Owlsome Tech Partnered with Robot Manufacturers to Empower Hotels
Owlsome Tech Partnered with Robot Manufacturers to Empower Hotels
Owlsome Tech Partnered with Robot Manufacturers to Empower Hotels



However, if these robots cannot autonomously use elevators and move across floors, they will fail to truly offer comprehensive service capabilities throughout the entire building, limiting the full potential of their role in hotel operations. Thus, elevator integration becomes a crucial milestone in realizing the practical application of robots, which is precisely the core intention behind the LiftMind system launched by Soaring Intelligence.
LiftMind is an intermediary elevator software solution designed specifically for smart buildings and robotic applications. With its modular architecture and flexible API interface, LiftMind can swiftly connect with various elevator control systems and mainstream robot platforms, enabling robot vendors to rapidly achieve capabilities like "cross-floor movement, autonomous action, and precise dispatch" without disrupting the existing building environment.
During this exhibition, a variety of robots equipped with LiftMind technology appeared at the venue, including room service robots, food delivery robots, and cleaning patrol robots, all successfully demonstrating cross-floor processes. This showcased an intelligent hospitality scenario where robots autonomously complete tasks without human assistance. This presentation not only proved the feasibility and immediate viability of robot applications in hotel settings but also revealed the operational breakthroughs achievable through elevator integration.
Soaring Intelligence will continue to delve deeply into the smart building domain, collaborating with more elevator system integrators, robot brands, and industry players to elevate smart services, bringing unprecedented operational flexibility and sustainable competitiveness to the hospitality industry.
However, if these robots cannot autonomously use elevators and move across floors, they will fail to truly offer comprehensive service capabilities throughout the entire building, limiting the full potential of their role in hotel operations. Thus, elevator integration becomes a crucial milestone in realizing the practical application of robots, which is precisely the core intention behind the LiftMind system launched by Soaring Intelligence.
LiftMind is an intermediary elevator software solution designed specifically for smart buildings and robotic applications. With its modular architecture and flexible API interface, LiftMind can swiftly connect with various elevator control systems and mainstream robot platforms, enabling robot vendors to rapidly achieve capabilities like "cross-floor movement, autonomous action, and precise dispatch" without disrupting the existing building environment.
During this exhibition, a variety of robots equipped with LiftMind technology appeared at the venue, including room service robots, food delivery robots, and cleaning patrol robots, all successfully demonstrating cross-floor processes. This showcased an intelligent hospitality scenario where robots autonomously complete tasks without human assistance. This presentation not only proved the feasibility and immediate viability of robot applications in hotel settings but also revealed the operational breakthroughs achievable through elevator integration.
Soaring Intelligence will continue to delve deeply into the smart building domain, collaborating with more elevator system integrators, robot brands, and industry players to elevate smart services, bringing unprecedented operational flexibility and sustainable competitiveness to the hospitality industry.



As the hospitality industry accelerates towards intelligence and automation, the introduction of robotic services is no longer just an innovative topic; it is a pragmatic choice responding to multiple pressures within the industry. With a long-standing shortage of human resources, increasing pressure towards net-zero carbon emissions targets, intense competition over service experiences, and evolving consumer preferences, hotel operators are actively seeking innovative solutions to enhance operational efficiency and service flexibility.
Firstly, the hotel industry in Taiwan and globally has long faced challenges with finding front-line service personnel and high staff turnover rates. Coupled with long work hours and irregular shifts, maintaining stable operational costs remains challenging. In this context, introducing robots to perform tasks such as delivery, welcoming guests, and room service support can alleviate labor pressures while providing 24-hour uninterrupted service capabilities, thereby strengthening overall operational stability.
Secondly, in response to global ESG trends and net-zero carbon policy demands, hotel operators are gradually incorporating low-carbon operations into their core objectives. By integrating robots with smart scheduling and optimized movement paths, not only can energy waste from elevators and facilities be reduced, but it also aids in the digital management and tracking of carbon footprints, serving as a practical means of achieving intelligent energy savings.
Moreover, modern travelers' expectations for service experiences continue to rise, especially among younger demographics and international guests, who increasingly demand 'contactless services,' 'instant responses,' and 'technologically enriched experiences.' The introduction of robots can enhance the immediacy and consistency of services while contributing to a younger and more differentiated brand image.
As the hospitality industry accelerates towards intelligence and automation, the introduction of robotic services is no longer just an innovative topic; it is a pragmatic choice responding to multiple pressures within the industry. With a long-standing shortage of human resources, increasing pressure towards net-zero carbon emissions targets, intense competition over service experiences, and evolving consumer preferences, hotel operators are actively seeking innovative solutions to enhance operational efficiency and service flexibility.
Firstly, the hotel industry in Taiwan and globally has long faced challenges with finding front-line service personnel and high staff turnover rates. Coupled with long work hours and irregular shifts, maintaining stable operational costs remains challenging. In this context, introducing robots to perform tasks such as delivery, welcoming guests, and room service support can alleviate labor pressures while providing 24-hour uninterrupted service capabilities, thereby strengthening overall operational stability.
Secondly, in response to global ESG trends and net-zero carbon policy demands, hotel operators are gradually incorporating low-carbon operations into their core objectives. By integrating robots with smart scheduling and optimized movement paths, not only can energy waste from elevators and facilities be reduced, but it also aids in the digital management and tracking of carbon footprints, serving as a practical means of achieving intelligent energy savings.
Moreover, modern travelers' expectations for service experiences continue to rise, especially among younger demographics and international guests, who increasingly demand 'contactless services,' 'instant responses,' and 'technologically enriched experiences.' The introduction of robots can enhance the immediacy and consistency of services while contributing to a younger and more differentiated brand image.



However, if these robots cannot autonomously use elevators and move across floors, they will fail to truly offer comprehensive service capabilities throughout the entire building, limiting the full potential of their role in hotel operations. Thus, elevator integration becomes a crucial milestone in realizing the practical application of robots, which is precisely the core intention behind the LiftMind system launched by Soaring Intelligence.
LiftMind is an intermediary elevator software solution designed specifically for smart buildings and robotic applications. With its modular architecture and flexible API interface, LiftMind can swiftly connect with various elevator control systems and mainstream robot platforms, enabling robot vendors to rapidly achieve capabilities like "cross-floor movement, autonomous action, and precise dispatch" without disrupting the existing building environment.
During this exhibition, a variety of robots equipped with LiftMind technology appeared at the venue, including room service robots, food delivery robots, and cleaning patrol robots, all successfully demonstrating cross-floor processes. This showcased an intelligent hospitality scenario where robots autonomously complete tasks without human assistance. This presentation not only proved the feasibility and immediate viability of robot applications in hotel settings but also revealed the operational breakthroughs achievable through elevator integration.
Soaring Intelligence will continue to delve deeply into the smart building domain, collaborating with more elevator system integrators, robot brands, and industry players to elevate smart services, bringing unprecedented operational flexibility and sustainable competitiveness to the hospitality industry.
However, if these robots cannot autonomously use elevators and move across floors, they will fail to truly offer comprehensive service capabilities throughout the entire building, limiting the full potential of their role in hotel operations. Thus, elevator integration becomes a crucial milestone in realizing the practical application of robots, which is precisely the core intention behind the LiftMind system launched by Soaring Intelligence.
LiftMind is an intermediary elevator software solution designed specifically for smart buildings and robotic applications. With its modular architecture and flexible API interface, LiftMind can swiftly connect with various elevator control systems and mainstream robot platforms, enabling robot vendors to rapidly achieve capabilities like "cross-floor movement, autonomous action, and precise dispatch" without disrupting the existing building environment.
During this exhibition, a variety of robots equipped with LiftMind technology appeared at the venue, including room service robots, food delivery robots, and cleaning patrol robots, all successfully demonstrating cross-floor processes. This showcased an intelligent hospitality scenario where robots autonomously complete tasks without human assistance. This presentation not only proved the feasibility and immediate viability of robot applications in hotel settings but also revealed the operational breakthroughs achievable through elevator integration.
Soaring Intelligence will continue to delve deeply into the smart building domain, collaborating with more elevator system integrators, robot brands, and industry players to elevate smart services, bringing unprecedented operational flexibility and sustainable competitiveness to the hospitality industry.



為了更具體推動數位健康科技的發展,美國食品藥物管理局在2020年9月宣佈成立「卓越數位健康中心」(Digital Health Center of Excellence),代表美國當局對發展數位健康科技的重視,該中心掌管的領域包含了行動健康裝置(mobile health devices)、軟體即醫材(Software as a Medical Device, SaMD)、穿戴式醫材,以及用於醫療產品研究的數位科技等。
台灣也提出「精準健康戰略產業發展方案」由科技部、衛福部及經濟部共同合作,預計四年投資台幣95億元,並制定完善精準健康生態體系,著手推動精準健康戰略產業,導入人工智慧、物聯網、5G、穿戴裝置等新科技,「將精準醫療擴大延伸為精準健康」。
智慧醫療器材輔助,讓AI醫療無所不在
以AI取代或輔助大量重複性的行政工作或診斷,如醫學影像判讀,這也是智慧醫療目前所處的發展階段。又如遠距監測、AI示警系統、虛擬助理等,無論在醫院或是家中,讓病人可以為自己的健康負起更大的責任。進入這個階段後,腫瘤科、心臟科、神經內科等AI進展較快速的科別,會需要更多的專業合作,使智慧醫療解決方案與臨床流程緊密結合。
於此同時,智慧電梯正成為醫療體系數位轉型中不可或缺的一環。透過智能化的運作方式和創新的功能,這些電梯不僅能夠有效地提升病患的安全性,還能夠改善整個醫療體系的運作效率。讓我們一同探索智慧電梯如何在醫療環境中發揮重要作用,為病患帶來更好的體驗。
解決病床梯佔梯,延誤手術時間
首先,醫院的病床負載量是選擇智慧電梯的關鍵因素之一。若醫院每天需要大量的病患轉運或是病床運輸,那麼智慧電梯將成為管理這些流程的重要工具。
從我們過去服務的客戶作為案例,於大多數醫院慧區分客梯與病床梯,但是實際上為了防止病床梯被占用,因此都會需要啟動電梯的專用模式,進而減少病床梯佔梯的風險以防延誤重大手術的執行。然而醫院做法是安排護理師每天輪班站在電梯前面控梯,這對於醫護人力來說是一種浪費,因此在LiFTMiND的雲端管理系統中,我們智慧化的遠端控制來解決醫護人力需要花費一整天都在控梯的問題,並且有效在緊急情況中,掌控電梯動向,把握救援時機。
為了更具體推動數位健康科技的發展,美國食品藥物管理局在2020年9月宣佈成立「卓越數位健康中心」(Digital Health Center of Excellence),代表美國當局對發展數位健康科技的重視,該中心掌管的領域包含了行動健康裝置(mobile health devices)、軟體即醫材(Software as a Medical Device, SaMD)、穿戴式醫材,以及用於醫療產品研究的數位科技等。
台灣也提出「精準健康戰略產業發展方案」由科技部、衛福部及經濟部共同合作,預計四年投資台幣95億元,並制定完善精準健康生態體系,著手推動精準健康戰略產業,導入人工智慧、物聯網、5G、穿戴裝置等新科技,「將精準醫療擴大延伸為精準健康」。
智慧醫療器材輔助,讓AI醫療無所不在
以AI取代或輔助大量重複性的行政工作或診斷,如醫學影像判讀,這也是智慧醫療目前所處的發展階段。又如遠距監測、AI示警系統、虛擬助理等,無論在醫院或是家中,讓病人可以為自己的健康負起更大的責任。進入這個階段後,腫瘤科、心臟科、神經內科等AI進展較快速的科別,會需要更多的專業合作,使智慧醫療解決方案與臨床流程緊密結合。
於此同時,智慧電梯正成為醫療體系數位轉型中不可或缺的一環。透過智能化的運作方式和創新的功能,這些電梯不僅能夠有效地提升病患的安全性,還能夠改善整個醫療體系的運作效率。讓我們一同探索智慧電梯如何在醫療環境中發揮重要作用,為病患帶來更好的體驗。
解決病床梯佔梯,延誤手術時間
首先,醫院的病床負載量是選擇智慧電梯的關鍵因素之一。若醫院每天需要大量的病患轉運或是病床運輸,那麼智慧電梯將成為管理這些流程的重要工具。
從我們過去服務的客戶作為案例,於大多數醫院慧區分客梯與病床梯,但是實際上為了防止病床梯被占用,因此都會需要啟動電梯的專用模式,進而減少病床梯佔梯的風險以防延誤重大手術的執行。然而醫院做法是安排護理師每天輪班站在電梯前面控梯,這對於醫護人力來說是一種浪費,因此在LiFTMiND的雲端管理系統中,我們智慧化的遠端控制來解決醫護人力需要花費一整天都在控梯的問題,並且有效在緊急情況中,掌控電梯動向,把握救援時機。



智慧電梯能夠透過即時資訊提供乘搭狀態、方向和容量等資訊,使醫護人員能夠更有效地安排病患的運輸,提升工作效率並減少病患等待時間。院內可透過在辦公室人員「遠端控梯」操作派遣,並以「遠端通話」來引導梯內的人需前往指定樓層,省去護理人站崗控梯,導致其他業務無法執行。
爭取黃金救援時間、智慧感測病患受困
電梯內有人昏迷、失能無法自行求救該如何呢?
由於電梯內的求救鈴是需要主動求救,若有人昏迷在電梯內或是突然無法自行求救的狀況下,都需要有人去發現才能解決,然而可能是在短短的時間內對方可能就會有生命危險的發生。
因此醫院的安全性與緊急救援能力也是選擇智慧電梯的考量因素之一。智慧電梯配備了主動偵測功能,能夠即時檢測電梯內是否有緊急情況,例如病患昏迷或突發狀況。當救援訊號觸發時,管理人員可以立即通話並了解患者狀況,並迅速聯繫相關人員進行救援,同時達到安撫乘客情緒的效果。這種即時的救援能力對於需要高度警戒和快速反應的醫院而言尤其重要。
啟動智慧轉型,創造電梯新價值
電梯不再只是垂直運輸的工具,更能夠在節電、安防等議題有其他新的結合與運用,電梯智慧化也不在是遙不可及需要花大錢才能做到的目標。昇智達的創新技術應用,使智慧轉型不在複雜與困難,透過一站式的管理服務讓翱翔智慧做為您的協力者,讓我們一起為智慧醫療盡一份心力,也為我們的生活帶來加分。
資料來源參考
未來城市|一次搞懂智慧醫療的定義

+886-2-7751-5356
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12F, No. 37, Section 3, Minquan East Road, Zhongshan District, Taipei City 104478, Taiwan (R.O.C)
LINE:@owlsome.tech
Smart Elevator Solutions
Robot-Elevator Integration
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© Owlsome Tech All Rights Reserved.

+886-2-7751-5356
service@owlsome.tech
12F, No. 37, Section 3, Minquan East Road, Zhongshan District, Taipei City 104478, Taiwan (R.O.C)
LINE:@owlsome.tech
Smart Elevator Solutions
Robot-Elevator Integration
Latest Insights
© Owlsome Tech All Rights Reserved.

+886-2-7751-5356
service@owlsome.tech
12F, No. 37, Section 3, Minquan East Road, Zhongshan District, Taipei City 104478, Taiwan (R.O.C)
LINE:@owlsome.tech
Smart Elevator Solutions
Robot-Elevator Integration
Latest Insights
© Owlsome Tech All Rights Reserved.