Robot maker · registered
Sereact
Cortex 2.0 is a vision-language-action world model that plans trajectories before executing moves ('plan-and-try' vs reactive); generates candidate trajectories, evaluates them against physics/behavior models, and updates rollout in real-time; runs on standard 6-axis arms, dual-arm returns stations, and humanoid hardware; trained on 1 billion+ real-world production picks across 200+ live systems; reaches 1 human intervention per 53,000 picks. Lens is a 3D perception add-on for inventory and quality control.
Company overview
Identity and operating footprint
Robot models
Specifications remain vendor-claimed
Sereact Humanoid
- Embodied AI for human-like dexterity, handling picking, sorting, and packing across changing tasks in warehouse environments
Vendor-described capability
Claim source
Sereact Lens
- 3D perception system for real-time inventory management and quality control
vendor-stated purpose of the Lens add-on module
Claim source
Sereact Picking Cell
- 1 billion production picks completed across 200+ live systems
vendor-stated cumulative real-world picks as of Series B announcement (April 2026)
Claim source - 1 human intervention per 53,000 picks
vendor-stated pick intervention rate across production deployments
Claim source
Sereact Putwall Automation
- Automated sortation for batch picking and returns, with consistent performance even with mixed items
Vendor-described capability
Claim source
Deployment log
Announced and cited only
Funding history
Publicly announced rounds
Series B
Air Street Capital, Bullhound Capital, Creandum, Daphni, Felix Capital, Headline, Point Nine
Round sourceSeries A
Air Street Capital, Creandum, Daphni, Point Nine
Round sourceSeed
Air Street Capital, Point Nine
Round sourceNetwork neighbours
Open full graph ↗Hiring signal
Public job board · 2026-07-13
Hiring is an operating signal, not deployment evidence. Roles are refreshed from the company’s public careers system.
Company timeline
Milestones and announcements
Source ledger
11 unique public sources