AI & The Evolving Landscape of Personal Data Privacy

black android smartphone on top of white book

Photo by Pixabay on Pexels.com

If I wish to create an AI Avatar based on all public data that is available on Amitabh Bachchan, what is stopping me as of today or even tomorrow?

OR, imagine a daughter, who being an AI scientist, creates an avatar based on her father’s writings, social media, messages, images, audio and video recordings. After he has passed away, she interacts with this model to avoid missing him. Is this good for her mental health?

a robot holding a wine
Photo by Pavel Danilyuk on Pexels.com

CONTEXT

Using AI to recreate someone’s personality, mannerisms, or conversational style is a complex topic with many ethical, emotional, and technological considerations.

From a technological perspective, it’s plausible that AI could be trained to mimic the speech patterns, mannerisms, or conversational style of a specific person, especially if a large amount of data is available. However, it’s important to remember that the AI is only simulating the person’s responses based on the data it has been trained on. It is not conscious or sentient, and it doesn’t truly understand the content it is generating.

From an ethical perspective, there are several concerns. One is the question of consent. Did the person agree to their data being used in this way? There are also concerns about privacy and the potential for misuse of such a system. In addition, it’s important to consider the potential emotional harm to the person interacting with the AI. They might become dependent on it or have difficulty moving on from their grief.

Advertisements
woman in pink and yellow crew neck t shirt holding brown notebook
Photo by Julia M Cameron on Pexels.com

WHAT CAN YOU DO?

Being mindful about where and how you share your data can significantly reduce the risk of it being misused. Here are a few strategies:

  1. Limit the amount of personal information you share: The less you share, the less data there is to be collected. This includes not only what you post publicly but also what you share with companies and organizations.
  2. Use privacy settings: Most platforms offer privacy settings that let you control who can see your data and how it can be used. Be sure to review and adjust these settings to suit your comfort level.
  3. Be mindful of permissions: Many apps and services request permissions to access your data. Be mindful of these requests and only grant permissions that are necessary for the app or service to function.
  4. Use encrypted services: Encryption can protect your data from being intercepted or accessed without authorization. Look for services that offer end-to-end encryption, especially for sensitive data.
  5. Stay informed about data privacy: Laws and technologies related to data privacy are constantly evolving. Staying informed can help you make better decisions about how to protect your data.
Advertisements
black laptop computer turned on showing computer codes
Photo by Markus Spiske on Pexels.com

WHAT IS NOT IN YOUR CONTROL?

While completely avoiding public platforms could significantly reduce the risk of your data being collected and used without your consent, it’s not a foolproof solution. Here’s why:

  1. Public platforms are just one source of data: Other sources of personal data include public records, customer databases, credit reporting agencies, and more. Even if you avoid public platforms, your data might still be collected from these other sources.
  2. Data breaches: Companies and organizations that hold your data might suffer data breaches, leading to your data being exposed without your knowledge or consent.
  3. Indirect data collection: Even if you don’t use a particular platform or service, your data might still be collected indirectly. For example, a friend might upload a photo of you, or someone might mention you in a post.
  4. The “data shadow” problem: Even if you avoid producing any data yourself, others can still create data about you. For example, if your friends or family talk about you online, they are creating a “data shadow” that represents you to some extent.
Advertisements

POLICIES AND REGULATION

icra iflas piled book
Photo by Pixabay on Pexels.com

Regulating the use of AI models can be challenging, especially in situations where the technology is being used privately or secretly. However, there are several approaches that could be considered to mitigate potential harm.

  1. Legislation and Regulation: Governments could enact laws and regulations to control the use of AI technology. This could include rules about data privacy, AI transparency, and the use of AI to mimic individuals without their explicit consent. However, enforcing such regulations could be challenging, especially when it comes to international or clandestine use.
  2. Ethical Guidelines: AI researchers and organizations could establish ethical guidelines for the use of this technology. Many AI organizations already have such guidelines in place, and they could be expanded to include specific rules about the use of AI to mimic individuals.
  3. AI Education: Education about the capabilities and limitations of AI could help the general public understand the potential risks and benefits of this technology. This might deter misuse and help people make informed decisions about their own use of AI.
  4. Technical Measures: Technical measures could be put in place to prevent misuse. For example, AI models could be designed to require explicit consent from the person being mimicked, or to detect and block attempts to mimic a specific individual without authorization.
Advertisements
white product label
Photo by Miguel Á. Padriñán on Pexels.com

WHAT CAN TECH ORGANIZATIONS DO?

  1. Explicit Consent during Data Collection: Before training an AI model on personal data, the person whose data is being used could be asked to provide explicit consent. This could be managed through legal agreements or user interfaces that require the person to acknowledge and agree to the use of their data.
  2. Watermarking or Data Tagging: Data used to train AI models could be “tagged” or “watermarked” with information about the consent status. The AI model could then be designed to recognize these tags and behave accordingly. This could potentially help to prevent the unauthorized use of personal data, although it would require careful implementation to ensure the security and integrity of the tags.
  3. Robust Anonymization: Personal data could be anonymized before it’s used to train an AI model. This would make it harder to mimic a specific individual, although it might also limit the AI model’s ability to mimic human-like conversation.

As for detecting and blocking attempts to mimic a specific individual without authorization, this could be even more challenging. AI models generate responses based on patterns they’ve learned from their training data, and they don’t explicitly know whose patterns they’ve learned. One potential approach could be to use another AI model to analyze the output and identify potential mimicry, but this would likely be complex and prone to error.

It’s also worth noting that these technical measures would not be foolproof. Determined bad actors might still find ways to misuse AI technology. Therefore, it’s also important to implement the measures listed earlier, like legislation, regulation, and education.

SUMMARY

These measures can be circumvented by determined actors, and they don’t completely prevent the misuse of personal data.

This is a complex issue that requires ongoing effort from governments, organizations, and individuals to address.

It’s also a topic of active research in the field of data privacy and AI ethics.

Making ourselves aware of data privacy laws and knowing what actions to take is of primary importance right now.

One response to “AI & The Evolving Landscape of Personal Data Privacy”

  1. […] AI & The Evolving Landscape of Personal Data Privacy – Thoughts & Memories (vipinbhasin.co… […]

Leave a Reply

One thought on “AI & The Evolving Landscape of Personal Data Privacy

Leave a Reply

%d bloggers like this: