AMI Meeting Corpus
The gold-standard multimodal benchmark for multi-party conversational AI and speech diarization.
The gold-standard benchmark for 102-language massively multilingual speech recognition and identification.
FLEURS (Few-shot Learning Evaluation of Universal Representations of Speech) is a critical infrastructure dataset and benchmarking framework developed by Google Research, now serving as the industry's primary validator for massively multilingual speech models in 2026. Built upon the FLoRes-101 translation evaluation set, FLEURS covers 102 languages with approximately 12 hours of supervised speech data per language. Its technical architecture is uniquely 'n-way parallel,' meaning the same sentences are recorded across all languages, enabling precise cross-lingual performance metrics. In the 2026 market, FLEURS is the foundational benchmark for assessing Automatic Speech Recognition (ASR), Language Identification (LID), and Speech Retrieval capabilities. It provides the necessary telemetry for developers to measure the zero-shot and few-shot performance of Universal Speech Models (USM) and large-scale foundation models like Whisper-v4 or Google's Chirp. By providing high-quality 16kHz audio paired with verified transcriptions, it allows for the granular evaluation of model robustness in low-resource linguistic environments, ensuring AI accessibility across the global south and diverse dialectal groups.
Every sentence in the dataset is translated and recorded across all 102 languages.
The gold-standard multimodal benchmark for multi-party conversational AI and speech diarization.
The industry standard for self-supervised speech representation learning and acoustic feature extraction.
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Verified feedback from the global deployment network.
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Includes 102 languages categorized into 7 major geographical groups.
All audio is normalized to 16,000Hz sampling rate in mono format.
Provides ground-truth labels for 102-way classification tasks.
Transcriptions are human-verified and aligned with the FLoRes-101 machine translation set.
Specifically designed to test how well models generalize to unseen languages.
Data is categorized into regions like Western European, Sub-Saharan African, and South Asian.
Ensuring a single ASR model can accurately transcribe 100+ dialects for a global helpdesk.
Registry Updated:2/7/2026
Detecting the language of an incoming audio stream to route to the correct human agent or AI bot.
Developing speech tools for languages like Wolof or Quechua where training data is scarce.