Applications and Risks of Deep Fake technology

The investigation and use of artificial intelligence, machine learning, and deep learning have dramatically expanded the possibilities for business activities, and the video industry is in the middle of a technological revolution as a result.

 

The video industry sector has experienced numerous exciting breakthroughs thanks to new technology, particularly AI. However, although the beneficial potential of these skills is being fulfilled with great success, individuals with evil intentions are working on ways to use these technologies in illegal or otherwise unethical ways. One of these fascinating developments, deep fake technology, is surely not an exception to this norm.

 

Deepfake, a phrase created by combining the words “deep learning” and "fake," employs cutting-edge technology to drastically change films, giving the impression that individuals have said or done things they haven't. Due to both the fantastic applications of the technology and worries about its abuse, deep fakes have become well known.

 

Deepfakes are manufactured works of art in which the resemblance of a different person is used to replace a real person in a photograph or video. Deepfakes use potent machine learning and artificial intelligence techniques to edit or synthesize visual and audio information that can more readily fool, even though the act of producing fake content is not new. 

 

The most common deep learning-based machine learning techniques for producing deep fakes include training generative neural networks designs like autoencoders or generative adversarial networks (GANs).

 

History of Deepfake Technology

 

Deepfakes are artificial media produced by machine learning algorithms and are so-called because of the deep learning techniques utilized in their production and the fictitious events they portray.

 

Deepfake techniques span a variety of fields and sectors, including neuroscience as well as programming, visual effects, and computer animation. When done effectively and with the help of advanced and potent technology, they may be impressively realistic and challenging to detect.

 

But in the end, machine learning is a fundamental idea for data scientists, and as such, it presents a fascinating field of research about deep fakes and the predictive models that were used to produce them. These models' training procedures, algorithmic frameworks, and synthetic output provide an understanding of deep learning and data.

 

In 2017, a Reddit user going by the handle "deep fake" shared pornographic movies made using face-swapping software that swapped out the visage of the original subjects for those of well-known celebrities.

 

Deepfakes have been used more frequently than any other industry to date in the porn business, despite appearing in a range of applications. According to a 2019 analysis by the cybersecurity company Sensity, formerly known as Deeptrace, which is located in Amsterdam, "non-consensual deep fake pornography accounted for 96% of the total deep fake movies online."

 

Deep-learning technology, including early iterations of the models that create deep fakes (also known as synthetic media), has been around for a long time, but most applications were hampered by the outdated graphics processing capabilities of computers at the time.

 

Geoffrey Hinton, a cognitive psychologist, and computer scientist introduced the artificial neural network, which, according to freeCodeCamp member Nick McCullum, made a substantial contribution to the study of deep learning.

 

Hinton's artificial neural network was designed to closely mirror the architecture of the human brain, passing signals via layers of nodes that analyze a lot of data to learn and categorize information. It is a key part of modern deep fake methods.

 

Artificial neural networks, or ANNs, transmit unprocessed data (noise) from their input layers to their intermediate (hidden) levels and then to the output layer, much to how neurons in the human brain give the data they receive meaning as they process it.

 

For instance, visual effects professional Chris Ume has produced some of the most well-known deep fakes. Chris Ume provided a behind-the-scenes look at his terrifyingly accurate viral deep fakes of Tom Cruise on TikTok.

 

As much data as possible — photographs, movies, everything you can discover — is needed to create such complex deep fakes, according to Ume in an interview with Science Weekly. To have just the finest of the best, you scour through them and clean everything.

 

The Tom Cruise videos' uncanny authenticity can be attributed in large part to the wealth of available data. The performer has been recorded and captured on camera for close to 40 years, thus the sheer amount of data that might be utilized for training results in a deep fake that is astonishingly realistic.

 

Deep learning was developed throughout time by researchers in a variety of disciplines, including computer science, artificial intelligence, neurophysiology, cybernetics, and logic. Deep learning has its origins in cognitive science.

 

Beneficial Applications of Deepfake Technology

 

Applications for deep fake technology have been expanding quickly. Deepfakes are fake videos produced by computers. They produce new films by stitching together photos to show things that never happened, including remarks or actions. Deepfakes are fake videos produced using computer software and machine learning. The results may also be quite persuasive. Deepfakes are distinct from other forms of misleading information, as well. They are exceedingly elusive to find.

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Beneficial Applications of Deepfake Technology

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1. Accessibility:

 

With growing precision, artificial intelligence may be used to develop gadgets that can hear, see, and soon think. Artificial general intelligence has made this possible (AGI). Artificial intelligence-generated synthetic media can also give humans more agency. By making accessibility tools more intelligent, inexpensive, and individualized, grants them independence. Additionally, AI-based technologies can increase everyone's access to solutions.

 

2. Education:

 

A teacher may use deep fakes to help give more interesting lectures. These teachings would also transcend beyond the limits of conventional visual and media mediums.

 

History may be brought to life in the classroom via synthetic media produced by artificial intelligence. enhancing learning through interaction and engagement. It will be more effective to use a voice-over and film of a historical character or a fake movie of reenactments. It might improve engagement and make the learning process more efficient. Synthetic voice and video can help students learn and succeed because of their size and inexpensive cost.

 

3. Art:

 

Deepfake can make pricey VFX techniques more accessible. For a small fraction of the price, it may also develop into a potent tool for independent storytellers.

 

The main ideas of humor or parody may be accurately realized with the help of deep fakes. These might be an imitation, exaggeration, distortion, or appropriation of actual occurrences. Additionally, synthetic media produced by artificial intelligence has enormous promise. Opportunities in the entertainment sector may become available. Additionally, a lot of independent producers and YouTubers are taking advantage of the chance.

 

The creation of video games can be sped up by using AI-generated visuals and images. A hybrid gaming environment developed using deep fakes was exhibited by Nvidia, and it will likely be made available shortly.

 

Audio narrative and book narration are two more excellent applications for synthetic voice. Using the author's artificial voice font, the book's audio version may be produced. Additionally, companies may increase the audience for their material by employing synthetic voice-overs performed by the same person in many languages.

 

4. Expression and Independence:

 

In autocratic and oppressive regimes, human rights defenders and journalists might utilize fake media to maintain their anonymity. Using technology to report crimes on conventional or social media gives citizen journalists and activists a lot of power. To safeguard people's privacy, Deepfake may also be used to disguise their voices and appearances.

 

To express themselves online, people can employ Deepfakes to create avatar experiences. Using a personal digital avatar can help people become more autonomous and broaden their goals, ideologies, and views. The online expression will be aided by artificial avatars of persons with physical or mental limitations. People can use deep fakes to access new platforms for self-expression and social interaction online.

 

5. Spread and Amplification of the Information:

 

Podcasters may produce synthetic audio from text with fewer mistakes by using Text to Speech algorithms. By employing the podcaster's speech font, the process may be sped up.

 

Deepfakes are a tool that influencers may use to increase their audience and reach. Using deep fakes, a brand may communicate with a huge number of consumers in a targeted and individualized way. Digital models and AI-generated deep fakes are also emerging as a new fashion and brand marketing trend.

 

The AI Foundation is creating personal AI with the approval of influencers and celebrities. This would increase and expand their audience and foster greater fan involvement. It can also give customized experiences on a large scale.

 

6. The Public Safety and Digital Reconstruction:

 

It takes both science and art to recreate a murder scene. It calls for both deductive and inductive reasoning, as well as supporting data. Synthetic media produced by artificial intelligence can help in crime scene reconstruction. Additionally, a group of civil detectives used recordings taken on cell phones to build a virtual crime scene. It made use of security video and autopsy results.

 

7. Recent Advancements:

 

Data and AI are aiding with digital transformation and automation in many sectors. As a means of interacting with clients and providing value, Deepfake is also gaining popularity.

 

Reuters showed an AI-Generated deep fake presenter-led sports news summary system to customize content at scale. Customers can become models thanks to deep fakes in the fashion retail sector. They could be able to digitally try on the newest outfits and accessories.

 

An engaging app may also be created using the faces, bodies, and even little habits of customers. They will be able to try on the newest fashion trends because this will provide a deep fake. An artificial intelligence engine has been created by Data Grid, a Japanese artificial intelligence company. Additionally, it automatically creates virtual models for advertising and fashion.

 

Brands can establish a virtual trial room using the deep fake strategy. Customers can test things here before buying them. A mixed reality environment driven by AI may be created by retailers to engage customers at home. They might test furnishings and design their area because of it. AI may also be used to augment and increase the resolution of low-quality photos. These deep fake-enhancing methods are very beneficial for vintage media.

 

Risks of Deepfake Technology

 

1. Corporate Level Fraud:

 

Attack strategies based on deep fakes are the most prevalent. No longer do scammers attempt to get a company's employee to wire money via a bogus email. They influence them by calling them on the phone and pretending to be the CEO or CFO.

 

2. Taking advantage of people or businesses to get money:

 

Faces and sounds copied to media files via deep fake manipulation reveal people making bogus claims. You could film a CEO delivering fictitious announcements. Additionally, a corporation may be subjected to blackmail by an attacker who threatened to leak the footage to media outlets or publish it on social media.

 

3. Fake News/False Information:

 

Throughout history, fake news has been used to foment dissension and division. It is still employed today to mislead the public and sabotage social, commercial, and political activity. Doubt and uncertainty may be sown by fake recordings that portray actual events or show real individuals talking and acting in ways they never would have. The false news business already makes an effort to achieve this.

 

4. Fraudulent videos:

 

Using the first iteration of deep fake technology, a film was produced in which a Thai actor took the place of President Trump. The warped video attracted a lot of attention and was posted widely on social media. The actress from the initial video claims that the President is genuine in other videos that have gone viral, while the President asserts that he is not.

 

Conclusion

 

Deepfakes provide us with a wonderful possibility to improve our lives. The creation of synthetic media by artificial intelligence has the potential to be a strong facilitator. Deepfakes may give individuals a voice and a sense of direction. New concepts and capacities for empowerment have evolved from many spheres of life, including public safety, accessibility, and the arts as well as business. Regardless of one's restrictions, deep fakes have the power to let others in.

 

But as technology for synthetic media becomes more broadly accessible, the possibility of exploitation increases. Deepfakes have the power to deceive the public, tarnish people's reputations, and create a proof. Public trust in democratic institutions may decline as a result. It will be a fantastic technology to employ with more advancements and improved legislation related to Deepfakes.