Deep-sound technology, which leads to the cloning of sounds or the almost perfect reproduction of people’s voices, can be used for both good and bad purposes. For example, it can be used in voice combination services to restore sound to people who have lost this ability due to complications such as amyotrophic lateral sclerosis, apraxia, traumatic brain injury, stroke, or the like.
This technology is currently used in the film and television industries, gaming and call centers, and there is countless potential for its use in cryptography and therapy. At the same time, it cannot be questioned that diphtheria audio technology is a major threat to democratic processes, especially those related to privacy. If used maliciously, diphtheria audio technology can lead to fraud, deception and harassment.
Precisely because of these good and bad potentials, now is the time to pay close attention to diphtheria audio technology and examine it in ways that reduce the risk of deceiving people, especially the fact that a celebrity has said something. In fact, he did not say so.
What will be the uses for businesses? The figures show that there is a great opportunity for economic organizations to use audio technologies and enter new businesses. In 2018, AppDynamics reported that by 2020, more than half of all web-based searches will be done by voice.
On the other hand, 61% of top IT decision-makers go a step further and expect voice commands to completely replace manually typed commands for finding information across the Internet. And the younger generation is at the forefront of this field – 84% of 21st century people already use voice assistants to monitor their daily routine and responsibilities.
Let’s take a look at the pros, cons, and future that awaits Deepofac audio technology.
Possibility of speaking naturally by people suffering from medical problems
The ability to communicate and share thoughts and feelings with words is very important, and in fact this is one of the few features that make us human beings unique. But current traditional voice-over technology can do much more for people who do not have the ability to speak.
Take voice control, for example, in the development of home automation technology. Voice cloning can give people who are unable to speak naturally become more independent and make better use of devices that are controlled by voice commands.
By 2021, the number of voice assistants will be greater than the number of humans on the planet, according to Ovum’s “Digital Assistant and AI-Based Voice Assessment Forecast.” Let’s look at Google Voice Assistant, for example. The assistant voice is generated using the Tacotron 2 speech-writing system, which relies on two deep neural networks.
The first network converts text into a visual image (or spectroscopy) of sound frequencies over time, and then a WaveNet system analyzes the spectroscopy and forms the audio elements. Output is speech that is not much different from ordinary human speech and can even pronounce very difficult words well.
Interactive content for online learning courses
Cloning sound with artificial intelligence eliminates the need to take notes or revise notes in each classroom to find potential errors. On the other hand, the cost and time of professionally recorded lectures are reduced and online learning courses become more accessible. This is no small feat, especially in the current crisis, when the Covid-19 pandemic has placed many restrictions on people.
Fake but highly realistic videos with sexual or violent scenes made by combining technology with video and audio technology can be used to extort money from people.
If you have ever received an email with the words “Contact X Bank for more information on money transfer process”, you have probably heard of spam emails and paid no attention to them. . But a phone call from someone who sounds very similar to one of your trusted audiences and encourages you to respond to an email may change your mind and cause you to do something you later wished you had never done. .
A person may pretend to be the CEO of a company and, in this important position, start publishing information on the subject in telephone calls related to financial reports. Shareholders and investors will be deceived and will think the stock price is what it really is. The same malicious technique can be used to destroy industrial competitors.
Use in the enterprise-to-enterprise model
Considering the findings in the AppDynamics report mentioned above, the widespread use of sound reproduction technology is not far off. 69% of IT decision makers work in companies that have either already invested in technology or want to invest in it over the next three years.
Whether you are looking for sound reproduction, treatment for speech problems, gaming, cryptography or anything else, sound cloning technology can be used in a wide range of industries. For example, by developing a real-time system in the gaming world, gamers can be allowed to use different sounds in in-game chats. When it comes to diphtheria audio technology, the world is changing very fast.
Sound clone for call centers
Reespecher is now working on breakthrough technologies that allow operators on the other side of the water to sound like natives. So when you call one of these centers, you will feel that you are talking to a citizen of your country. Robotic operators, on the other hand, will soon have a more humane voice.
Deep audio technology undoubtedly carries its own risks, but the first step to doubly focusing on the positive aspects of technology is to identify the negative aspects and try to reduce them. Cloned voices that are no different from the original speaker’s voice can be the best possible tools for filmmakers, gamers, and other media producers.
Digitally reproduced voices soon embrace a variety of emotions and moods, as evidenced by voice assistants such as Samsung Bixby, Apple Siri, or Amazon Alexa. And with the arrival of voices that are able to convey emotions, counseling and companionship will take on a whole new form.