The procedure for saving video content from YouTube using the VLC media player involves leveraging its network streaming capabilities. This functionality allows a user to input a YouTube video URL and subsequently record the stream as a video file on their local storage. This method provides an alternative to using specialized video downloading software or online services.
Employing VLC for this purpose offers several advantages. It eliminates the need for third-party software, reduces potential exposure to malware often associated with unofficial download tools, and leverages a widely used and trusted media player. Historically, VLC’s open-source nature and cross-platform compatibility have made it a popular choice for media playback, and its ability to capture network streams extends its utility beyond simple video viewing.
The process requires specific steps, including copying the YouTube video URL, configuring VLC’s network stream settings, selecting a desired output format and destination, and initiating the recording. Subsequent sections will detail these steps, providing clear instructions for successful video capture.
1. URL Acquisition
URL acquisition forms the foundational step in the process of saving YouTube video content using VLC media player. This act directly determines which specific video will be targeted for capture. An incorrect or invalid URL will invariably lead to a failure in retrieving the desired video stream, rendering the subsequent steps irrelevant. For instance, if a user intends to capture a lecture available on YouTube but provides the URL for a trailer of the same lecture, the resultant downloaded file will contain the trailer, not the full lecture. Therefore, accurate URL acquisition is critical for achieving the intended outcome.
The method of URL acquisition can also influence the success rate. Copying the URL directly from the address bar of a web browser while the YouTube video is playing is generally the most reliable approach. Sharing URLs generated by third-party services can occasionally be problematic due to URL shortening or other modifications that might not be compatible with VLC’s network streaming functionality. Verifying the copied URL matches the intended video before proceeding within VLC is a prudent step to mitigate potential errors.
In summary, the accurate and reliable acquisition of the YouTube video URL is indispensable for initiating and completing the process of saving video content via VLC. Errors in this initial step cascade throughout the process, invalidating subsequent configurations and ultimately preventing successful video capture. This fundamental aspect demands careful attention to ensure the desired video stream is correctly targeted.
2. Network Stream Activation
Network Stream Activation represents a critical juncture in employing VLC media player to save video content from YouTube. It is the process by which VLC establishes a connection with the remote server hosting the YouTube video and begins receiving the data stream. Without successful network stream activation, the subsequent steps of recording and saving the video become impossible. The entire process is contingent upon VLC’s ability to correctly interpret the provided YouTube URL and initiate the data transfer.
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URL Parsing and Protocol Handling
VLC must parse the YouTube URL to identify the correct server address and video ID. It then uses appropriate network protocols (typically HTTP or HTTPS) to request the video stream. Failure in either URL parsing or protocol handling will result in an inability to activate the stream. For example, an outdated version of VLC might not support the latest YouTube URL format, preventing the connection. Similarly, incorrect network settings on the user’s computer could block the outgoing connection. The implication is that a correctly formatted URL and functional network configuration are prerequisites for stream activation.
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Codec Negotiation
Upon initiating the connection, VLC and the YouTube server engage in codec negotiation. This process determines which video and audio codecs will be used for the stream. If VLC does not support the required codecs, or if the server is unable to provide the video in a compatible format, the stream activation will fail. A common example is when YouTube streams a video in a relatively new codec that has not yet been integrated into the user’s version of VLC. The consequence is an error message indicating codec incompatibility, which prevents the recording process from commencing.
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Buffering and Stream Stability
Once a connection is established, VLC initiates buffering the incoming data stream. This involves temporarily storing a portion of the video data in memory to ensure smooth playback during recording. Insufficient buffering, due to slow network speeds or limited system resources, can lead to stream instability, resulting in stuttering, freezing, or complete interruption of the recording process. For instance, if the user’s internet connection is intermittently dropping, VLC may struggle to maintain a consistent buffer, leading to a fragmented recording. Stream stability directly impacts the quality and completeness of the saved video file.
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Authentication and Authorization
While less common for public YouTube videos, some content may require authentication or authorization before the stream can be activated. This typically applies to private or restricted-access videos. In such cases, VLC would need to present the appropriate credentials (e.g., login information) to the YouTube server to gain access to the video stream. Failure to authenticate correctly will result in the stream being denied, preventing the video from being saved. This aspect highlights the importance of having the necessary permissions to access the desired content before attempting to save it.
In summary, network stream activation in VLC serves as the gateway to saving YouTube videos. Successful activation depends on accurate URL parsing, compatible codec negotiation, stable buffering, and, when necessary, correct authentication. Each of these facets is critical for establishing a stable connection and retrieving the video data required for the recording process. Any failure in these areas will inevitably prevent successful video capture using VLC.
3. Codec Selection
Codec selection is a pivotal aspect of employing VLC media player to save video content from YouTube, directly influencing the quality, file size, and compatibility of the resulting video file. The chosen codec dictates how the video and audio data are encoded during the saving process, determining the final characteristics of the captured content.
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Video Encoding Efficiency
The video codec determines the efficiency with which the visual information is compressed. Modern codecs, such as H.264 or H.265 (HEVC), offer superior compression ratios compared to older codecs like MPEG-4. Selecting a highly efficient codec results in smaller file sizes without significant loss of visual quality. For example, encoding a 10-minute YouTube video using H.265 might produce a file half the size of the same video encoded using MPEG-4, while maintaining comparable visual fidelity. Therefore, codec selection directly impacts storage space requirements and ease of sharing the saved video.
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Audio Encoding Quality
Similar to video, the audio codec affects the quality and size of the audio track. Common audio codecs include AAC, MP3, and Vorbis. AAC generally provides better audio quality than MP3 at the same bitrate, making it a preferred choice for preserving audio fidelity. Selecting an appropriate audio codec ensures clear and crisp sound reproduction in the saved video file. For instance, choosing a low-bitrate MP3 codec might result in a muffled or distorted audio track, detracting from the overall viewing experience. Thus, audio codec selection is crucial for preserving the integrity of the audio portion of the YouTube video.
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Compatibility with Playback Devices
The chosen codec must be compatible with the devices and software used for playback. Some devices may not support newer codecs like H.265, requiring the use of older, more universally compatible codecs like H.264. Selecting a widely supported codec ensures that the saved video can be played on a variety of devices, including computers, smartphones, and media players. For example, saving a YouTube video in H.265 format might render it unplayable on older computers or certain mobile devices that lack H.265 decoding capabilities. Consequently, codec selection must consider the intended playback environment to ensure compatibility.
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Processing Power Requirements
Encoding and decoding videos using different codecs require varying levels of processing power. Highly efficient codecs like H.265 often demand more computational resources than older codecs like H.264. Selecting a codec that is too computationally intensive for the available hardware can result in slow encoding times or playback issues. For example, attempting to encode a high-resolution YouTube video in H.265 format on a low-powered computer might lead to excessively long encoding times or choppy playback. Hence, codec selection should consider the processing capabilities of the computer or device used for both encoding and playback.
In summary, codec selection is a critical factor when saving YouTube videos using VLC. It influences file size, video and audio quality, playback compatibility, and processing power requirements. Choosing the appropriate codecs involves balancing these factors to achieve the desired outcome, ensuring the saved video meets the user’s specific needs and constraints. Therefore, understanding the characteristics and implications of different codecs is essential for effectively utilizing VLC’s video capture capabilities.
4. Output Destination
The selection of an appropriate output destination is a fundamental step in the process of capturing YouTube videos using VLC media player. This choice directly determines where the resulting video file will be saved on the user’s system, impacting accessibility, organization, and storage capacity.
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Directory Structure and Organization
The chosen output directory affects the organization of saved video files. Selecting a well-structured directory hierarchy facilitates easy retrieval and management of captured content. For example, designating a dedicated folder specifically for YouTube downloads, further subdivided by category or date, allows for efficient organization. In contrast, saving directly to the desktop can lead to clutter and difficulty in locating specific video files. The implication is that a well-considered output destination contributes significantly to the overall usability of the saved video content.
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Storage Capacity Limitations
The availability of sufficient storage space at the designated output destination is a crucial consideration. Saving large video files to a drive with limited free space can result in failed recordings or system instability. For example, attempting to save a high-resolution video to a nearly full hard drive may lead to an error message, interrupting the recording process and potentially corrupting the partially saved file. This underscores the importance of assessing the storage capacity of the chosen output destination prior to initiating the recording.
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File Permissions and Accessibility
The chosen output destination must have appropriate file permissions to allow VLC to write the saved video file. Insufficient permissions can prevent the recording process from completing successfully. For example, attempting to save to a protected system directory without administrator privileges may result in an error. Furthermore, the selected output destination should be easily accessible to the user for subsequent viewing and editing of the saved video. Choosing a location that requires navigating through complex directory structures can hinder convenient access to the recorded content.
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External Storage Integration
VLC allows for saving YouTube videos directly to external storage devices, such as USB drives or external hard drives. This functionality is particularly useful for managing large video collections or for transferring videos to other devices. However, it is essential to ensure that the external storage device is properly connected and has sufficient free space. For example, attempting to save to a disconnected USB drive will result in a recording failure. Moreover, the transfer speed of the external storage device can impact the recording process, potentially leading to buffering issues or fragmented recordings if the device is too slow. Thus, careful consideration of the external storage device’s connectivity and performance is necessary for successful video capture.
In conclusion, the selection of an output destination in VLC significantly impacts the accessibility, organization, and storage of saved YouTube video content. Careful consideration of directory structure, storage capacity, file permissions, and external storage integration is crucial for ensuring successful video capture and efficient management of the resulting video files. The output destination, therefore, represents an integral part of the overall process of saving YouTube videos using VLC media player, influencing the user’s ability to effectively manage and utilize the recorded content.
5. Recording Initiation
Recording Initiation represents the definitive action in saving YouTube video content using VLC media player, effectively marking the transition from configuration to active capture. This step commences the data transfer from the YouTube server to the user’s local storage, transforming a live stream into a tangible, saved video file. The success or failure of this initiation directly dictates whether the intended content will be preserved.
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Process Activation
Recording Initiation involves a specific action within VLC’s interface, typically clicking a “record” button or selecting a similar command. This action triggers VLC to begin processing the incoming network stream and writing the data to the designated output file. A failure to properly activate the recording process will result in no data being saved, rendering all prior configuration steps inconsequential. For example, if the user neglects to click the record button after setting up the network stream, the video will play within VLC but will not be saved as a separate file. The implication is that precise execution of the activation step is paramount for successful video capture.
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Synchronization and Timing
The timing of Recording Initiation relative to the commencement of video playback on YouTube is critical. Initiating the recording too early may result in capturing irrelevant content, such as advertisements or introductory segments. Conversely, initiating the recording too late will cause the beginning of the video to be missed. For instance, if the user delays clicking the record button until after the first few seconds of the video have played, those initial seconds will not be included in the saved file. Synchronization between playback and recording activation is therefore essential for capturing the desired content accurately.
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Error Handling and Interruption
Recording Initiation may be subject to various errors that can interrupt the process. These errors can stem from network connectivity issues, insufficient disk space, or codec incompatibilities. In the event of an error, VLC will typically display an error message, halting the recording. For example, if the user’s internet connection is interrupted during the recording, VLC may display a “network error” and terminate the process. Effective error handling requires the user to monitor the recording status and respond appropriately to any error messages. A stable environment is vital.
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Duration and Termination
The duration of the recording is determined by the user and is typically terminated manually by clicking a “stop” button or its equivalent within VLC. Failure to properly terminate the recording can result in the capture of unintended content or the generation of unnecessarily large files. For example, if the user forgets to stop the recording after the desired video segment has finished, VLC will continue capturing the subsequent content, potentially including unrelated material. Proper management of the recording duration and timely termination are therefore crucial for ensuring the saved file contains only the intended content.
In summary, Recording Initiation is not merely a starting point but a complex act encompassing activation, synchronization, error management, and termination. Its correct execution is indispensable for effectively utilizing VLC to save YouTube video content. Attention to these facets guarantees the capture of the desired content with accuracy and efficiency. Recording initiation sets the capture window.
6. Stream Buffer
The stream buffer plays a crucial role in the process of capturing YouTube video content via VLC media player. It directly impacts the stability, smoothness, and completeness of the saved video file, acting as a temporary data reservoir during the streaming and recording process.
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Data Accumulation and Rate Smoothing
The stream buffer accumulates incoming data from the YouTube server before it is written to the output file. This buffering process compensates for variations in network speed, ensuring a consistent data flow and preventing interruptions during the recording. For example, if the user’s internet connection experiences temporary slowdowns, the buffer can provide a reserve of data, allowing the recording to continue uninterrupted until the network connection stabilizes. A larger buffer can accommodate more significant fluctuations in network speed, leading to a more robust recording process. The absence of a sufficient buffer results in data starvation, manifesting as stuttering or pauses in the saved video file.
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Error Correction and Data Integrity
In some instances, the stream buffer can facilitate basic error correction. If minor data packets are lost or corrupted during transmission, the buffer may allow VLC to request retransmission of the missing data, thereby preserving the integrity of the saved video file. This is especially relevant in environments with unreliable network connections. The effectiveness of this error correction is limited, however, and significant data loss will still result in artifacts or interruptions in the recorded video. An appropriate buffer size can mitigate the effects of minor transmission errors.
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Resource Management and System Load
The size of the stream buffer directly impacts the system’s memory usage. A larger buffer consumes more RAM, potentially affecting the performance of other applications running concurrently with VLC. Conversely, a smaller buffer may reduce memory consumption but increase the risk of recording interruptions due to insufficient data. Managing the buffer size involves balancing memory usage with recording stability. Configuring an excessively large buffer on a system with limited RAM can lead to system slowdowns or crashes, while an undersized buffer can compromise the integrity of the saved video file. Efficient resource management is essential for seamless video capture.
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Adaptation to Variable Bitrate Streams
Many YouTube videos utilize variable bitrate streaming, where the data rate fluctuates depending on the complexity of the video content. The stream buffer enables VLC to adapt to these variations in data rate, ensuring continuous recording even when the bitrate spikes. Without a buffer, sudden increases in bitrate could overwhelm the recording process, leading to frame drops or incomplete data capture. The buffer provides a cushion, allowing VLC to adjust to the changing data rate and maintain a consistent recording. This adaptability is crucial for capturing high-quality video content without interruptions.
The stream buffer functions as an intermediary, bridging the gap between the fluctuating data flow from YouTube and the steady write operation to the local storage, to achieve the intended outcome when capturing a Youtube video. Its careful management and appropriate configuration are essential for optimizing the quality and reliability of the saved video file. The stream buffer becomes important during the actual capture.
7. Potential Errors
The process of saving video content from YouTube using VLC media player is susceptible to a range of potential errors that can disrupt or prevent successful video capture. These errors, stemming from diverse sources such as network connectivity issues, codec incompatibilities, or insufficient system resources, underscore the inherent complexity of the process. An understanding of these potential pitfalls is crucial for troubleshooting and implementing effective mitigation strategies, transforming a potentially frustrating experience into a manageable task. For example, a user might encounter a “Codec not supported” error if VLC lacks the necessary decoder for the video stream, necessitating the installation of appropriate codec packs or a software update. The presence or absence of a reliable understanding of these errors determines the user’s capacity to effectively resolve any encountered problem.
The implications of potential errors extend beyond mere inconvenience. A failed recording can result in wasted time, missed opportunities to capture valuable content, or even data loss if an incomplete file becomes corrupted. Furthermore, consistent errors may indicate underlying system issues that require addressing. For instance, frequent network errors during video capture might signal a problem with the user’s internet connection, prompting investigation and resolution. Recognizing the root cause of potential errors allows for targeted solutions, preventing recurrence and improving the overall reliability of the video capture process. Addressing these errors prevents similar issues in future recordings.
In conclusion, potential errors are an intrinsic aspect of employing VLC to save YouTube video content. Understanding the various causes and symptoms of these errors, and implementing appropriate troubleshooting measures, is critical for ensuring successful video capture. Recognizing these potential problems ensures a more predictable capturing process. Proficiency in error resolution significantly enhances the user’s ability to harness VLC’s video-saving capabilities effectively, converting a potentially unreliable endeavor into a dependable method for preserving online content.
8. Copyright Considerations
The act of saving YouTube videos with VLC media player directly intersects with copyright law. Copyright protects the creators’ rights to their original works, encompassing videos uploaded to platforms like YouTube. Downloading a video without explicit permission from the copyright holder infringes upon these rights. This applies irrespective of whether the downloaded video is used for personal enjoyment, private study, or redistributed for commercial purposes. The absence of authorization establishes a clear violation of copyright law, leading to potential legal repercussions for the individual undertaking the unauthorized download.
Exceptions to copyright, such as fair use or fair dealing, may permit limited use of copyrighted material without permission. However, these exceptions are narrowly defined and depend heavily on the specific context of use. For instance, downloading a YouTube video for critical analysis or educational commentary might qualify as fair use, depending on factors such as the amount of the video used, the nature of the use, and its effect on the market for the original work. Downloading the same video for unrestricted distribution or commercial gain would likely fall outside the scope of fair use, constituting copyright infringement. The user bears the onus of demonstrating that their specific use case falls within the permissible boundaries of copyright exceptions. In many legal jurisdictions, there are specific exceptions made for educational use, this does not allow for general use.
Consequently, individuals employing VLC to save YouTube videos must exercise diligence in understanding and respecting copyright limitations. Obtaining explicit permission from the copyright holder prior to downloading, or ensuring that the intended use falls squarely within the bounds of fair use or another applicable exception, is essential. Ignorance of copyright law does not excuse infringement. The accessibility of technology facilitating video downloads does not negate the legal obligations associated with respecting intellectual property rights. Copyright considerations are paramount, influencing the legality and ethical implications of saving YouTube videos.
9. Legal Implications
The act of saving YouTube videos with VLC media player carries significant legal implications primarily rooted in copyright law. Unauthorized reproduction and distribution of copyrighted material, which includes most content hosted on YouTube, constitutes infringement. Downloading a video without the express consent of the copyright holder establishes a direct violation, subject to legal action. The technical ease with which one can save YouTube videos using VLC does not mitigate or negate the legal consequences of unauthorized use.
The legal ramifications extend beyond individual users. Organizations that encourage or facilitate copyright infringement through systematic downloading of YouTube content may face severe penalties. For example, educational institutions or businesses utilizing downloaded YouTube videos for training purposes without proper licensing are exposed to legal risk. Legal challenges often hinge on demonstrating fair use, a defense that necessitates carefully weighing factors such as the purpose and character of the use, the nature of the copyrighted work, the amount used, and the effect of the use on the market for the original work. Successfully claiming fair use requires a compelling legal argument.
Understanding the legal implications surrounding YouTube video downloads is not merely an abstract exercise. It dictates responsible digital behavior and mitigates potential legal liabilities. Seeking permission from copyright holders, licensing content appropriately, or meticulously adhering to the principles of fair use are essential steps for anyone employing VLC to save YouTube videos. A clear awareness of these legal boundaries transforms the act of downloading from a potentially infringing activity into a legally sound practice, safeguarding both individuals and organizations from adverse legal consequences. The prevalence of a technology does not diminish the requirement to adhere to the relevant regulations.
Frequently Asked Questions
This section addresses common inquiries concerning the practice of saving video content from YouTube utilizing the VLC media player. Clarification on potential challenges and legal considerations is provided.
Question 1: Is it legal to save YouTube videos with VLC?
The legality hinges on copyright law. Downloading copyrighted material without permission constitutes infringement. Fair use exceptions may apply but are narrowly defined and context-dependent.
Question 2: Why does VLC sometimes fail to save a YouTube video?
Potential causes include incorrect YouTube URL, network connectivity problems, incompatible codecs, or outdated VLC version. Verifying these factors is crucial for troubleshooting.
Question 3: Does saving YouTube videos with VLC violate YouTube’s terms of service?
Generally, yes. YouTube’s terms of service typically prohibit downloading content without explicit permission, irrespective of the tool used.
Question 4: How can the output quality of saved YouTube videos be improved when using VLC?
Selecting appropriate codecs (e.g., H.264, AAC) and configuring higher bitrates during the saving process can enhance output quality, within the original stream’s limitations.
Question 5: What are the alternatives to using VLC for saving YouTube videos?
Numerous third-party downloaders and browser extensions exist. However, employing these carries potential risks, including malware and violation of YouTube’s terms of service.
Question 6: Is it possible to save only the audio track from a YouTube video using VLC?
Yes, VLC allows extracting the audio stream from a YouTube video and saving it as an audio file (e.g., MP3, AAC) by adjusting the output settings during the saving process.
Employing VLC to save YouTube videos presents potential benefits but also necessitates careful consideration of legal and technical factors. Responsible usage is paramount.
The subsequent section will provide step by step information.
Essential Considerations for Saving YouTube Content with VLC
This section offers crucial guidance to enhance the effectiveness and legality of capturing YouTube videos using VLC.
Tip 1: Verify the YouTube Video URL. Prior to initiating the process, confirm the accuracy of the copied YouTube URL. An incorrect URL will invariably lead to the capture of unintended content, necessitating a repetition of the entire procedure. Validate that the URL corresponds to the exact video desired.
Tip 2: Ensure Adequate Disk Space. Before commencing the recording, verify that the designated output destination possesses sufficient free space to accommodate the anticipated file size. Insufficient space can result in incomplete recordings or system errors. Allocate adequate storage to avoid interruptions.
Tip 3: Select Appropriate Codecs Judiciously. Choose codecs compatible with the intended playback devices. While modern codecs offer superior compression, older devices may lack the necessary decoding capabilities. Opt for codecs that balance quality and compatibility to ensure seamless playback across diverse platforms.
Tip 4: Monitor Network Connectivity. Maintain a stable network connection throughout the recording process. Intermittent connectivity can disrupt the data stream, resulting in fragmented or corrupted video files. Minimize network interference and ensure a consistent connection to preserve the integrity of the saved video.
Tip 5: Regularly Update VLC Media Player. Ensure that VLC is updated to the latest version. Updates often include bug fixes, improved codec support, and enhanced security features. Maintaining an up-to-date installation minimizes potential errors and optimizes performance during video capture.
Tip 6: Respect Copyright Law. Strictly adhere to copyright regulations when saving YouTube videos. Obtain explicit permission from the copyright holder or ensure that the intended use aligns with the principles of fair use. Unauthorized reproduction or distribution constitutes infringement and carries legal consequences. Copyright should always be respected and reviewed.
Adhering to these considerations will significantly enhance the success rate and legality of saving YouTube videos with VLC. Prudent application of these guidelines is essential for responsible utilization of the software’s capabilities.
The concluding section will summarize the key points.
Conclusion
This exploration of how to rip youtube videos with vlc has detailed the processes, considerations, and potential pitfalls associated with saving video content from YouTube using VLC media player. The discourse encompassed technical aspects, copyright implications, and practical guidance for optimizing the capture process. Successful execution depends on precise configuration, adherence to legal boundaries, and responsible utilization of the software’s capabilities.
The utility of VLC in saving YouTube videos provides a powerful tool for content preservation, its application requires responsible and lawful practices. Users must exercise diligence in respecting copyright and ensuring compliance with applicable laws. The technological capability demands ethical conduct.
