We’re thrilled to announce Soundly’s FMOD Studio Integration. FMOD Studio is a popular game audio middleware and this collaboration streamlines the workflow for game audio designers, making their creative process more efficient and enjoyable. Using FMOD Studio’s renowned interactive audio design tools, this marks a significant advancement in sound design for games.
Read moreWe’re excited to introduce our integration between Soundly and Studio One, a DAW cherished by many of our users. Studio One was first launched in 2009 and is acclaimed for its simplicity and versatility, widely used for creating, recording, mixing, and mastering. Studio One has features like integrated Dolby Atmos, a global video track for audio-visual synchronization, and a unique vocoder for inventive sound design, making it a top choice among audio professionals.
Read moreAs Halloween nears, we're excited to update the Soundly library. This year's highlight is The Aztec Death Whistle, a sound so terrifying it is considered the world's most horrifying noise!
Read moreSoundly is delighted to announce a collaboration with Sounding Wild, led by brothers Axel and Ario Drioli. United by a shared passion for sound conservation and environmental storytelling, the two organizations are joining forces on the “Wings Across Continents” expedition. Following the East Atlantic migration flyway, the expedition captures and shares the beauty of African-Eurasian bird migration using sound recording, spatial audio design, wildlife photography, and videography. Soundly’s expertise in preserving diverse sounds complements Sounding Wild’s ecological mission, creating a harmonious blend of technology and nature.
Read moreSoundly and Acon Digital have collaborated to create HANCE, a cutting-edge audio enhancement solution that is set to revolutionize industries such as telecom, post-production, aerospace, and intelligence. The HANCE Audio Engine, developed by Soundly and Acon Digital engineers, is the result of years of research and experimentation in audio processing and machine learning. The engine is built on a unique combination of deep learning and evolutionary computing techniques, enabling it to quickly and accurately learn from auditory data and tackle various audio-specific tasks, including noise reduction, reverb removal, dialogue boost, and music removal. It is also extremely CPU-efficient and has a low memory footprint, making it suitable for various applications, including video conferencing, live broadcasting and audio forensics.
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