Company profile
AgiBot Company Profile
AgiBot robotics company profile: production rollout, humanoid robots, funding stage, markets, key robot, and related Biped.News coverage.
Current status: Production rollout
AgiBot, also known as Zhiyuan Robot, is a fast-moving Chinese humanoid company emphasizing fleet scale and data collection. It is one of the highest-momentum Chinese players but public deployment details remain less transparent than its production claims.
Last source verification:
Canonical company facts
Fields are generated from the same company record used by the interactive profile and public data export.
| Field | Evidence in the database |
|---|---|
| Headquarters country | China |
| Founded | 2023 |
| Commercial status | Production rollout |
| Robot type | humanoid |
| Funding stage | series-b |
| Tracked funding | Not publicly documented |
| Target markets | automotive, warehouse, retail, general |
| Public company | No |
| Deployment evidence | Documented |
| Key robot | Not linked |
| Latest funding signal | 2025-08-01 · Strategic · Undisclosed strategic financing |
| Public market status | Private |
| Last source verification | 2026-09-24 |
Deployment evidence
The canonical company record marks deployment evidence as documented, but no dated named deployment update is linked yet.
Evidence timeline
Dated profile, specification, funding, deployment, safety, article and data changes from the public entity-update feed.
- AgiBot Deploys 300 Robots at Chimelong Theme Parkarticle · high confidence
- China humanoid IPO risk watchdata-change · high confidence
- IFA 2026 Shows Humanoid Robots Moving From Show Tricks to Product Segmentsarticle · high confidence
- Humanoid Robot Shipments Are Finally Big Enough to Need a Reality Checkarticle · medium confidence
- AgiBot Passes Unitree as China's Humanoid Shipment Race Gets Realarticle · high confidence
Primary sources
Vendor and product sources support the record; Biped.News reporting remains separate.
Latest related reporting
Recent reporting connected through the same canonical article/entity graph used by article pages.