connectivity
The most common connection method is via a USB cable. This direct physical link provides a stable connection for data transfer, enabling features like navigation, music playback, and access to compatible apps on the SYNC 3 screen. The quality of the USB cable is paramount; a faulty or low-quality cable can result in intermittent disconnections, slow data transfer speeds, or even prevent the connection from establishing altogether. A certified USB cable is recommended to ensure reliable performance and avoid potential issues.
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Wireless Connectivity (Where Available)
Some iterations of SYNC 3 offer wireless Android Auto connectivity via Bluetooth and Wi-Fi. This eliminates the need for a physical cable, providing a cleaner and more convenient user experience. However, wireless connectivity may be more susceptible to interference and potentially offer a lower data transfer rate compared to a wired connection. Wireless functionality requires compatible hardware within the SYNC 3 system and the Android device, ensuring both support the necessary wireless communication protocols. Performance can also vary based on the surrounding wireless environment.
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Impact on Functionality
The connection method directly influences which features are available. For instance, wireless Android Auto might require higher bandwidth for certain functions, such as streaming high-resolution audio or video. In scenarios where wireless connectivity is unstable, the system might automatically revert to a USB connection to maintain a consistent user experience. Some diagnostic features or software updates might be exclusively available through a wired connection.
In conclusion, the choice of connection method significantly shapes the interaction between an Android device and SYNC 3. While wireless connectivity offers convenience, a wired USB connection generally provides greater stability and reliability, especially for data-intensive applications. Understanding the nuances of each connection method is crucial for optimizing the user experience and troubleshooting potential connectivity issues. Furthermore, hardware limitations can affect connection methods, impacting accessibility features within the system.
3. App Availability
The functionality of SYNC 3 with Android Auto is intrinsically linked to app availability. The primary benefit of integrating a smartphone with a vehicle’s infotainment system is to provide access to mobile applications, thus extending the vehicle’s capabilities beyond its built-in features. Without a robust selection of compatible applications, the utility of Android Auto within SYNC 3 is significantly diminished. For instance, if a user primarily relies on a specific navigation app not supported by Android Auto, the integration offers limited value. The app ecosystem, therefore, becomes a critical factor in determining the overall user experience. This availability is not static; app developers must actively ensure their applications are compatible with Android Auto, adhering to Google’s guidelines and APIs. Failure to do so results in those applications remaining inaccessible through the in-vehicle interface.
App availability is further influenced by geographical restrictions and software version compatibility. Certain apps might be available in one region but not in another due to licensing agreements or regulatory compliance. Similarly, apps might require a minimum version of Android Auto or the SYNC 3 system to function correctly. A user attempting to access an outdated or geographically restricted app through Android Auto will likely encounter an error message or experience limited functionality. Spotify, for example, provides seamless music streaming within Android Auto, but its specific features and podcast availability may vary depending on the user’s subscription level and location. The availability of Google Assistant voice commands within certain apps also plays a crucial role, allowing for hands-free control and interaction. A weather application, for example, can be accessed via voice commands, and it allows the driver to understand current conditions at a glance, ensuring a safer driving environment.
In summary, app availability forms a cornerstone of the SYNC 3 with Android Auto experience. It’s a dynamic factor shaped by developer support, geographical limitations, and software version compatibility. Users should verify that their most frequently used applications are supported before relying on Android Auto as their primary in-vehicle interface. App availability, therefore, dictates the practical usefulness and overall user satisfaction. Ongoing updates and expanded app compatibility remain essential to fully realize the potential of smartphone integration with vehicle infotainment systems.
4. Voice Control
Voice control represents a pivotal element in the seamless integration of Android Auto within the SYNC 3 ecosystem. It allows drivers to interact with the infotainment system hands-free, enhancing safety and reducing distraction while operating a vehicle. The effectiveness of voice control directly impacts the overall user experience and the realization of Android Auto’s potential within SYNC 3.
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Command Recognition and Accuracy
The ability of the system to accurately recognize and interpret spoken commands is fundamental. High accuracy ensures that the intended action is executed, while misinterpretations can lead to frustration and increased driver distraction. For example, a request to navigate to a specific address must be transcribed correctly for the navigation system to function as intended. The quality of the microphone, ambient noise levels, and the clarity of the user’s speech all contribute to command recognition accuracy. In noisy environments, the system may struggle to understand spoken commands, necessitating a more deliberate and enunciated delivery. The system’s learning algorithms, which adapt to the user’s voice and speech patterns over time, also play a role in improving accuracy.
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Integration with Android Auto Features
Voice control must be seamlessly integrated with the various features offered by Android Auto, including navigation, music playback, communication, and information retrieval. A well-integrated system allows drivers to initiate phone calls, send text messages, change music tracks, and request directions using voice commands alone. For instance, a driver could say “Call John” to initiate a phone call or “Play Spotify” to begin streaming music. The depth and breadth of this integration determines the extent to which drivers can rely on voice control as their primary means of interacting with the system. Limited integration restricts functionality, diminishing the value of the voice control feature.
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Natural Language Processing (NLP) Capabilities
Advanced NLP capabilities enable the system to understand more complex and nuanced voice commands. Instead of requiring users to adhere to rigid command structures, NLP allows for more natural and conversational interactions. For example, a driver could say “Find the nearest gas station” instead of a more formal command like “Navigate to gas stations nearby.” The ability to process natural language improves the usability of the system and makes it more intuitive for drivers. Furthermore, NLP can enable the system to handle ambiguous requests and provide contextually relevant responses, enhancing the overall user experience.
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System Responsiveness and Latency
The responsiveness of the voice control system is critical for maintaining a fluid and efficient interaction. Long delays between a spoken command and the system’s response can be frustrating and disruptive. Low latency ensures that commands are executed quickly and seamlessly. For example, a rapid response to a navigation request minimizes the time the driver spends waiting for directions, reducing the potential for distraction. System responsiveness is influenced by factors such as processing power, network connectivity (for cloud-based voice processing), and the efficiency of the software algorithms. In scenarios with poor network connectivity, the system’s performance may degrade, leading to slower response times.
In summary, voice control is integral to the successful implementation of Android Auto within SYNC 3. Command recognition accuracy, seamless integration with Android Auto features, advanced NLP capabilities, and system responsiveness all contribute to the effectiveness and usability of the voice control system. A well-designed and implemented voice control system enhances driver safety, reduces distraction, and unlocks the full potential of Android Auto within the vehicle.
5. Navigation Integration
Navigation integration represents a cornerstone of the SYNC 3 with Android Auto experience, significantly enhancing the utility and user-friendliness of the infotainment system. By leveraging Android Auto, SYNC 3 gains access to robust navigation applications like Google Maps and Waze, offering real-time traffic updates, alternative route suggestions, and points of interest (POI) search capabilities far exceeding those of many built-in navigation systems. The integration allows drivers to input destinations via voice command or through the SYNC 3 touchscreen, seamlessly transferring the routing information to the vehicle’s display. A direct consequence is a reduction in driver distraction, as drivers can rely on the familiar and intuitive interface of their preferred navigation app rather than grappling with an unfamiliar or outdated in-vehicle system. Consider a scenario where a driver encounters unexpected traffic congestion; Google Maps, integrated through Android Auto, automatically identifies the slowdown and proposes an alternative route, dynamically updating the navigation guidance and estimated time of arrival. This proactive adjustment enhances efficiency and reduces travel time.
The practical application of this navigation integration extends beyond basic route guidance. Integration includes access to user reviews for POIs, enabling drivers to make informed decisions about restaurants, gas stations, and other essential services along their route. Furthermore, Android Auto can learn a driver’s commuting patterns and proactively suggest optimized routes based on historical traffic data, thus saving time and fuel. Real-time incident reporting, sourced from a community of users, provides immediate awareness of road closures, accidents, and other potential hazards, allowing drivers to adapt their routes accordingly. The tight integration also enables features like lane guidance, providing clear instructions on which lane to occupy at complex intersections, further reducing driver uncertainty and improving safety. For example, drivers using Waze receive alerts about police presence, speed traps, and other road hazards reported by other drivers in the area.
In summary, navigation integration is a critical component of SYNC 3 with Android Auto, offering tangible benefits in terms of efficiency, safety, and convenience. The access to real-time traffic data, dynamic route adjustments, and a wealth of POI information transforms the driving experience. While reliance on cellular data for these features presents a potential challenge in areas with limited connectivity, the overall advantages of this integration outweigh the drawbacks. Effective navigation integration directly enhances the usability and appeal of SYNC 3, solidifying its position as a technologically advanced infotainment system.
6. Software Updates
Software updates are a critical and ongoing requirement for maintaining optimal functionality of SYNC 3 with Android Auto. These updates address compatibility issues, introduce new features, and rectify software defects that may impede performance. The absence of timely updates can lead to degraded performance, connection failures, and security vulnerabilities. For example, an outdated SYNC 3 system may lack the necessary drivers to support newer versions of Android Auto, resulting in a failed connection attempt or limited access to features. Ford frequently releases software updates for SYNC 3 to maintain compatibility with evolving Android Auto protocols and Android operating system versions. Failure to install these updates leaves the system vulnerable to bugs, glitches, and performance issues. An example is an older version of SYNC 3 not supporting wireless Android Auto functionality, necessitating an update to enable this feature on compatible vehicles.
The process of updating SYNC 3 can be performed through several methods, including over-the-air (OTA) updates via Wi-Fi, USB drive installation, or dealership service. OTA updates offer the convenience of automatic installation, while USB drive updates provide a manual method for systems lacking Wi-Fi connectivity or when OTA updates are unavailable. Dealership service provides a professional installation option for complex updates or when troubleshooting update failures. Properly applying these updates is imperative; interrupting the update process can result in system corruption, requiring professional intervention. Furthermore, updates may include improvements to the voice recognition system used by Android Auto, enhancing its accuracy and responsiveness to voice commands. They may also patch security vulnerabilities that could be exploited through the Android Auto connection, safeguarding user data and privacy.
In summary, software updates are an indispensable aspect of the SYNC 3 with Android Auto ecosystem. They ensure ongoing compatibility, enhance performance, address security concerns, and provide access to new features. Regular monitoring for and installation of updates are essential to maximize the functionality and security of the system. Users should understand the different update methods available and adhere to the recommended procedures to avoid potential issues. The continual evolution of both Android Auto and SYNC 3 necessitates a proactive approach to software maintenance to ensure a reliable and feature-rich user experience.
7. Troubleshooting
Effective troubleshooting represents a critical component of the overall SYNC 3 with Android Auto user experience. Connection issues, application malfunctions, and system errors can impede functionality, necessitating a systematic approach to diagnose and resolve these problems. The ability to identify and rectify common issues directly impacts the usability and reliability of the integrated system. Inadequate troubleshooting capabilities translate into frustration and diminished user satisfaction. For example, if Android Auto fails to launch upon connecting a smartphone to SYNC 3, a user must be able to isolate the cause, whether it’s a faulty USB cable, outdated software, or incorrect configuration settings. Without adequate troubleshooting knowledge, the user is left with a non-functional system.
Common troubleshooting scenarios with SYNC 3 and Android Auto encompass connection failures, app crashes, audio problems, and voice command recognition errors. Each scenario requires a distinct set of diagnostic steps. For connection failures, verifying USB cable integrity, ensuring Android Auto is enabled on the phone, and confirming software compatibility between SYNC 3 and the Android device are crucial first steps. App crashes often stem from outdated app versions or insufficient phone memory. Audio problems might originate from incorrect audio settings within SYNC 3 or conflicts with other Bluetooth devices. Voice command recognition errors can be attributed to ambient noise or a malfunctioning microphone. Addressing each of these potential causes requires a methodical approach, guided by troubleshooting resources, online forums, or official support documentation. A driver experiencing erratic behavior from Google Maps through Android Auto should first confirm a stable internet connection, check for app updates, and clear the app cache to rule out common software glitches.
In summary, troubleshooting is an integral facet of the SYNC 3 with Android Auto experience. Its effectiveness directly correlates with user satisfaction and system reliability. While common issues can often be resolved through a systematic approach, complex problems may necessitate professional assistance. Understanding common troubleshooting techniques empowers users to maintain a functional and enjoyable integration between their smartphone and vehicle, maximizing the value of SYNC 3 and Android Auto. Ongoing development in troubleshooting resources, user-friendly diagnostic tools, and improved error messaging are crucial for further enhancing the user experience and minimizing frustration associated with technical issues.
8. Data Security
The integration of Android Auto with Ford’s SYNC 3 system introduces significant data security considerations. When a smartphone connects to the vehicle’s infotainment system, a stream of personal data is transferred, creating potential vulnerabilities. Data security, in this context, is paramount to protecting user privacy and preventing unauthorized access to sensitive information. This connection facilitates the exchange of location data, contact lists, call logs, text messages, and even browsing history. A compromised SYNC 3 system or intercepted data stream could expose this information to malicious actors. For example, a poorly secured Bluetooth connection, utilized for initial handshake in some implementations, might be susceptible to eavesdropping, potentially revealing personally identifiable information. This exposure emphasizes the crucial need for robust security protocols and diligent software maintenance.
The practical significance of this data transfer lies in the potential for misuse. Stored navigation history could reveal frequented locations, offering insights into a user’s daily routines. Access to contact lists could be exploited for phishing attacks or identity theft. Furthermore, if the vehicle’s SYNC 3 system is compromised, it could serve as a conduit for accessing the connected smartphone, thereby expanding the scope of the security breach. Vehicle manufacturers and software developers bear a responsibility to implement encryption, secure authentication methods, and regular security updates to mitigate these risks. Consider the scenario where a vehicle is stolen; a compromised SYNC 3 system could be used to track the vehicle’s location and potentially access the owner’s personal data stored within the system or the connected phone. Strong data encryption methods, coupled with multi-factor authentication, are vital for preventing unauthorized access in such situations.
In conclusion, data security is an indispensable element of the SYNC 3 with Android Auto experience. Addressing the potential vulnerabilities associated with data transfer requires a multi-faceted approach involving robust security protocols, diligent software updates, and user awareness. Challenges remain in balancing convenience and security, particularly as vehicles become increasingly connected and reliant on data-driven services. Prioritizing data security is crucial for maintaining user trust and ensuring the responsible integration of technology into the automotive environment. The broader implications extend to regulatory compliance and the ethical handling of sensitive consumer data.
9. User Interface
The user interface (UI) serves as the primary point of interaction between the driver and the functionalities enabled by the integration of Android Auto with the SYNC 3 system. A well-designed UI facilitates intuitive access to navigation, communication, and entertainment features, significantly enhancing the driving experience. Conversely, a poorly designed UI can lead to driver distraction and reduced usability, negating many of the benefits offered by Android Auto. Therefore, the effectiveness of the UI directly impacts the overall perceived value of the SYNC 3 with Android Auto integration. The UIs layout, responsiveness, and visual clarity contribute to ease of use, affecting how effectively a driver can interact with applications while maintaining focus on the road. For example, a UI featuring large, easily identifiable icons and a simplified menu structure allows drivers to navigate to their desired function with minimal cognitive load. A poorly designed UI, however, with small, cluttered icons and complex menus, increases driver distraction and reduces safety.
The practical significance of the UI extends to voice command integration. A seamless voice control system complements the visual UI, enabling drivers to execute tasks hands-free. However, the effectiveness of voice commands depends on the UI’s ability to clearly present feedback and confirm user requests. Visual prompts confirming a destination entered via voice, or displaying available voice command options, reinforce driver confidence and reduce the need to visually interact with the screen. Furthermore, the UI must adapt to varying screen sizes and resolutions. SYNC 3 systems are deployed across a range of Ford vehicles, each with different display dimensions. A responsive UI dynamically adjusts its layout and element size to optimize visibility and usability on each screen, ensuring a consistent experience across vehicle models. Considerations of contrast, color schemes, and font sizes contribute to legibility in diverse lighting conditions, further enhancing driver safety.
In summary, the user interface is an indispensable component of the SYNC 3 with Android Auto experience. Its design directly influences the usability, safety, and overall effectiveness of the integrated system. Challenges remain in balancing functionality with simplicity, requiring ongoing refinement and user testing to optimize the interface for diverse driver needs and preferences. Continued attention to UI design principles is crucial for maximizing the potential of Android Auto within the SYNC 3 ecosystem, delivering a safe, intuitive, and enjoyable driving experience.
Frequently Asked Questions
This section addresses common inquiries regarding the integration of Android Auto with the Ford SYNC 3 infotainment system, providing clarification on functionality, compatibility, and operational aspects.
Question 1: What are the prerequisite conditions for establishing a connection between an Android smartphone and the SYNC 3 system using Android Auto?
Compatibility with Android Auto requires, as a baseline, a compatible Android smartphone running Android 5.0 (Lollipop) or higher. Furthermore, the SYNC 3 system must have a software version that supports Android Auto functionality. A USB connection is typically required; however, certain SYNC 3 systems also support wireless connectivity depending on the vehicle model and system configuration.
Question 2: Does the utilization of Android Auto through SYNC 3 incur data usage charges?
Yes, Android Auto relies on the connected Android smartphone’s data plan for features such as navigation, music streaming, and voice command processing. Therefore, utilizing Android Auto will consume data and may result in charges depending on the specifics of the user’s mobile data plan.
Question 3: What steps should be taken when Android Auto fails to launch or connect to the SYNC 3 system?
Begin by verifying the integrity of the USB cable and ensuring a secure connection. Confirm that Android Auto is enabled within the SYNC 3 settings and on the Android smartphone. Restarting both the smartphone and the SYNC 3 system can resolve temporary software glitches. If the issue persists, examine software version compatibility and consider updating both the SYNC 3 system and Android Auto application.
Question 4: Are all applications accessible through Android Auto when connected to the SYNC 3 system?
No, only applications specifically designed and certified for use with Android Auto are accessible. These applications typically prioritize safety and minimize driver distraction. The availability of apps may also vary based on geographical region and Google’s policies.
Question 5: How are software updates for Android Auto and the SYNC 3 system managed and deployed?
Android Auto receives updates through the Google Play Store on the connected Android smartphone. SYNC 3 system updates may be deployed over-the-air (OTA) via Wi-Fi, installed manually via USB drive, or performed by a certified Ford technician. Users should consult the Ford owner’s manual for specific instructions on SYNC 3 software updates.
Question 6: What security measures are implemented to protect user data when utilizing Android Auto with SYNC 3?
Android Auto employs encryption and secure authentication protocols to safeguard data transmitted between the smartphone and the SYNC 3 system. However, users should exercise caution when granting application permissions and ensure that the SYNC 3 system software is kept up to date to mitigate potential security vulnerabilities. Adherence to secure password practices and caution regarding unfamiliar links or requests are advised.
In summary, the seamless integration of Android Auto with SYNC 3 requires adherence to compatibility guidelines, awareness of data usage implications, and diligent troubleshooting practices. Regular software updates are essential for maintaining optimal performance and security.
The following section will explore advanced features and alternative connectivity options beyond the standard Android Auto integration.
Expert Guidance
To maximize the benefits of Android Auto integration with Ford’s SYNC 3 infotainment system, consider the following recommendations. Adherence to these guidelines enhances usability, safety, and overall system performance.
Tip 1: Prioritize a High-Quality USB Cable: When utilizing a wired connection, employ a certified USB cable designed for data transfer and charging. Inferior cables may cause intermittent disconnections, slow data transfer rates, or prevent the connection from establishing altogether. A cable exhibiting USB-IF certification is preferred.
Tip 2: Ensure Software Compatibility: Verify that both the Android smartphone and the SYNC 3 system are running the latest available software versions. Outdated software can lead to compatibility issues and prevent Android Auto from functioning correctly. Refer to the Ford owner’s manual or the official Android Auto website for compatibility information.
Tip 3: Manage Application Permissions Prudently: When granting permissions to Android Auto, exercise caution and only authorize access to necessary data. Overly permissive settings can compromise privacy and security. Regularly review and adjust application permissions in the Android Auto settings menu.
Tip 4: Optimize Voice Command Clarity: Minimize ambient noise within the vehicle when using voice commands. Close windows, reduce radio volume, and speak clearly and distinctly to ensure accurate voice recognition. Familiarize yourself with common voice command syntax for enhanced control.
Tip 5: Regularly Clear App Cache and Data: Periodically clear the cache and data for the Android Auto application on the smartphone. This practice can resolve performance issues and prevent app crashes. Access the application settings in the Android operating system to clear cache and data.
Tip 6: Address Connection Instability: If experiencing frequent disconnections, attempt to re-pair the Android smartphone with the SYNC 3 system. In some instances, deleting the existing Bluetooth pairing and establishing a new connection resolves connectivity problems. Refer to the SYNC 3 owner’s manual for pairing instructions.
By implementing these guidelines, users can significantly enhance their experience with Android Auto on the SYNC 3 system, ensuring a safer, more efficient, and enjoyable driving experience.
The subsequent section provides concluding remarks and a summary of the key concepts presented throughout this analysis.
Conclusion
This exploration has examined the functionality of SYNC 3 with Android Auto, detailing its compatibility requirements, connection methodologies, app availability, voice control capabilities, navigation integration, software update processes, troubleshooting techniques, data security considerations, and user interface design. The analysis underscores the importance of each element in achieving a seamless and secure user experience within the vehicle.
As the automotive industry continues its technological evolution, a sustained emphasis on security and user experience remains essential. Ongoing assessment and refinement of systems such as SYNC 3 with Android Auto is necessary to meet the demands of a connected driving future.
