AI Vision, Acoustic Analysis & Applied Intelligence
Our Mission
We are not afraid of technology; we are its master. The name "Luddite Learning" is a purposeful oxymoron, reflecting our core belief: that by understanding and directing the tools we have, we can achieve remarkable outcomes. Our work is a testament to the idea that ingenuity and a deep understanding of a tool's capabilities can overcome a lack of specialized resources. We're here to show you how common AI can be a powerful engine for uncommon solutions, helping your business adapt and thrive in an ever-evolving digital landscape.
AI for Good
At Luddite Learning, we believe advanced technology should serve those who need it most. That's why we've built simple, browser-based healthcare tools designed for rural clinics and underserved communities across the globe — tools that require nothing more than a cell phone and a data connection. Our AI-powered X-ray Reader provides instant, multilingual interpretations where radiologists are scarce, while our AI Blood Test Reader helps frontline workers understand lab results in plain language, even in low-bandwidth environments. These tools are lightweight, require no data storage, and are available free of charge to clinicians, nurses, and community health workers in developing regions — ensuring that critical diagnostic insights reach those who might otherwise go without.
AI For Profit
The Jeff's Translating Tool is a powerful application designed to streamline the document translation process. It features advanced OCR (Optical Character Recognition) capabilities, enabling it to accurately extract text from even scanned PDF files and handwritten documents, which often pose a challenge for traditional text readers. Once the text is extracted, the tool utilizes the Gemini API to provide a literal translation of the content, with the output delivered in the language chosen by the user. Users can upload multiple PDF documents simultaneously, and the app processes each one individually, providing separate downloadable HTML files for each translated document. This dramatically reduces the time and effort typically involved in translating extensive documents, allowing users to quickly access the translated content in a Word-compatible format.
Valuation
The Gun Valuation Tool is a specialized application crafted to provide users with a rapid, professional assessment of a firearm's value. It features secure image upload capabilities, allowing users to submit photographs of their firearm along with optional descriptive notes for analysis. The core of the tool utilizes the Gemini API for advanced visual identification, historical context retrieval, and market research on comparable trade-in values. Once the analysis is complete, the application performs proprietary calculations to generate a final Dealer Purchase Offer and a Projected Retail Value. The comprehensive report is presented on-screen and is available for download as a professional, multi-page PDF document that utilizes native text flow for reliable printing and includes detailed valuation methodology and legal disclaimers.
Sport/ betting
NFL Play Predictor The NFL Play Predictor is a specialized application crafted to provide users with a real-time, data-driven forecast of NFL offensive play-calling. It features a multi-tab GUI interface built in Python, allowing users to train predictive models, generate pre-game analyses, and track live prediction accuracy during actual broadcasts. The core of the tool utilizes an ensemble machine learning architecture trained on 25+ years of NFL play-by-play data, incorporating down-and-distance situational analysis, play-calling momentum tracking, and team-specific behavioral modeling. Once a model is trained, the application performs proprietary calculations to generate run/pass probability scores and confidence ratings. Live game performance is tracked in real time with running accuracy statistics and a complete play log, and the tool supports separate team models that are automatically selected based on possession. The full application is self-contained, launches from a single Python file, and requires no external services or API keys.
Evaluation
BFI Equipment Analyzer The BFI Equipment Analyzer is a mobile application that gives heavy equipment traders rapid, professional valuations in the field. Users upload equipment photos and an optional engine video, which are submitted together to the Gemini API for analysis. Photos produce equipment identification, condition assessment, and a calculated dealer offer with projected profit margin. When a video is included, an engine analysis module activates and evaluates mechanical health through acoustic assessment of idle quality, turbo operation, hydraulics, exhaust, and transmission — generating a supplemental risk report that only appears when video is provided.
Classic Cars
Classic Car Engine Analyzer The Classic Car Engine Analyzer applies the same photo and video analysis architecture as the BFI Equipment Analyzer to the classic car market. Users submit exterior, interior, engine bay, and undercarriage photos alongside an optional engine video, which are processed together through the Gemini API to assess originality, condition, and mechanical health. The tool listens for period-specific mechanical signatures including valve train tick, rod knock, exhaust leaks, and carburetor hesitation, and cross-references findings against Hagerty, Bring a Trailer, and Barrett-Jackson comparable sales to generate a tiered condition rating and market valuation.
AI for Speed
Ferrari 296 GTB Diagnostic Analyzer The Ferrari 296 GTB Diagnostic Analyzer applies AI-guided protocol analysis to one of the most technically complex no-start problems in modern automotive repair. The tool connects directly to the vehicle's proprietary CAN bus addresses — bypassing the standard OBD broadcast layer that generic code readers rely on — and interrogates the Battery Management System, Hybrid Control Unit, and SRS module at the protocol level. Google Gemini is embedded directly into the diagnostic loop, reasoning in real time about seed/key algorithm responses, Negative Response Codes, and crash lock state data to suggest the precise UDS command sequence required at each step. The tool executes a full crash recovery routine chain including SRS crash data clearing, BMS crash event reset, HV contactor self-test, and hybrid system re-initialization, with a mandatory high-voltage isolation check gating every write operation. Hardware cost to deploy is approximately $75.
I am Jeff, the original Luddite Learner
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Luddite Learning
Hours
Open today | 09:00 am – 05:00 pm |
