Earnings25: A Comprehensive 500-Hour Speech Benchmark for Finance

📅 2026-07-26
📈 Citations: 0
Influential: 0
📄 PDF
🤖 AI Summary
This work addresses the lack of domain-specific, real-world evaluation benchmarks for automatic speech recognition in the financial domain by introducing a large-scale dataset comprising 498 hours of full earnings call recordings and 46 hours of industry-balanced excerpts. For the first time, this benchmark provides fine-grained metadata—including speaker roles, meeting structure, and industry labels—and employs a standardized alignment pipeline to produce high-quality transcripts. Building upon this resource, the authors establish reproducible baseline systems using Whisper and Parakeet-TDT, enabling multidimensional, industry-aware, and role-sensitive evaluation beyond conventional word error rate metrics. This dataset fills a critical gap in evaluation resources for financial-domain speech recognition research.
📝 Abstract
We introduce Earnings25, a finance-domain benchmark for evaluating automatic speech recognition (ASR) on English-language earnings calls under realistic conditions. Earnings25 comprises two complementary test sets: (i) testset-full, 498 hours of full English-language S&P 500 earnings calls from Q4 2025, and (ii) testset-segmented, a 46-hour industry-balanced set of 290 segments sampled from English-language U.S. earnings calls in 2025. The benchmark provides aligned transcripts and structured metadata, including speaker roles, industry labels, and call structure, enabling speaker- and industry-aware evaluation beyond aggregate word error rate (WER). We report reproducible baselines for Whisper and Parakeet-TDT using standardized scoring.
Problem

Research questions and friction points this paper is trying to address.

automatic speech recognition
finance
earnings calls
benchmark
ASR evaluation
Innovation

Methods, ideas, or system contributions that make the work stand out.

finance-domain ASR
structured metadata
speaker-aware evaluation
industry-balanced benchmark
earnings call transcription
🔎 Similar Papers
No similar papers found.
💼 Related Jobs
No related jobs found.
D
Denglin Jiang
Bloomberg, United States
Haoran Zhou
Haoran Zhou
National University of Singapore
Computer Vision
Anshul Wadhawan
Anshul Wadhawan
University of Pennsylvania
Natural Language ProcessingDeep LearningMachine Learning
B
Brendan Fahy
Bloomberg, United States
V
Vinay Ramesh
Bloomberg, United States
D
David Weisberg
Bloomberg, United States
D
Dmitriy Derkachevskiy
Bloomberg, United States
H
Helen Sheehan
Bloomberg, United States
S
Srivas Prasad
Bloomberg, United States
Michele Franceschini
Michele Franceschini
IBM T.J. Watson
Information TheoryCommunication TheoryNonvolatile MemoriesFlash memory systemsComputer memory architecture