auralis-vfs
Pip-installable Python library for vocal fatigue scoring from raw speech. Built on ECAPA-TDNN-VHE — returns a normalized fatigue score from any audio input.
INFERENCE Lab conducts reproducible AI research, builds production-grade systems, and trains engineers who can design, deploy, and scale AI in the real world. Evidence over hype. Engineering over branding.
INFERENCE Lab is an applied AI research and engineering organization founded by Muhammad Khubaib Ahmad. It operates as original research, AI/software engineering services, and structured engineering education — under one identity, each track reinforcing the others' credibility.
Our aim: close the gap between people who know AI concepts and engineers who can build, deploy and maintain AI systems.
Real, deployed output — not demos that break the moment they leave a notebook.
Reproducible pipelines, proper evaluation, and a permanent DOI on every research release.
You leave with systems on GitHub and models on HuggingFace, not a PDF.
Research informs the curriculum. The curriculum trains the engineers. The engineers ship the services. Each track makes the others credible.
Original research in low-resource NLP and speech intelligence — conducted independently and through international academic collaboration.
AI/ML engineering, LLM and RAG systems, computer vision, speech AI, and full-stack delivery for organizations.
A structured, deployment-focused curriculum that takes developers from basic Python syntax to deploying production AI systems.
Independent and international research — every release ships reproducible pipelines, evaluation documentation and a permanent DOI.
ECAPA-TDNN-VHE designed from scratch with supervised contrastive loss — 2.5× accuracy over baseline (78% vs 36%), F1 scores 0.85 / 0.78 / 0.70 across three fatigue classes.
Development and occupational validation of an automated vocal load assessment tool for professional voice users — clinical-grade speech analysis in production.
First large-scale Roman Urdu emotion corpus — 134K labeled samples with Fleiss κ = 0.658 (substantial agreement), multi-institute annotation, fully open-source on HuggingFace and Harvard Dataverse.
Large-scale Roman Urdu sentiment corpus built via privacy-preserving embedding pipelines. Benchmarks state-of-the-art Transformer models — addressing a critical gap in low-resource South Asian NLP.
Largest high-quality Roman Urdu sentiment dataset via privacy-preserving embedding pipelines — SOTA 0.84 accuracy, 0.83 Macro-F1.
Time-series forecasting and smart-agriculture DSS — demonstrated 50–60% yield improvement through data-driven intervention.
Multi-institutional international study applying Cognitive Systems Engineering to healthcare ergonomics — systematic analysis of workload, safety, and intervention efficacy.
Libraries, APIs and platforms spanning speech AI, LLM observability, RAG, agents and MLOps infrastructure.
Pip-installable Python library for vocal fatigue scoring from raw speech. Built on ECAPA-TDNN-VHE — returns a normalized fatigue score from any audio input.
Real-time vocal health monitoring tool — streams microphone input, runs auralis-vfs, and surfaces fatigue level and vocal load over a session.
Open-source speaker verification framework using embedding cosine similarity on ECAPA-TDNN representations. Lightweight, no external APIs required.
Pakistani synthetic data library for realistic test fixtures — Urdu and Roman Urdu names, CNIC numbers, phone formats, addresses, and locale-aware records.
End-to-end LLM platform with real-time hallucination detection, structured logging, and a developer dashboard — hallucination rate, latency, P50/P95.
Multi-agent system for automated EDA, cleaning, visualization, and report generation — autonomous data analysis pipelines built on CrewAI.
Image encryption scheme scoring 100/100 against 14 benchmark algorithms across standard cryptographic security tests.
A structured, deployment-focused curriculum across 6 phases and 12.5 months. Every 1.5-hour session is live coding — Saturday introduces the concept, Sunday goes deeper into edge cases, and assignments ship to GitHub by Friday.
From a working terminal to production database architecture. Writing Python that does not break.
8 weeks
NumPy through publication-quality visualization, grounded in real statistical thinking.
8 weeks
Classical ML the engineering way: pipelines, leakage-free evaluation, and experiment tracking.
7 weeks
Neural networks from scratch to fine-tuned Transformers and speech AI pipelines.
8 weeks
Production AI APIs, disciplined LLM engineering, RAG systems, and agents that actually work.
4 weeks
Containerize, automate, ship and monitor. The difference between a notebook and a product.
3 weeks
From published research with public DOIs to open-source libraries used by other engineers, INFERENCE Lab's work is real and verifiable. We build production AI systems, conduct original research in low-resource NLP and speech intelligence, and release our code, models, and datasets in the open — not behind a paywall or a portfolio screenshot.
Currently running our first online cohort and preparing the first Engineering Fellowship. Reach out about training, research collaboration, or AI engineering services.