Indian Speech-to-Text Model Customization
Budget / Salary₹12,500–37,500
TypeFreelance project
LocationRemote
Posted1 hour ago
I need open-source speech recognition stacks fine-tuning for high accuracy, reliable, fully on-prem deployment across seven Indian languages—Hindi, Tamil, Bengali, Marathi, Telugu, Kannada and Gujarati.
My current shortlist of engines is Whisper, AI4Bharat’s Indic models and Vanni from IISc; you are free to combine or layer these as long as the final pipeline remains 100 % open source and runs locally on our GPU servers (Windows CUDA, PyTorch).
What I want from you is a measurable lift in word-error-rate, inference speed and resource efficiency. Techniques such as transfer-learning, domain-specific vocab augmentation, quantisation, batching or ONNX/TensorRT optimisation are all on the table—choose what works best for each language pair.
Deliverables
• A reproducible training & fine-tuning script set (shell + Python notebooks)
• Containerised inference service with REST/gRPC endpoints, ready for on-prem deployment
• Benchmark report comparing pre- and post-tuning accuracy, latency and memory footprint for every target language
• Brief “getting started” document so my internal team can extend or retrain the models later
Acceptance criteria
• ≤ 10 % relative WER reduction over the base model on our internal test set for at least five of the seven languages
• End-to-end transcription latency under two seconds for a 15-second audio clip on an RTX A4000
• All code and configs licensed under compatible open-source terms
If you have prior experience optimising Whisper or Indic ASR models and can point me to benchmarks you’ve achieved, I’m ready to review proposals right away.
My current shortlist of engines is Whisper, AI4Bharat’s Indic models and Vanni from IISc; you are free to combine or layer these as long as the final pipeline remains 100 % open source and runs locally on our GPU servers (Windows CUDA, PyTorch).
What I want from you is a measurable lift in word-error-rate, inference speed and resource efficiency. Techniques such as transfer-learning, domain-specific vocab augmentation, quantisation, batching or ONNX/TensorRT optimisation are all on the table—choose what works best for each language pair.
Deliverables
• A reproducible training & fine-tuning script set (shell + Python notebooks)
• Containerised inference service with REST/gRPC endpoints, ready for on-prem deployment
• Benchmark report comparing pre- and post-tuning accuracy, latency and memory footprint for every target language
• Brief “getting started” document so my internal team can extend or retrain the models later
Acceptance criteria
• ≤ 10 % relative WER reduction over the base model on our internal test set for at least five of the seven languages
• End-to-end transcription latency under two seconds for a 15-second audio clip on an RTX A4000
• All code and configs licensed under compatible open-source terms
If you have prior experience optimising Whisper or Indic ASR models and can point me to benchmarks you’ve achieved, I’m ready to review proposals right away.
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