Alloy provides a unified platform for capturing, storing, and analyzing data from autonomous robots at low cost. It automatically generates detailed mission debriefs—including key events, graphs, maps, and plain‑English insights—and lets users request custom reports such as failure analyses or performance comparisons, which can be exported as PDFs for team sharing. The service helps operators quickly diagnose issues and track fleet health without manual data processing.
Funding
$3M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
2OFounders
Product
Problem
Robotics teams often collect large volumes of telemetry, logs, and sensor data across multiple storage systems, making it difficult to retrieve, analyze, and share insights about mission failures or performance trends.
Solution
Alloy provides a unified platform that ingests robot telemetry from sources such as S3, ClickHouse, or Grafana and stores it in cost‑effective managed mesh storage. The platform automatically generates plain‑English analysis reports that include key events, charts, maps, and tables, referencing the underlying raw data. Users can query specific failure scenarios, compare firmware versions, and export detailed PDF reports for distribution to stakeholders. All data becomes searchable through a single query interface, enabling rapid diagnostics and informed decision‑making for fleet operations. The service also supports custom ad‑hoc queries and automated monthly health reports, streamlining continuous monitoring of robot performance.
Target Audience
Alloy is aimed at robotics engineers, fleet managers, and data teams that need centralized access to telemetry for diagnostics, validation, and continuous improvement of autonomous robot fleets.
Features
- Integrated connectors for common data stores (S3, ClickHouse, Grafana) and optional managed mesh storage
- Automatic generation of natural‑language reports with embedded graphs, maps, and tables
- Query language for filtering missions by failure type, firmware version, environment, or sensor condition
- One‑click PDF export of analysis results for sharing with teams or customers
- Comparative analysis tools that highlight performance changes across firmware releases
- Scalable storage architecture that reduces long‑term data costs