This is a real neural network, training in your browser as you read. It only knows where each dot is, and learns to color the map: blue where blue dots belong, orange where orange ones do. Once it gets them right, it moves on to a harder puzzle.
inputhiddenhiddenoutput
Each square is one neuron, showing which parts of the map make it fire. The lines are the weights between them: blue ones add, orange ones subtract, and brighter ones count for more.
Right now
I'm building Waifu SpellForge, a card game about anime-style spellcasters. An LLM writes each spell card and a text-to-image model paints it.
It runs on vLLM, Ollama and Stable Diffusion with quantized settings, so it fits on GPUs with little memory and deploys to Hugging Face Spaces. The game rules are still on the drawing board.
Papers
Exact First, Then Fast: An Event-for-Event C++ Rebuild of the Agenthon ABIDES Market
Accepted as a poster at Agenthon 2026: Verifiable AI for Quantitative Finance, a NeurIPS 2026 workshop in Atlanta, December 12, 2026. Written with co-authors.
We rebuilt the Agenthon ABIDES market in C++ to match the original event for event, and only then made it fast.
Where I've worked
Mank Teknoloji
AI engineering intern, June to August 2025
I built the preprocessing pipeline for 3.7 TB+ of speech audio, running 2 to 4 times faster than real time, and fixed broken metadata in 23% of a 500K-sample dataset. I fine-tuned XTTS for a single voice, improving both similarity and speed, and set up CosyVoice2 fine-tuning for multi-speaker voices.
Garanti BBVA AI Factory
AI research intern, July 2024
I compared BERTurk and mT5 for predicting customer satisfaction from Turkish banking text, and tested Vision Transformers on financial documents.
Things I've built
A data agent for Turkish finance
An agent with 45 tools that answers questions about the Turkish economy from 13 million rows of central bank and banking data, built with two teammates for the KKB Hackathon. It took 1st place.
My entry to the AMP Challenge 2027, an international competition on generative AI for new antimicrobial peptides. Two small autoregressive models, the main one with 10.7 million parameters, generate a library of 50,000 peptides, and a selector ranks the top 100.