The Human Touch Robotics

Summary

About

About The Human Touch Robotics

The Human Touch Robotics develops Noyce, an AI pick-and-pack system for grocery and e-commerce fulfilment. Its stack combines DeepEye perception, Dexter manipulation and Noyce Brain software to identify variable food and packaged goods, select them and place them into orders.

The system is designed for fresh-food automation, packaged-goods processing and FMCG fulfilment, where item shape, packaging and demand change frequently. The company integrates the vision, handling and control layers into an automated packing cell for retailers and e-grocers seeking consistent throughput across online-order operations.

PRICE
Range 1Y
Return
High
Low
Updated

Funding

Investors

  • ProVenture - Participant - VC - 1 funding event - first seen 2024-01-11
  • Voima Ventures - Participant - VC - 1 funding event - first seen 2024-01-11

Team

  • Andrija Milojevic - Founder and CEO - Founded the company around adaptive grippers and now leads its integrated Noyce picking-cell business.

Timeline

Events

  • 2024-01-11 - Funding - THT Robotics raises NOK 20M seed round

    ProVenture and Voima Ventures invested NOK 20 million in the seed round announced on January 11, 2024. The company said the capital would refine its technology, reach go-to-market readiness, expand market access and scale production. Its rollout plan included an Oslo test facility and pilot robot cells for customer sites in Oslo, Stockholm, Utrecht, Brussels and San Francisco.

    Source

Context

Shared workflows

  • Covariant

    workflow adjacency - Warehouse AI Piece Picking

  • Nomagic

    workflow adjacency - Warehouse AI Piece Picking

  • Ascent Robotics

    workflow adjacency - Warehouse AI Piece Picking

  • Sereact

    workflow adjacency - Warehouse AI Piece Picking

  • Dexterity

    workflow adjacency - Warehouse AI Piece Picking

  • CMES Robotics

    workflow adjacency - Warehouse AI Piece Picking

Context tags

  • Warehouse AI piece picking - Workflow - Its cells combine AI computer vision with robotic picking.
  • Adaptive gripping systems - Capability - The company develops adaptive grippers for variable and delicate items.
  • Warehouse piece-picking cells - Peer Group - The Human Touch Robotics builds complete single-item piece-picking cells for fulfilment.
  • Machine-vision-guided robotics - Capability - Computer vision guides the picking workflow.