Garnitura & VelvetRune
Hey Velvet, I stumbled on this new AI that claims to rebuild entire dead languages from just a handful of inscriptions. Curious how we could fast‑track that into a marketable tool for academia and museums?
That's an enticing idea, but the devil is in the details. First you need a robust corpus: even a handful of inscriptions can be misleading if the language has irregular morphology or a complex script. You also have to consider the provenance of the texts—dating, context, and any potential scribal errors. If you skip those checks, the model might reconstruct a language that looks plausible but is actually a mosaic of misread patterns.
For academia, a transparent methodology is key: show how the model infers phonology, syntax, and semantics, and provide confidence scores for each reconstruction. Museums will care about usability and interpretability: a clean interface that lets curators test hypotheses and see where the AI is uncertain would be more attractive than a black‑box.
So the marketable edge is reliability, not speed. Build a pipeline that first vets and expands the corpus, then offers a user‑friendly interface with clear explanations. Only then can you promise that a handful of lines can truly bring a dead tongue back to life.
Got it, Velvet. We’ll set up a strict vetting pipeline first—automatic OCR checks, provenance tagging, and a manual review step. Then feed the cleaned corpus into a semi‑transparent model that outputs phoneme, syntax, and semantic layers with confidence bars. For the museum front, a sleek dashboard where curators can tweak parameters and see uncertainty heatmaps. Speed comes from automation, but trust comes from the transparent data prep and clear explanations. Let's draft the architecture and get the MVP ready for a pilot.