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
電梯智慧化應用,改變醫院電梯的惡夢
電梯智慧化應用,改變醫院電梯的惡夢
電梯智慧化應用,改變醫院電梯的惡夢



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.
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.



接著我們以上述方案,將用電的部分轉化為以下的計算流程:
接著我們以上述方案,將用電的部分轉化為以下的計算流程:
接著我們以上述方案,將用電的部分轉化為以下的計算流程:



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.



以上系統於2022年裝設於A醫院至今的,機器持續在學習場域的人流狀態,同時有透過我們不斷的革新軟體,持續推進智慧電梯於安全管理上的應用。
隨著科技的進一步發展,我們將不斷追求更高效能和更智能化的電梯體驗。透過人工智慧和物聯網技術的應用,我們將實現更智慧、更環保的電梯系統。電梯的節能和效率提升不僅對環境有益,也為人們提供更優質的乘坐體驗。我們可以期待更多創新的解決方案來推動電梯的節能和效率提升,為城市生活帶來更便捷、舒適和可持續的運輸方式。
以上系統於2022年裝設於A醫院至今的,機器持續在學習場域的人流狀態,同時有透過我們不斷的革新軟體,持續推進智慧電梯於安全管理上的應用。
隨著科技的進一步發展,我們將不斷追求更高效能和更智能化的電梯體驗。透過人工智慧和物聯網技術的應用,我們將實現更智慧、更環保的電梯系統。電梯的節能和效率提升不僅對環境有益,也為人們提供更優質的乘坐體驗。我們可以期待更多創新的解決方案來推動電梯的節能和效率提升,為城市生活帶來更便捷、舒適和可持續的運輸方式。

+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.

+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.