
The Multimodal Data Foundry for AI
Enabling scalable data production, standardized packaging, and quality verificationfor multimodal inputs — turning raw collection into trainable, deliverable,and traceable asset-grade datasets.So data enters the AI lifecycle as production-ready, reusable training assets.
Moye exists because the AI world lacksscalable data production, verifiable quality standards, and deliverable data assets.

Raw data is often noisy, incomplete, inconsistent, and semantically unclear,making it difficult to use directly for training, alignment, or evaluation.
[ Data exists, but is not AI-ready. ]

Each modality requires different workflows. Toolchains are fragmented,pipelines are hard to reuse, and delivery quality is difficult to stabilize—preventing data production from scaling like compute.
[ AI's bottleneck is not data volume - it's data oduction. ]

Without standardized QA frameworks and verifiable deliverables,providers cannot prove quality, consumers cannot reuse with confidence,and compliance boundaries remain difficult to manage at scale.
[ Data cannot become production-ready training assets. ]

Unified, reusable pipelines for scalable multimodal production.

Convert raw inputs into AI-ready standardized datasets.

Support alignment needs under a unified framework.

Measurable QA for consistent delivery.

Auditable logs across the full lifecycle.

Ship acceptance-ready assets into Cubo and Rivo.

Core Foundry
Processing Engine

Raw text, images, video, audio, and sensor streams refined into structured, AI-ready datasets.
Datasets prepared for pretraining and fine-tuning with consistent formats and stable quality.
Logs, events, and sequential signals processed into consistent timelines for state and behavior learning.
Domain datasets refined for healthcare, industrial systems, finance, retail, robotics, and private deployments.
Structured, relational, and entity-linked datasets prepared for graph integration and reasoning workflows.
Augmented and derived datasets generated under controlled rules to expand coverage for rare or long-tail scenarios.