# Nexuni (耐思尼)

> Nexuni (耐思尼) is an AI robotics company from Hsinchu, Taiwan. Its NIRO brain drives every Nexuni robot and automation system, including the odo series autonomous patrol and inspection quadruped (odo 1, odo 3, odo 9), intelligent welding robots, AI parking management and AI video security. An NVIDIA Inception startup featured on the AI supply-chain list unveiled by Jensen Huang at NVIDIA GTC 2026, with 100+ robots and automation systems deployed in Taiwan and Singapore.

## Company Overview

Nexuni (耐思尼) is an AI robotics company founded in Hsinchu Science Park, Taiwan. We build NIRO, the AI brain in every Nexuni robot: it drives our robots and automation systems into a smart, ready-to-work embodied AI workforce, with all inference running on the robot. We are an NVIDIA Inception startup featured on the AI supply-chain list announced by Jensen Huang at NVIDIA GTC 2026, and our focus is the odo series autonomous patrol and inspection quadruped for factories and facilities.

- Website: https://www.nexuni.com
- Location: 6F-2, No. 31, Huanke 1st Rd., Zhubei City, Hsinchu County 302, Taiwan
- Contact: contact@nexuni.com | +886-3-555-1566
- Languages: Chinese, English, Japanese

## Why Nexuni?

1. **Certified Technology Partner** — NVIDIA Inception member and Universal Robots certified solution provider, building reliable automation on proven platforms.
2. **Robots That Get the Job Done** — NIRO runs on the robot, on site: scheduled rounds, event-driven response and inspection readings with photo evidence at every checkpoint, no cloud dependency.
3. **Proven at Scale** — Over 100 robots and automation systems operating reliably across factories, communities, and parking facilities.

## Products

### AI Robots
- **Autonomous Inspection Quadruped (odo series)** — three quadruped models running NIRO on board, the flagship odo 9 on a fully Nexuni-made platform: scheduled rounds, event-driven response and inspection readings, every stop time-stamped, photographed and judged on the robot. Three models: odo 1 (entry), odo 3 (advanced), odo 9 (flagship: legged, IP67). In service in Singapore and Taiwan.
- **Intelligent Welding Robot** — laser scanning + Universal Robots collaborative arms; scans each piece and auto-corrects workpiece deviations, no jigs and no skilled welder at the pendant.

### Parking Management Systems
- **AI Parking Management System** — AI edge computing, cash, credit card, QR code payment.
- **LPR Engine** — smaller than a phone, low-power AI edge computing, open API.
- **Vision-Based Parking Guidance System** — AI real-time space detection.

### Security & Surveillance
- **AI Video Security System** — multi-camera monitoring, anomaly alerts, smart playback search.

## Core Technology

### NIRO — The Universal AI Brain
NIRO (Nexuni Intelligent Robot Orchestrator) is an AI Harness for Robotics that drives Nexuni's robots and automation systems in software. It turns natural language and multimodal perception (vision, voice, thermal, gas, localization) into precise, executable robot actions.
- **Plug-and-play LLMs** — works with any large AI model (Gemini, Claude, ChatGPT, or on-prem)
- **Agentic AI for robots** — task decomposition and tool orchestration into subtasks and skills (navigation, welding control, vision recognition + custom expansion)
- **Universal robot brain** — swap the brain, not the build; one NIRO reused across the product line
- **Independent safety core** — hardware-level fail-safe with instant cutoff

### Three R&D Pillars
- **Motion Control** — in-house real-time control core: deterministic control, low latency, industrial-grade stability. 6-axis arms, 12-motor quadrupeds, dual-arm collaboration.
- **Perception** — multimodal sensing (vision, optical, gas) with an AI auto-labeling pipeline that turns raw perception data into high-quality training datasets. NIR weld-pool, gas, and night-vision thermal sensing.
- **Decision Intelligence** — robotics-native Agentic AI and Vision-Language-Action (VLA) models let large models understand tasks and generate actions directly; combined with VLA, robots learn skills from a few human demos with minimal training data.

These pillars feed a **data flywheel**: field data → digital-twin simulation → reliability gains → scaled deployment (smarter with every deployment).

### Verifiable Safety
The safety loop is fully decoupled from AI logic. The AI thinks and makes flexible decisions; an independent safety core, deterministic at the hardware level, interrupts any anomaly within milliseconds.
- **Edge security** — 100% on-prem edge inference, fully offline-capable; data stays in-plant
- **Independent safety core** — e-stop and zone protection trip power directly; independent watchdog interrupts, designed to ISO 10218
- **Reliable control** — millisecond control cycles, predictable behavior, auto-recovery; burn-in tested before shipping
- **Quality traceability** — full video + parameter logging → real-time AI QA → auto anomaly alerts → exportable audit trail

## How to Collaborate

Two ways to work with Nexuni:
- **Standard Collaboration**: Select products from catalog → Consult with our team → Receive tailored quotation → Deploy with training and support.
- **Launch Customer**: Sign MOU & forward deploy engineer → Proposal with MOQ quote → Custom design & development → Deploy with continuous AI evolution.

## Markets Served

Taiwan, Singapore, Japan, United States, Canada, Asia-Pacific, Europe.

## Social Media

- LinkedIn: https://www.linkedin.com/company/nexuni
- YouTube: https://www.youtube.com/@nexuni
- Facebook: https://www.facebook.com/profile.php?id=100070603490643
- Instagram: https://www.instagram.com/nexuni.co/

## Pages

- [Home](https://www.nexuni.com/en/)
- [Products](https://www.nexuni.com/en/solutions)
- [Core Technology](https://www.nexuni.com/en/core-technology)
- [About Us](https://www.nexuni.com/en/about/about_us)
- [How to Collaborate](https://www.nexuni.com/en/about/colab_flow)
- [Careers](https://www.nexuni.com/en/about/career)
- [Contact](https://www.nexuni.com/en/contact)
- [Case Studies](https://www.nexuni.com/en/stories)
- [Blog](https://www.nexuni.com/en/blog)
- [Full Content](https://www.nexuni.com/llms-full.txt)