Roboto

Roboto is an analytics engine designed specifically for robotics and physical AI systems. It addresses the challenges faced by robotics teams in managing and interpreting large volumes of robotics data, helping them understand robot behavior, diagnose failures, and identify areas for improvement. The platform is used by teams building robots from prototype to production, and is positioned for industries where uptime and reliability are critical, such as drones, medical and surgical robotics, and autonomous vehicles.

The tool offers automated analytics workflows that analyze logs and surface important events, anomalies, and edge cases within robotics data. Roboto enables users to create custom workflows for automatic log analysis, search for critical events, and curate multimodal robotics logs into structured datasets suitable for training and evaluation. It provides capabilities to track reliability by creating custom metrics and aggregating fleet-level key performance indicators (KPIs). bin files, all accessible through a Python SDK. Users can process raw data into metrics, automate workflows using actions and triggers, and leverage AI-generated summaries and root cause analyses for incidents such as sensor faults or navigation failures.

Roboto includes features for searching metadata, tags, topics, and events, allowing pattern matching across large datasets. It facilitates the curation of raw recordings into organized collections, which can then be exported to external pipelines and formats such as PyTorch, Hugging Face, and S3. The platform also provides an AI assistant for automated triage, root cause analysis, and event detection, presenting insights rather than raw logs to streamline investigation and diagnostics.

The service is available with a free tier, as indicated by the option to get started for free. Roboto is accessed through a web platform and integrates with robotics data pipelines via its Python SDK. Its focus on automating analytics and surfacing actionable insights makes it a specialized tool for robotics teams seeking to improve reliability and operational efficiency.