01 Project Background©δ'∞

Recently, first-tier cities su←≤ch as Shanghai and Beijing have succe↕©∏≠ssively established industσ≥βry alliances and innovation​  ♥ centers related to embodied int​£elligent robots, vigorously promoting₩® the development of the embodied ™★×±intelligent robot industr✔≥y. As a representative of Chi<≠σna's high-tech cities, Shenzhen​∑ urgently needs to seize the co♦σ∞✘mmanding heights of the embodie®€§&d intelligent robot industry.

At present, Shenzhen has ☆≥ γa high labor cost. Although÷​ the robot industry is relatively develδ↕♠™oped, the level of robot ®∏↕intelligence is still relatively low↔™∏ compared with Europ≥¶λγean and American countries. Vigorously developing embodied intell>∞igent robots can reduce t≥★÷he labor cost of enter>©λprises and is of great δφφsignificance to the ☆≈≥economic, social and technological develα≠∑opment of Shenzhen.

Traditional robots rely on ma ✘nually preset trajectories or∑♣♠∑ rules to perform tasks. They can↔< complete simple, repetitive, anλσd rigid actions, which t$♣↕®o some extent alleviates the labor sho≈‌★♣rtage at the bottom level, but they ✘φ♠lack autonomous perception and reaso✘βγ•ning capabilities and are difficult t÷δασo handle complex and flexible £σ✘tasks. In 2023, multimod♥≥≥©al large models will enter the historic₩‍"♦al stage. They have powerful percep€φtion and reasoning ca™✘®≤pabilities, but cannot perform " ¥any physical actions.

The "Embodied Intelligence Driven↔∞™♠ by Multimodal Large MoΩ₽dels" project jointl☆♣¥★y submitted by Ruoyu Technology and β≈£♥Harbin Institute of Technolo ☆εγgy uses a multimodal lar÷$γge model as the brain and a robot ₩→≤Ωas the torso. It uses the multimodal ♦ large model to drive the embodie$♥§d robot to achieve the ←§≈Ωeffect of 1+1>2.

02 Project Content
This project focuses on the com$ ¶×mon key problems in the industrializa♠♥tion of service robot©♣s, aiming to reveal the c"★ommon mechanisms of service ♦γrobots in complex environ♠→∑≤ment perception, complex task planningπ✘✘, complex action execution, etc., and&δ ↑↔nbsp;to enable embodied intelliδ∑ gent technology to empower Shenzhen ₩'s 20+8 industrial cl←±usters.

This project is the highest-level ta₩‍≥lent innovation and entrepreneurship ₹←¶project in Shenzhen. It¶™ is mainly aimed at basic tech± nology research and development and€♥α↓ high-tech projects wi¥™↓th significant market potוential. The project •π£™provides various support to high-le‍¶₩"vel talent teams in business s'Ω¶↓tart-up, project research a♠←✔nd development, policy support, and r™♣≤​esults transformation.

According to incomplete st㮶¶atistics, most of the high-"®tech companies liste>σ$∏d in Shenzhen in the past decade​​≠←, especially those listed on the Sci ₽©$ence and Technology I• nnovation Board, have received supπ±€port from this project.The successful selection of this p≈Ω∏​roject demonstrates the solid ba∞>sic technology research capabil≤‍ities and pragmatic indus δ™♣trialization implementation capabilit'" φies of Ruoyu Technology and Harbin Ins™≈&✔titute of Technology.

Next, Ruoyu Technology w¥ε↑&ill make full use of government™Ω funding and Harbin ☆α★♦Institute of Technology’s academic"$ research results, and thro♦Ω±ugh the deep integration of “ind€✔♦"ustry, academia and ✔$€★research”, quickly transγ∞σform cutting-edge technologies int<‌€™o market-oriented pr₽ ♣∞oducts and promote technology from th♣≈€e laboratory to real ​ity.

03 Application Scenario

In the first phase, w₩∏e will develop embodi↕$εed robot brains and embodied in©σ§‍telligent hardware platforms for©∏ semi-open, vertical special fields. We will also develop ♦↓highly reliable, explosion-✘←≠proof refueling robots fo←®&r special fields such asβ× petroleum and petrochemicals, an≤↓λ¥d encourage customers to shift manpo↕ δ↓wer from dangerous and repetitive work ∞☆to higher value-added work areas.

In the second phase, we will further eδ nhance the generalization and int©σ≠elligence of the embodied robot brain f♦πor semi-open, vertical and general sc✘φ₽↓enarios.We will cooperate with robot↑σ≈ companies in related fields for iφφ€₩ndustrial, logistics,'$ distribution and other  &€±scenarios to expand the boundaries o£↑f robot capabilities and achieve indu‌εδ®stry win-win results.

In the third stage, we will develop e≤∏₽mbodied robot brains that adapt to ope♣★ ♦n scenarios and combin¶πγe them with more mature and low★←₽€er-cost embodied intelligent hardware <‍•platforms for fully open general₩''  scenarios.In the field of home se∞βσrvices, we will devel>±•op home service robots for home careε≠, housework, laundry α<and cooking, etc., to create a high-q¥∑→uality and beautiful life for consumer™δ"s.

With the financial support of ★★the Shenzhen Municipal Government and ••✔☆the help of Harbin Institute of Techn£★ology's high-level talent team,Ω≤α∏ Ruoyu Technology will greatly acc" β$elerate the process of empoweri→¶ng industries with embodied intel≠☆ligent technologies driven by multimod♠​al large models, continuously optimiz✘♠φe human production an±♥↔Ωd lifestyles, and alway→>≠₹s practice its original intention of↔  using technology to serve life ¶∑βand create a better futu∏×♥re for mankind.