Calque provides an operating system for building, managing, and debugging AI-driven robotic agents across simulation and physical deployments. It offers real‑time sensor monitoring, intelligent event capture, and AI‑powered root‑cause analysis, along with centralized agent registries and governance tools for scalable, enterprise‑grade robot fleets.
Funding
Funding not disclosed
Founders
Product
Problem
Robotics teams often struggle to integrate, monitor, and debug AI-driven agents across simulation and physical deployments, leading to slow development cycles and unreliable robot behavior in real-world environments.
Solution
Calque offers an operating system designed for building, managing, and observing digital AI agents within enterprise robotics workflows. The platform provides real‑time sensor data monitoring, intelligent event capture, and AI‑powered root‑cause analysis to streamline debugging of perception pipelines. By centralizing agent registries and governance tools, Calque enables engineers to automate engineering tasks and maintain trusted AI agent operations from simulation to physical deployment. The system supports both cloud‑based and private‑environment deployments, allowing teams to scale from small prototypes to enterprise‑grade robot fleets.
Target Audience
Primary customers are robotics engineering teams in enterprises and small to medium‑sized robotics startups that need to develop, debug, and deploy AI agents at scale.
Features
- Real‑time sensor data monitoring across robot perception stacks
- Intelligent event capture that logs key pipeline occurrences for later analysis
- AI‑driven root‑cause analysis to quickly identify and resolve performance issues
- Unlimited AI agent registry with built‑in passport issuance for identity management
- Governance guardrails and extended policy controls for safe agent operation
- Flexible deployment options including private VPC, white‑labeling, and SSO integration
- API connectors and webhooks for integration with existing robotics infrastructure