What is digital scent and how does it work?

The process of technology development has been moving forward in the last few decades, and although with the beginning of the era of artificial intelligence, all attention has been focused on chatbots such as: Bing or ChatGPT, but another technological innovation that grew from stories and ideas. It is a digital scent that is also referred to as DST.

Digital Scent aims to introduce the sense of smell into our digital lives. In terms of computing, this sense has been forgotten, but the emerging technology that is evolving today promises to change that.

How does digital scent work?

It is important to mention that digital scent is a hybrid technology and will not be used in web stores quickly. However, the fundamental principles and mechanisms behind digital scenting are still being implemented, and growing research is refining the technology.

Although this technology is complex, it can be divided into 3 parts.

• Making smells and scents: This is the first step in the advancement of this technology, and it is in such a way that the identity of the chosen scent must be determined or an identity for the created scent and perfume must be determined. This process involves the use of components of chemical compounds to mimic the desired scent.
• Scent Digitization: Once the scent is created, it should be digitized in the next step. It involves creating a unique digital scent, and the unique combination of data creates a unique scent as well.
• Scent reproduction: In the final stage, we reach the re-production of the scent. This is the part where the digital signature is decoded and the scent is recreated by a device known as a “scent synthesizer”. These devices use a combination of chemicals to reproduce a scent based on a digital signature.

If you’re still having trouble understanding how a scent blending device works, you can compare it to a printer. The printer uses different colors of ink cartridges to produce the color you want. The aroma compounder has a similar function and reproduces your desired aroma by extracting and combining the perfume chemicals from the cartridge.

Application of digital scent technology

History is littered with technologies that have fallen into disuse due to lack of applicability, application, or lack of attention. On paper, the list of uses of digital scent is long enough to increase its survival rate in the sales industry or digital businesses. This technology is also trying to survive the TAC criteria which are also used for the survival and adaptability of the technology in society.

Applications of digital scent include the following:

• Strengthening virtual reality technology: Currently, virtual reality technology is revolutionizing the field of entertainment, but digital scent can make virtual environments more attractive through the addition of olfactory dimensions and scents. The strong smell of weapon smoke while fighting in war or the feeling of oil and plastic in car racing can change the experience of virtual reality in an incredible way.
• electronic commerce: Customers who shop online from stores can feel the scent of products such as perfume and candles before purchasing, which will add a new and exciting layer to the customer’s shopping experience.
• Therapeutic uses: By producing special aromas, digital aroma can help treat diseases such as anxiety and depression and have a significant impact on treatment methods.
• Cooking: The idea of ​​smelling food and food before buying it is infinitely satisfying and hungry, and digital aroma can create a huge transformation in the important and vast food industry.

How will artificial intelligence creativity change our attitude?

• Environment simulation: Digital Scent can be used to train people in different jobs. For example, many firefighters face unimaginable fear and anxiety on their first mission, but the digital scent makes the person more prepared and familiar with the work environment or the desired environment, and the anxiety is also reduced.
• Customize the environment: Like the perfume dispensers used in workplaces and organizations, the digital perfume manufacturer can also spread your desired fragrance in the environment to create a better feeling in the environment and make the environment more intimate.

The applications of this technology are innovative and critical in a way that allows it to survive against TAC criteria and has wide applications in various fields. In addition, with the growth and evolution of digital scent technology, the fields used by this technology are also expanding day by day.

The future of digital fragrance

With the explanations provided and the attention of experts and technology enthusiasts, it seems that the smell of innovation is in the air, which means that the digital aroma is the next technological bomb that will explode sooner or later with positive and negative changes.

Although this technology is still in its early stages, it has great potential. In addition, ethical considerations should not be forgotten but should be considered; As with many ethical concerns surrounding artificial intelligence. Additionally, there are likely to be digital ownership issues. For example, can you recreate the scent of your favorite perfume without infringing digital property?

Looking ahead, it appears that there will be an accelerating growth in the development of small, inexpensive, and practical devices and tools for the application of digital scent. In addition, the expansion of digitalizable fragrance libraries will also be very important in expanding the uptake of those fragrances.

Conclusion

Digital scent still has a long way to go, just like other senses like sight and hearing, to be successfully transformed into a user experience. Only time can answer the question of whether this technology will fail, or in the future we will have to use another of our senses while playing games and watching movies.

Of course, the list of uses for this technology will act as a driving force, and it’s likely that the early versions on the market will have limited use, but this is a path that many everyday technologies have successfully traveled.