Eka Robotics is developing a robotic manipulation technology stack that combines visual understanding, force sensing, and action control to handle variable objects and physical tasks.
Est 2025|Valuation $1.4B|Raised $11M
Published Oct 25, 2026
| Starting price | Not published | No numeric public price found | No numeric public price found | Sales-led licensing; no numeric public price found |
| Most applicable to | Evaluating adaptive, force-aware manipulation | Logistics manipulation and trailer loading | Warehouse piece picking | Industrial tasks with positional or visual variance |
| Key strength | Integrated force-aware manipulation thesis | Named production deployment evidence | Picking-specific product and service structure | Explicit licensing and deployment options |
| Key weakness | Limited public operational and customer evidence | Not a general drop-in solution for every assembly task | Narrower workflow scope than a general manipulation platform | Requires application training and integration |
| Purchasing transparency | Product packaging unclear | Enterprise engagement | Annual software licensing and service plan documented | Corporate, integrator, and source-code licenses documented |
| Public support detail | No SLA located | Enterprise relationship | RightCare describes 24/7 service and maintenance | Software support agreement described |
—
Force and touch are not categorically exclusive to Eka. Dexterity explicitly markets production touch and force-control capabilities. Therefore, Eka’s differentiation must be demonstrated in generalization, speed, economics, or deployment effort—not simply the presence of tactile feedback.
Likewise, the market is not cleanly divided between simulation-based Eka and competitors using only imitation learning. Skild describes simulation-based training, while Physical Intelligence publishes reinforcement-learning work. A procurement comparison should examine actual systems rather than simplified training-method labels.