JDI-TTS
Instant-latency neural synthesis for high-throughput real-time voice applications.
Professional voice banking for digital identity preservation and high-fidelity speech synthesis.
MyOwnVoice, developed by Acapela Group, is a specialized synthetic voice creation service designed for individuals facing voice loss due to conditions like ALS, MND, or laryngectomy. As of 2026, the platform leverages advanced Deep Neural Network (DNN) architectures to produce highly natural, expressive digital clones with minimal recording input. Unlike consumer-grade voice clones, MyOwnVoice is architected for integration into professional Augmentative and Alternative Communication (AAC) ecosystems. The technical framework allows for seamless synchronization between local hardware (Tobii Dynavox, etc.) and cloud-based synthesis. Its market position is unique as it balances medical-grade reliability with accessible, user-friendly recording interfaces. The 2026 iteration includes enhanced emotional prosody controls and significantly reduced latency for real-time conversation. The system supports over 30 languages and offers a 'try-before-you-buy' model, allowing users to record and test their voice quality for free before committing to a license for external device deployment.
Uses Deep Neural Networks to analyze vocal timbre and prosody from limited datasets.
Instant-latency neural synthesis for high-throughput real-time voice applications.
Professional AI-Powered Audio Production for Publishing and Marketing.
Turn scripts into professional videos with lifelike AI narration in seconds.
Transform text into ultra-realistic AI voiceovers with emotional intelligence and multi-language support.
Verified feedback from the global deployment network.
Post queries, share implementation strategies, and help other users.
C++ and Java based SDKs for integrating cloned voices into proprietary apps.
Algorithmic application of emotional markers (happy, sad, urgent) to the digital voice.
Cloud-based repository allows voices to be deployed across Windows, iOS, and Android simultaneously.
The neural model is optimized to run locally on mobile processors to minimize response time.
A lexicon management tool that allows users to override phonetic transcriptions.
Uses AI to 'fix' recording artifacts caused by initial stages of speech pathology.
Preventing the loss of identity when speech deteriorates.
Registry Updated:2/7/2026
Immediate need for a digital voice post-surgery.
Clinicians need to provide patients with personalized communication tools remotely.