XiniX AI provides Sprout, a soft‑robot inspection system that grows like a vine to navigate tight, hazardous confined spaces in petrochemical, nuclear, and underground infrastructure. The platform combines tip‑growth robotics with real‑time AI analytics to detect anomalies, generate 3D maps, and deliver maintenance insights via a chat interface, available as a full robot‑as‑a‑service or standalone AI analytics solution.
Funding
Funding not disclosed
Founders
Product
Problem
Industrial assets such as pipelines, reactor vessels, storage tanks, and distillation columns degrade internally, but conventional inspection requires plant shutdowns, extensive scaffolding, or human entry into hazardous confined spaces. Rigid robots are too bulky to navigate the tight, complex geometries of these environments, leaving many assets uninspected and increasing safety risks.
Solution
XiniX AI offers Sprout, a soft‑robot inspection system that grows like a vine to twist, bend, and extend through the narrowest, most hazardous confined spaces in petrochemical, nuclear, and underground infrastructure. The robot’s proprietary tip‑growth mechanism enables navigation of geometries that rigid robots cannot reach, eliminating the need for human entry. Integrated AI analytics process sensor data in real time, detecting anomalies, generating 3D maps, and providing structured maintenance intelligence via a chat‑based interface. The solution can be deployed as a complete robot‑plus‑AI platform or as a standalone AI analytics service, allowing rapid on‑site setup and minimizing downtime.
Target Audience
Primary customers are asset owners and operators in petrochemical, nuclear, and underground infrastructure sectors who require safe, efficient inspection of confined spaces, as well as maintenance and reliability engineering teams responsible for asset integrity.
Features
- Vine‑navigation mechanism that grows from the tip, enabling traversal of tight, irregular geometries without entrapment
- Soft, compliant body designed for hazardous environments in oil & gas, nuclear, and underground facilities
- Real‑time AI intelligence layer for anomaly detection, 3D mapping, and LLM‑driven conversational reporting
- Dual deployment options: full Robot‑as‑a‑Service system or separate AI analytics platform
- Minimal on‑site setup with integrated sensor suite and secure data transmission for immediate inspection results