We provide researchers and companies with deterministic, programmatic audio telemetry. Built on the traditional physics of DSP feature extraction, our datasets are designed to facilitate the advancement of linguistics, the refinement of TTS systems, and the creation of robust, defense-in-depth synthetic voice detection systems.
About Moonscape SoftwareTransparency and Compliance by Design: We reject the "black box" approach to machine learning. We believe the systems companies use to make decisions must be explainable, programmatic, and built from the ground up for regulatory compliance.
Data Quality Over Volume: We believe that better, structured data is fundamentally superior to force-feeding models massive, uncurated datasets. Precision and provenance drive our extraction processes. No garbage in, no garbage out.
Empirical Determinism: Our methodologies are anchored in traditional physics and Digital Signal Processing (DSP). We do not guess; we measure.
Defense in Depth: In an era of synthetic media, security requires foundational truth. We seek to provide the empirical baselines necessary to detect fraud and secure voice systems at the root level.
Establishing the ground-truth for human speech by mapping acoustic physics across 100+ languages.
Current Status: 99 languages ingested. ~500k samples assessed.
Dataset (Hugging Face) Data Dictionary MethodologyEstablishing the ground-truth for synthetic speech by mapping acoustic physics across hundreds of combinations of generations and styles of voice synthesis.
Current Status: ~1.6 million samples assessed.
Dataset (Hugging Face) Data Dictionary MethodologyA lightweight cascading classifier for synthetic voice detection.
The Moonscape MEG is our attempt at developing a proprietary synthetic voice detection system, based on biophysics rather than artifact hunting, to augment existing detection systems and increase defensive depth.
System Access Architecture Map MethodologyA listing of our ingested raw datasets with sources and license information.
Dataset ProvinanceAccess the literature, physics documentation, and architectural papers that underpin our theories and methodologies.
Research Reference Library