Establishing a wireless connection between Oticon hearing aids and Android-based smartphones or tablets enables direct audio streaming and control functionality. This process involves putting the hearing aids into pairing mode and then selecting them within the Android device’s Bluetooth settings. Once connected, audio from calls, music, and other media can be transmitted directly to the hearing aids.
This capability offers numerous advantages, including enhanced sound quality, improved speech understanding in noisy environments, and discreet control over hearing aid settings. Historically, connecting hearing aids to external devices required intermediary devices. The integration of Bluetooth Low Energy (BLE) technology directly into hearing aids and Android devices has streamlined this process, providing a more user-friendly experience.
Understanding the specific steps and potential troubleshooting tips for this connection is essential for maximizing the benefits of modern hearing aid technology. The following sections will detail the pairing procedure, compatible device requirements, and common solutions for connectivity issues.
1. Bluetooth compatibility
Bluetooth compatibility is a foundational requirement for establishing a wireless connection between Oticon hearing aids and Android devices. The hearing aids must support Bluetooth Low Energy (BLE) technology, and the Android device must possess a Bluetooth radio compatible with the same or later versions of BLE. Incompatibility at this level will prevent successful pairing, irrespective of other configuration settings. For example, older hearing aid models lacking BLE functionality cannot interface directly with modern Android smartphones, necessitating the use of intermediary devices or alternative connectivity methods.
The specific Bluetooth version supported by both devices influences available features and stability of the connection. Newer Bluetooth versions typically offer improved data transfer rates, lower power consumption, and enhanced security protocols. These advancements translate to higher audio quality during streaming, extended battery life for both the hearing aids and the Android device, and a reduced risk of unauthorized access. Consider the scenario where an Android phone with Bluetooth 5.0 connects to Oticon hearing aids with Bluetooth 4.2; the connection will operate at the capabilities of the older standard, potentially limiting performance.
Ensuring Bluetooth compatibility involves verifying the technical specifications of both the Oticon hearing aids and the Android device prior to attempting pairing. Checking manufacturer documentation or consulting product support resources can confirm compatibility. Furthermore, keeping both devices updated with the latest firmware and operating system versions is crucial, as updates often include Bluetooth stack improvements and bug fixes that address connectivity issues. The fundamental premise holds true: without compatible Bluetooth standards, seamless integration between Oticon hearing aids and Android devices remains unattainable.
2. Android device settings
The configuration of Android device settings is integral to establishing and maintaining a reliable connection with Oticon hearing aids. Proper adjustments within the Android operating system are necessary for enabling Bluetooth functionality, managing device visibility, and optimizing audio routing for seamless integration.
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Bluetooth Activation and Visibility
Enabling Bluetooth within the Android settings is the initial step. Subsequently, ensuring the device is discoverable allows the hearing aids to locate and pair with the smartphone or tablet. Failure to activate Bluetooth or enable visibility will prevent the hearing aids from being detected during the pairing process. For example, if the Android device is set to “hidden” Bluetooth mode, it will not appear in the list of available devices when the hearing aids are in pairing mode.
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Permissions and App Access
Granting necessary permissions to the Oticon ON app, or any similar hearing aid control application, is crucial. This includes permissions related to Bluetooth access, location services (often required for Bluetooth scanning), and microphone access. Without these permissions, the app may be unable to communicate with the hearing aids or properly manage audio routing. An example is the denial of Bluetooth permissions to the Oticon ON app, which prevents the app from detecting and connecting to the hearing aids, thus rendering its control functionalities unusable.
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Audio Output Settings
Android’s audio output settings determine where audio is directed. Selecting the hearing aids as the primary audio output device ensures that calls, music, and other media are routed directly to the hearing aids. Issues can arise if the device defaults to the internal speaker or a different Bluetooth device. For instance, if the audio output is set to “Speaker,” sound will continue to play through the phone’s speaker, even after the hearing aids are successfully paired.
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Battery Optimization Restrictions
Aggressive battery optimization settings on Android devices can interfere with the Bluetooth connection and the operation of the hearing aid control app. These settings may prematurely terminate the app’s background processes or restrict Bluetooth connectivity to conserve power. Disabling battery optimization for the Oticon ON app can prevent unexpected disconnections and ensure consistent performance. An illustrative case is when the Android system shuts down the Oticon ON app to save battery, leading to a loss of connection with the hearing aids and disruption of audio streaming.
Modifying these Android device settings enables seamless connection, optimizes audio quality, and maintains reliable functionality. By managing Bluetooth, permissions, audio output, and battery optimization settings appropriately, users can maximize the benefits of integrating Oticon hearing aids with their Android devices. Addressing each facet ensures a streamlined and consistent user experience.
3. Pairing mode activation
Pairing mode activation is the initial and crucial step in establishing a Bluetooth connection between Oticon hearing aids and an Android device. Without proper activation, the Android device will be unable to detect the hearing aids, thus preventing the successful completion of the pairing process. The activation sequence places the hearing aids in a discoverable state, signaling their availability for connection.
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Initiation Methods
Activation of pairing mode typically involves a specific sequence of actions performed on the hearing aids themselves. Common methods include opening and closing the battery doors on both hearing aids simultaneously, or pressing and holding a designated button on each device. The specific method varies based on the Oticon hearing aid model. For instance, a user with Oticon More hearing aids may need to open and close the battery doors, while a user with Oticon Opn S hearing aids may utilize a button press. Failure to execute the correct sequence will prevent the hearing aids from entering pairing mode.
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Visual and Auditory Cues
Upon successful activation of pairing mode, the hearing aids often provide visual or auditory cues to confirm their status. Visual cues may include blinking indicator lights, while auditory cues might consist of a series of beeps or tones. These cues serve as confirmation that the hearing aids are actively broadcasting their availability for pairing. For example, a rapidly blinking blue light on the hearing aids could indicate pairing mode is active, whereas a steady light might indicate a previously established connection. The absence of these cues suggests the pairing mode has not been successfully engaged.
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Time Sensitivity
Pairing mode activation is often time-sensitive. The hearing aids may remain in pairing mode for a limited duration, typically ranging from one to three minutes. If the Android device fails to initiate the pairing process within this timeframe, the hearing aids will automatically exit pairing mode, requiring the activation process to be repeated. Consider a scenario where the user delays initiating the Bluetooth search on their Android device; the hearing aids might revert to normal operation before a connection can be established, necessitating a restart of the pairing mode activation sequence.
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Device Proximity
Maintaining close proximity between the Oticon hearing aids and the Android device during the pairing process is essential. Bluetooth signals have a limited range, and excessive distance can hinder the initial connection. Optimal proximity ensures a strong and stable signal for successful pairing. For instance, attempting to pair the devices while they are in separate rooms significantly reduces the likelihood of a successful connection, due to signal attenuation. Positioning the Android device within a few feet of the hearing aids maximizes the chances of establishing a robust connection during the pairing window.
Proper activation of pairing mode, adherence to specific initiation sequences, recognition of confirmation cues, awareness of time constraints, and maintenance of proximity between devices are all critical factors in establishing a successful wireless connection between Oticon hearing aids and Android devices. Neglecting any of these facets can impede the pairing process and necessitate troubleshooting.
4. Oticon ON app
The Oticon ON app serves as a central control interface following the successful pairing of Oticon hearing aids to an Android device. After the initial Bluetooth connection is established, the app enables advanced functionalities that extend beyond basic audio streaming. The app, therefore, is not directly involved in the initial pairing process itself, but is crucial for managing the paired connection and accessing advanced features. Failure to install and configure the Oticon ON app after successful pairing limits the user’s ability to customize hearing aid settings and access support features. For instance, without the app, adjusting volume levels separately for each ear or modifying program settings for different listening environments becomes impossible.
The apps practical applications are diverse. It facilitates remote adjustments of hearing aid parameters such as volume, program selection, and equalizer settings, all from the Android device’s screen. Real-time adjustments allow users to optimize sound quality based on their immediate listening environment. The app also integrates with the Oticon cloud services, enabling remote assistance from hearing care professionals. This support is particularly valuable for troubleshooting or fine-tuning hearing aid settings without requiring an in-person visit. Moreover, the app incorporates a “Find my hearing aids” feature, which can be used to locate misplaced devices. This feature utilizes the Android device’s location services to track the last known location of the hearing aids, assisting in their recovery.
In summary, the Oticon ON app is an essential software component that complements the pairing of Oticon hearing aids to an Android device. While it does not directly facilitate the initial pairing, it unlocks a comprehensive set of control and support features that significantly enhance the user experience. Challenges may arise from compatibility issues between the app version and the Android operating system or hearing aid firmware. Addressing these challenges proactively, through regular app updates and device firmware maintenance, ensures continued optimal performance and accessibility to the full range of functionalities. The integration of the Oticon ON app with the Bluetooth-paired hearing aids represents a significant advancement in personalized hearing care, extending capabilities far beyond simple sound amplification.
5. Streaming audio
Audio streaming represents a primary benefit derived from the successful pairing of Oticon hearing aids with Android devices. This functionality enables direct transmission of audio content from the Android device to the hearing aids, bypassing the need for intermediary devices or headphones, thereby enhancing convenience and discretion.
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Direct Audio Transmission
Direct audio transmission involves the wireless transfer of sound, such as music, podcasts, or audiobooks, from the Android device to the hearing aids via Bluetooth. This process eliminates the ambient noise and acoustic interference associated with external speakers, providing a clearer and more focused auditory experience. An example is listening to a lecture in a crowded room; streaming audio directly to the hearing aids mitigates background noise, facilitating improved comprehension.
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Hands-Free Communication
Coupling Oticon hearing aids with an Android device facilitates hands-free communication through integrated microphones and audio streaming. Incoming phone calls are routed directly to the hearing aids, and the hearing aid microphones capture the user’s voice, enabling seamless telephone conversations without the need to hold the phone. Consider a scenario where the user is driving; direct audio streaming allows for safe and legal telephone communication, maintaining focus on driving.
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Media Consumption Enhancement
Streaming audio enhances the consumption of various media formats, including videos, movies, and gaming content. By directly delivering audio to the hearing aids, individuals can experience improved sound clarity and reduced distortion, leading to a more immersive and enjoyable media experience. For instance, when watching a movie on a tablet, direct audio streaming minimizes distractions, ensuring all dialogue and sound effects are clearly audible.
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Personalized Audio Experience
The pairing of Oticon hearing aids with Android devices allows for personalized audio settings. Users can adjust volume levels, equalizer settings, and program selections directly through the Oticon ON app, optimizing audio output for their specific hearing needs and preferences. This customization ensures that streamed audio is tailored to the individual’s auditory profile, improving comfort and comprehension. An example is adjusting the equalizer settings to enhance speech clarity during a phone call, improving understanding in noisy environments.
These facets illustrate the pivotal role of audio streaming in amplifying the functionality and user experience associated with paired Oticon hearing aids and Android devices. The convergence of direct audio transmission, hands-free communication, media consumption enhancement, and personalized audio settings results in a more integrated and accessible auditory environment for individuals with hearing loss.
6. Call handling
Call handling is a critical feature enabled by the successful pairing of Oticon hearing aids to an Android device. It facilitates direct and hands-free telephone communication, integrating hearing assistance seamlessly into the user’s daily life. Proper integration of call handling features enhances accessibility and convenience for individuals with hearing loss.
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Direct Audio Routing
Upon an incoming call, audio is routed directly to the paired Oticon hearing aids, bypassing the Android device’s speakers. This direct transmission enhances sound clarity and reduces background noise, providing a more intelligible auditory experience. For instance, in a crowded environment, direct audio routing minimizes external distractions, enabling better comprehension of the caller’s voice. This direct linkage improves telephone communication significantly.
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Hands-Free Operation
The connection enables hands-free calling, allowing the user to answer and conduct conversations without physically holding the Android device. The hearing aids’ integrated microphones capture the user’s voice, facilitating two-way communication. Consider a scenario where the user is engaged in an activity requiring both hands; the hands-free operation ensures uninterrupted and safe telephone communication. This promotes user convenience and safety.
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Call Management Controls
Certain Oticon hearing aid models and the Oticon ON app provide call management controls directly accessible from the hearing aids or the Android device. These controls allow users to answer, end, or adjust the volume of calls without interacting directly with the Android device’s interface. During a meeting, a user could discreetly answer an urgent call by pressing a button on their hearing aid, maintaining professionalism and minimizing disruption. Such capabilities offer discretion and control over call management.
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Customizable Audio Profiles
Users can often customize audio profiles specifically for telephone calls through the Oticon ON app or the Android device’s accessibility settings. These profiles optimize sound settings for speech intelligibility, adjusting frequencies and noise reduction parameters to enhance the clarity of the caller’s voice. For example, a user might create a “Telephone” profile that emphasizes mid-range frequencies, thereby improving speech understanding during calls. This personalization ensures optimized auditory performance tailored to telephone communication.
These facets of call handling highlight the significant benefits derived from the pairing of Oticon hearing aids to Android devices. The combination of direct audio routing, hands-free operation, call management controls, and customizable audio profiles results in an improved and accessible telephone communication experience. These features not only enhance the clarity of phone calls but also integrate seamlessly into the user’s daily activities, promoting convenience and safety.
7. Troubleshooting connectivity
Troubleshooting connectivity constitutes an integral element in successfully establishing and maintaining a functional link between Oticon hearing aids and Android devices. Initial pairing failures or subsequent connection disruptions necessitate systematic diagnostic procedures to identify and rectify the underlying causes. Common issues include Bluetooth incompatibility, incorrect device settings, pairing mode errors, interference from other electronic devices, and software glitches. Identifying the precise source of the problem through methodical troubleshooting is essential for effective resolution. For example, if hearing aids fail to pair, verifying Bluetooth compatibility and resetting the hearing aids’ pairing mode are logical initial steps. Effective troubleshooting minimizes user frustration and maximizes the utility of the connected devices.
Addressing connectivity problems often involves a multi-faceted approach. Restarting both the Android device and the hearing aids can resolve temporary software conflicts. Ensuring that the hearing aids are adequately charged is critical, as low battery levels can impair Bluetooth performance. Confirming that the Oticon ON app, if utilized, is up-to-date and has the necessary permissions on the Android device is also vital. Additionally, moving away from potential sources of interference, such as Wi-Fi routers or microwave ovens, can improve Bluetooth signal strength. In scenarios where specific error messages are displayed, consulting the Oticon support documentation or contacting a hearing care professional can provide targeted solutions. Therefore, a combination of technical understanding and resourcefulness is necessary for effective troubleshooting.
Ultimately, robust connectivity troubleshooting is not merely a reactive measure but a proactive strategy for ensuring a seamless user experience. By anticipating potential connection issues and implementing systematic diagnostic procedures, users can minimize downtime and fully leverage the functionalities offered by the pairing of Oticon hearing aids and Android devices. Successfully navigating connectivity challenges depends on a clear understanding of the technology, methodical problem-solving, and access to relevant support resources. The ability to troubleshoot connectivity issues efficiently is paramount in optimizing the benefit derived from these interconnected devices.
8. Firmware updates
Firmware updates are a crucial element in maintaining optimal performance and compatibility when pairing Oticon hearing aids to Android devices. These updates, delivered by Oticon, contain essential software improvements, bug fixes, and feature enhancements designed to optimize the interaction between the hearing aids’ internal operating system and the Android operating system. Outdated firmware can lead to a variety of connectivity issues, reduced audio quality, and limited access to newer features within the Oticon ON app. As a result, consistent application of firmware updates is paramount for sustaining a seamless and reliable connection. For example, a firmware update might resolve a Bluetooth pairing bug that prevents certain Android devices from recognizing the hearing aids, or it may introduce support for a newer Bluetooth codec to enhance audio streaming fidelity. Failure to install these updates can lead to a suboptimal user experience.
The process of updating hearing aid firmware typically involves using the Oticon ON app on a connected Android device. The app checks for available updates and guides the user through the installation process. This often requires placing the hearing aids in a specific mode and ensuring that both the hearing aids and the Android device maintain a stable connection throughout the update process. Interruption during the update can potentially damage the hearing aids’ firmware, necessitating professional service. A practical application of this understanding is to ensure the Android device has sufficient battery life and a stable Wi-Fi connection before initiating a firmware update. Regular firmware checks, facilitated by the Oticon ON app, are important for proactively addressing potential compatibility or performance issues.
In summary, firmware updates are not merely optional additions but essential maintenance procedures for maximizing the functionality and reliability of paired Oticon hearing aids and Android devices. Addressing challenges, such as ensuring user awareness of update availability and streamlining the update process, remains important. Consistent application of these updates directly translates to improved connectivity, enhanced audio performance, and access to the latest features, ultimately contributing to a better auditory experience. Neglecting firmware updates can create compatibility problems. The described process ensures maximum device functionality.
9. Hearing aid model
The specific hearing aid model significantly influences the process of pairing Oticon hearing aids to Android devices. Compatibility with Android devices, Bluetooth version support, and feature availability are all dependent on the hearing aid model. Older models may lack Bluetooth Low Energy (BLE) or have limited Bluetooth codec support, hindering or preventing pairing with modern Android devices. Conversely, newer models are often equipped with advanced Bluetooth technology and direct Android streaming capabilities, simplifying the pairing process. The hearing aid model dictates the specific pairing instructions, as the activation sequence for pairing mode varies between models. For example, Oticon More hearing aids utilize a different battery door sequence compared to Oticon Opn S hearing aids when initiating pairing mode. Selecting the incorrect procedure will prevent the hearing aids from entering a discoverable state. The model, therefore, is a foundational determinant in establishing the Android connection.
Beyond the initial pairing, the hearing aid model dictates feature integration with the Oticon ON app and streaming protocols. Advanced features such as remote adjustments, equalizer settings, and the “Find my hearing aids” function are not universally available across all models. Older models might offer limited functionalities through the app, whereas newer models provide comprehensive control and customization. Furthermore, the Bluetooth protocol supported by the hearing aid model affects audio streaming quality and stability. Newer models support advanced codecs that enhance audio fidelity and reduce latency during streaming. Older models may rely on outdated codecs, resulting in reduced audio quality and potential connection drops. The model, therefore, has real impacts on functionality and streaming.
In summary, the hearing aid model is a critical factor in determining the feasibility, ease, and feature set associated with pairing Oticon hearing aids to Android devices. Compatibility, pairing procedures, feature availability, and streaming protocols are all directly influenced by the specific model. Selecting a model that aligns with Android compatibility requirements and user preferences is crucial for maximizing the benefits of connected hearing aid technology. Users must consult the Oticon support documentation for their specific model to ensure proper pairing and optimal performance. Knowledge of hearing aid model dictates connection effectiveness.
Frequently Asked Questions
This section addresses common questions and concerns regarding the pairing of Oticon hearing aids to Android-based devices. The following information aims to provide clarity and guidance for a successful connection.
Question 1: What are the prerequisites for pairing Oticon hearing aids to an Android device?
The prerequisites include Oticon hearing aids equipped with Bluetooth Low Energy (BLE) technology, an Android device running a compatible operating system version (typically Android 8.0 or later), and the Oticon ON app (optional, but recommended for advanced features).
Question 2: How can Oticon hearing aids be placed into pairing mode?
The method for activating pairing mode varies depending on the Oticon hearing aid model. Common methods involve opening and closing the battery doors simultaneously or pressing a dedicated button on the hearing aids. Refer to the user manual for the specific procedure for your model.
Question 3: Why is the Android device failing to detect the Oticon hearing aids during the Bluetooth scan?
Potential causes include incorrect pairing mode activation, Bluetooth being disabled on the Android device, proximity issues (the devices may be too far apart), or interference from other electronic devices. Verify that the hearing aids are in pairing mode, Bluetooth is enabled on the Android device, and that the devices are in close proximity. Reduce potential sources of electronic interference.
Question 4: What steps should be taken if the connection between Oticon hearing aids and the Android device is unstable or frequently disconnecting?
Unstable connections can result from low battery levels in the hearing aids or Android device, Bluetooth interference, outdated firmware, or aggressive battery optimization settings on the Android device. Ensure both devices are adequately charged, minimize Bluetooth interference, update the firmware on both the hearing aids and Android device, and disable battery optimization for the Oticon ON app.
Question 5: Is the Oticon ON app required to use paired Oticon hearing aids with an Android device?
While the Oticon ON app is not strictly required for basic audio streaming, it is highly recommended for accessing advanced features, remote adjustments, and firmware updates. Basic audio streaming functionalities are accessible directly through the Android Bluetooth settings, but the Oticon ON app unlocks the device’s full potential.
Question 6: How are firmware updates performed on Oticon hearing aids connected to an Android device?
Firmware updates are typically performed through the Oticon ON app. The app checks for available updates and guides the user through the installation process, which usually involves placing the hearing aids in a specific mode and maintaining a stable Bluetooth connection throughout the update.
Successful pairing and utilization of Oticon hearing aids with Android devices rely on adherence to pairing procedures, awareness of potential connectivity issues, and consistent maintenance through firmware updates. Consulting the relevant documentation will assist in troubleshooting.
The following section will detail potential future advancements in hearing aid connectivity.
Tips
The following tips are designed to facilitate a stable and feature-rich connection between Oticon hearing aids and Android devices. Adherence to these guidelines will improve success.
Tip 1: Verify Compatibility. Before attempting to pair Oticon hearing aids, confirm that the specific hearing aid model and Android device meet the compatibility requirements outlined in the manufacturer’s documentation. Incompatible devices will prevent a successful connection.
Tip 2: Ensure Bluetooth is Enabled. Activate Bluetooth functionality within the Android device’s settings. Failure to enable Bluetooth is a primary reason for unsuccessful pairing attempts. The device must be discoverable to the hearing aids.
Tip 3: Initiate Pairing Mode Correctly. The method for entering pairing mode varies among Oticon hearing aid models. Refer to the user manual for the appropriate sequence of actions, which may involve opening and closing the battery doors or pressing a specific button.
Tip 4: Maintain Proximity. During the pairing process, position the Android device within close proximity (approximately one meter) of the Oticon hearing aids. Excessive distance can weaken the Bluetooth signal and impede successful pairing.
Tip 5: Grant Necessary Permissions. Ensure that the Oticon ON app, if utilized, has all necessary permissions on the Android device, including access to Bluetooth, location services, and microphone. Denying these permissions can restrict functionality.
Tip 6: Update Firmware Regularly. Maintain up-to-date firmware on both the Oticon hearing aids and the Android device. Firmware updates contain bug fixes and performance improvements that can enhance connectivity.
Tip 7: Manage Battery Optimization. Disable battery optimization for the Oticon ON app within the Android device settings. Aggressive battery optimization can terminate background processes and disrupt the Bluetooth connection.
Applying these tips improves the likelihood of a stable, feature-rich connection. Proper connection creates stable and optimized functionality.
The article will conclude with some thoughts about the pairing described, and its importance.
Conclusion
The preceding exploration has detailed the process to pair Oticon hearing aids to Android devices. This connection establishes direct audio streaming and enhanced control. Critical elements, including Bluetooth compatibility, Android device settings, pairing mode activation, and the Oticon ON app, all contribute to a successful and functional relationship. The utility derived from this pairing extends beyond basic amplification, providing improved communication and personalized auditory experiences.
Continued development in hearing aid technology and Android integration promises further advancements in accessibility and personalization. Optimizing the connection between these devices requires ongoing attention to firmware updates and adherence to recommended procedures. The seamless integration of hearing aids with modern communication devices represents a significant step towards improved quality of life for individuals with hearing loss, and promotes improved interaction with technology.
