Embodied AI Breeding Robot 'Jill' Unveiled: what are the key facts?

On September 4, the intelligent breeding robot 'Jill' unveiled its embodied AI version in Beijing.

Embodied AI Breeding Robot 'Jill' Unveiled: what are the key facts?

The new robot autonomously performs stamen recognition, positioning, pollination, and phenotypic data collection.

Embodied AI Breeding Robot 'Jill' Unveiled: what are the key facts?

A single tomato pollination takes less than 10 seconds, with one pollen dip supporting approximately 50 operations.

Embodied AI Breeding Robot 'Jill' Unveiled: what are the key facts?

The team previously developed the world's first autonomous cruising hybrid pollination robot in 2025.

Physix Frontier · News Briefing Card (enbrief · Sep 7, 2026)

Embodied AI Breeding Robot 'Jill' Unveiled

KEY FACTS

On September 4, the intelligent breeding robot 'Jill' unveiled its embodied AI version in Beijing.
The new robot autonomously performs stamen recognition, positioning, pollination, and phenotypic data collection.
A single tomato pollination takes less than 10 seconds, with one pollen dip supporting approximately 50 operations.
The team previously developed the world's first autonomous cruising hybrid pollination robot in 2025.

KEY DATA

<10 secPollination time per instance

~50Operations per pollen dip

PHYSIX OBSERVATION

Jill’s upgrade marks AI’s shift from decision support to precise physical manipulation. By modifying crop morphology via biotechnology to suit robotic operations, this 'soft-hard synergy' solves automation challenges in unstructured environments. This not only boosts breeding efficiency but also validates the feasibility of embodied AI in complex agricultural scenarios, offering a new paradigm for smart farming.

Source: enbrief original report ↗