Sound Engine DOM
Software Development
- Sophisticated programming techniques are available for all industries that require sound.-
It is a basic premise that the products we create are woven around sound, but there are many of them that are not developable. We are able to create not only by combining the traditional JUCE, but also by custom-making from scratch using C++, for those that are necessary in terms of functionality, but for which no assets are available. This is a skill that we have acquired through our unlimited creativity and our willingness to boldly take on seemingly unattainable projects.
If we have an idea for an attractive product, we will do whatever it takes to make it a reality. We are always ready to take on new challenges and boldly follow our clients' passions.
A sound engine that enables the impossible in the digital domain
Without a doubt, the best piece of software we have developed is the core of our own product, the powerful sound engine DOM.
It has been widely acknowledged that in the digital realm, sound effects are often viewed with skepticism and can significantly degrade the quality of a sound. For this reason, major artists have been reluctant to produce music in the digital realm, which can be done simply and inexpensively on a PC, and have instead produced music in major studios, where large consoles and expensive hardware can be used. The idea that virtual space in the digital realm is not comparable to the real world is deeply rooted, and even today it is considered the norm.
However, believing in the unlimited possibilities of the digital realm, we launched a project to create a completely flawless digital effect that would exceed the cost of a single $10,000 piece of equipment, and we were obsessed with creating a unique algorithm that could only be done digitally.
It was an extremely arduous development, and as a result, an international team had to be assembled. The idea took shape by recruiting the best talents from around the world, one after another, for programming that would have been impossible in Japan. The result was a complete and flawless sound engine, with the ability to manipulate sound at will,
The result is a complete sound engine that can easily transform a $10 pair of earbuds into a $400+ pair of high-end earbuds through the DOM.
The DOM has evolved to the point where it can build algorithms and formulas that can easily transform a $10 pair of earbuds into $400 or more high-end earbuds.
With the advent of DOM, the conventional idea of sound quality improvement that relies on hard gear is no longer necessary at all, and complete DXing of sound becomes possible.
For example, $10 earbuds to $400 luxury earbuds.
Is it really possible to achieve such a dream through software and apps?”
However, when they actually hear the sound through the DOM, the people in charge at each company roll their eyes and are astonished at how wonderful it is.
The sound effects that we consider with DOM are not something that enthusiasts or a few people can hear and understand, but are at a level where all people can clearly recognize the difference in sound quality, and the difference is powerful and drastically different. When setting up the development concept,
The innovation technology that will revolutionize the industry should be for all mankind, and clarity that can be recognized by all is the lifeline.
He concludes. The algorithms and formulas that support this powerful sound are those that have completely solved the problems of crackling, thinning, and the spoiling of sound quality by digital technology, which have been considered problems in the digital domain up until now. It is the heart of the DOM that has created a completely new world view.
Dream sound engine can be flexibly transferred to any industry
Having described the dreamy sound engine, there are numerous destinations for its use. From smartphone apps, games, and direct build-ins to various platforms, to wireless equipment in the aerospace and aviation industries. In the medical field, it is used as a communication tool in operating rooms and for hearing aids. Revolutionary sound can be achieved by programming the DSP and integrating it directly into earphones, headphones, smart speakers, hearing aids, and other devices.
These flexibility and versatility are largely due to the fact that the algorithms and formulas, which can be described as flawless, are made possible by programming centered on C++, which has been in use for a long time. And the relative ease of transformation to industrial language forms such as Linux and Web Audio makes it possible to address virtually any industry in which sound exists.