Building the next generation of neuro-symbolic intelligence. We unite symbolic reasoning with neural perception to solve math, diagrams, and science with precision, explainability, and real-world rigor.
Giyamiti is our flagship neuro-symbolic engine for STEM diagrams. It reads sketches, extracts exact geometric relationships, and transforms them into scalable SVG representations with zero hallucination. Designed for scientists, educators, and engineers who need dependable, mathematically faithful visual reasoning.
Giyamiti doesn't guess. It extracts actual scientific measurements and proportions from hand-drawn figures to generate geometrically perfect SVGs.
Unlike standard generative models that invent details, our NeuroSymbolic engine guarantees 100% factual adherence to your input.
A highly customized inference pipeline ensures massive outputs while consuming a fraction of the computational tokens.
Empowering DTP operators to generate zero-error, fully editable diagrams with one click through AI-driven rendering.
Launching advanced 3D rendering for STEM diagrams, turning complex science and math visuals into immersive, editable models with AI accuracy.
Integrating with live classroom platforms so educators can draw freely and instantly get perfect, interactive 3D diagrams from Giyamiti.
Expanding the neural pathways. Moving beyond sketch-to-SVG to highly complex text-to-diagram generation with scientific reasoning.
Launching our proprietary AI-native document format. A closed-loop ecosystem where text and Giyamiti diagrams integrate seamlessly.
The ultimate visual IDE. A code-editor-style interface for generating ultra-complex systems like protein folding structures and semiconductor architecture.
Building from scratch: integrating LLM, JEPA, quantum, and Giyamiti into a unified architecture for next-gen reasoning, perception, and symbolic geometry.
Connecting Giyamiti to physical infrastructure for real-world sensing, spatial control, and reliable geometry-aware automation.