Find Failure
Continuously identify where models struggle in real-world deployment instead of relying on assumptions.
Continuously identify where models struggle in real-world deployment instead of relying on assumptions.
Determine exactly which experiences and annotations are needed to improve the next model iteration.
Route the right tasks to the right experts, producing high-quality training data at scale.
The models you deploy keep learning — from every interaction.
A self-reinforcing data flywheel that continuously improves model performance.
Smarter data.
Smarter models.
Intelligence should not exist as a collection of isolated models or disconnected workflows. It should operate as a continuous system that observes, learns, adapts, and improves over time.
Robots need real-world data to learn what the internet doesn't have.
$18.6B
Invested in Robotics in 2024
↗ 31% YoY
2.4x
More deployment of AI-enabled robots (2023–2024)
Enterprises care more about accuracy, consistency, and trust than model size.
reliability priority in 2026*
of enterprise AI initiatives cite reliability as the top priority in 2026*
57%
Of production LLM outputs require human review today*
4.3x
Higher cost of errors than model improvements*
1 in 2
Enterprises have delayed AI projects due to reliability concerns*
*Sources: Deloitte 2026 AI Outlook, Gartner, Stanford AI Index 2025
The best models are limited by the quality and relevance of training data.
>80%
Of AI projects are limited by training data quality or availability*
10x
More high-quality data needed for frontier AI models (MoE era)*
*Sources: McKinsey, Scale AI, Stanford AI Index 2025

The bottleneck has moved from compute to the right data.
— The Thoth Thesis
Every interaction, every failure, every fix makes the system better.
2–5x
Performance improvement from continuous learning loops vs static training*
30–50%
Lower total cost of ownership with continuous learning systems*
*Sources: BCG, Windsurf AI, Stanford AI Index 2025




























1,000+ experts across robotics, vision, multimodal reasoning and RLHF.
A research and engineering team working alongside your model roadmap.
Real operators, live capture — teleoperation, demonstration and failure recovery at scale.