2026 a_l__o_t_design® Studio722
2026 a_l__o_t_design® Studio722
2026 a_l__o_t_design® Studio722
Interactive Robotic Media Platform
Interactive Robotic Media Platform
R-Dog explores a future where robots become intelligent ambassadors for brands rather than passive machines. Designed at the intersection of industrial design, autonomy, and human interaction, it transforms public spaces into living media platforms. By combining expressive behavior, mobility, and real-time digital communication, it redefines how people discover, experience, and engage with brands in the physical world.
R-Dog explores a future where robots become intelligent ambassadors for brands rather than passive machines. Designed at the intersection of industrial design, autonomy, and human interaction, it transforms public spaces into living media platforms. By combining expressive behavior, mobility, and real-time digital communication, it redefines how people discover, experience, and engage with brands in the physical world.
R-Dog explores a future where robots become intelligent ambassadors for brands rather than passive machines. Designed at the intersection of industrial design, autonomy, and human interaction, it transforms public spaces into living media platforms. By combining expressive behavior, mobility, and real-time digital communication, it redefines how people discover, experience, and engage with brands in the physical world.
Year
Year
2024
2024
Industry
Industry
Robotics, media and advertising
Robotics, media and advertising
Scope of work
Scope of work
/
Industrial and Product Design
Industrial and Product Design
Industrial and Product Design
/
Robotics Design
Robotics Design
Robotics Design
Timeline
Timeline
2 years
2 years
Interactive Robotic Media Platform
This project marked a shift from functional to experiential robotics. We relocated to Shanghai and Shenzhen for three months, where an intensive industrial design process explored how movement, expression, and touch could shape a new generation of interaction-driven robots, creating a human-centered platform that naturally connects people with autonomous technology.
This project marked a shift from functional to experiential robotics. We relocated to Shanghai and Shenzhen for three months, where an intensive industrial design process explored how movement, expression, and touch could shape a new generation of interaction-driven robots, creating a human-centered platform that naturally connects people with autonomous technology.
Working alongside engineering teams, suppliers, and manufacturing partners, we developed the product directly on the Unitree and Deep Robotics platforms, collaborating closely from concept through prototyping and manufacturing. By working directly with hardware providers and visiting production facilities, we rapidly iterated on form, architecture, interaction, and integration while balancing technical constraints with user experience. Our objective was to move beyond traditional delivery robotics and create a new category of interactive robots—combining autonomous mobility, expressive behavior, and immersive digital media into a platform designed to engage people as naturally as it performs.
Working alongside engineering teams, suppliers, and manufacturing partners, we developed the product directly on the Unitree and Deep Robotics platforms, collaborating closely from concept through prototyping and manufacturing. By working directly with hardware providers and visiting production facilities, we rapidly iterated on form, architecture, interaction, and integration while balancing technical constraints with user experience. Our objective was to move beyond traditional delivery robotics and create a new category of interactive robots—combining autonomous mobility, expressive behavior, and immersive digital media into a platform designed to engage people as naturally as it performs.
Touch Creates Connection
One of the project's most distinctive innovations was the development of a natural interaction system that responds to human touch.
One of the project's most distinctive innovations was the development of a natural interaction system that responds to human touch.
By integrating a head-touch sensor with an expressive tail mechanism, the robot creates an intuitive, pet-like response that encourages people to interact rather than simply observe. We also designed an advanced dual HD display system that transforms the robot into a dynamic communication platform capable of delivering context-aware content through real-time sensing and environmental awareness.
By integrating a head-touch sensor with an expressive tail mechanism, the robot creates an intuitive, pet-like response that encourages people to interact rather than simply observe. We also designed an advanced dual HD display system that transforms the robot into a dynamic communication platform capable of delivering context-aware content through real-time sensing and environmental awareness.
Reinventing Mobile Advertising
Built for experiential marketing and brand activations, R-Dog transforms the mobile billboard into an autonomous, interactive platform that captures attention through movement, expressive behavior, and real-time engagement.
Built for experiential marketing and brand activations, R-Dog transforms the mobile billboard into an autonomous, interactive platform that captures attention through movement, expressive behavior, and real-time engagement.
Rather than displaying static advertisements, R-Dog transforms brand campaigns into interactive experiences. It navigates public spaces autonomously, responds to nearby people through expressive behaviors, and delivers dynamic content on dual HD displays. Instead of being ignored like traditional billboards, it captures attention, encourages interaction, and turns every engagement into a memorable brand moment.
Rather than displaying static advertisements, R-Dog transforms brand campaigns into interactive experiences. It navigates public spaces autonomously, responds to nearby people through expressive behaviors, and delivers dynamic content on dual HD displays. Instead of being ignored like traditional billboards, it captures attention, encourages interaction, and turns every engagement into a memorable brand moment.
Build Fast, Iterate Faster
R-Dog represents a new product philosophy for Robot.com: build fast, validate early, and evolve continuously through real-world deployment. Rather than spending years perfecting a concept in isolation.
R-Dog represents a new product philosophy for Robot.com: build fast, validate early, and evolve continuously through real-world deployment. Rather than spending years perfecting a concept in isolation.
The platform was designed to reach the market quickly, gather real user feedback, and iterate through rapid design and engineering cycles. This approach accelerates innovation, reduces development risk, and enables every deployment to generate insights that directly inform the next generation of products, creating a faster and more adaptive robotics ecosystem.
The platform was designed to reach the market quickly, gather real user feedback, and iterate through rapid design and engineering cycles. This approach accelerates innovation, reduces development risk, and enables every deployment to generate insights that directly inform the next generation of products, creating a faster and more adaptive robotics ecosystem.
Credits
Credits
Projects of this scale are always the result of collective effort. My thanks to the founders, engineers, designers, teammates, partners, and everyone who contributed throughout this journey. Working alongside such talented people has shaped my approach to industrial design, collaboration, and innovation. Together, we challenged the limits of hardware and robotics, turning ambitious ideas into products deployed at scale across the world. I'm grateful to have been part of building this ecosystem and contributing to a decade of continuous design, engineering, and product development. Alejo
Projects of this scale are always the result of collective effort. My thanks to the founders, engineers, designers, teammates, partners, and everyone who contributed throughout this journey. Working alongside such talented people has shaped my approach to industrial design, collaboration, and innovation. Together, we challenged the limits of hardware and robotics, turning ambitious ideas into products deployed at scale across the world. I'm grateful to have been part of building this ecosystem and contributing to a decade of continuous design, engineering, and product development. Alejo
Projects of this scale are always the result of collective effort. My thanks to the founders, engineers, designers, teammates, partners, and everyone who contributed throughout this journey. Working alongside such talented people has shaped my approach to industrial design, collaboration, and innovation. Together, we challenged the limits of hardware and robotics, turning ambitious ideas into products deployed at scale across the world. I'm grateful to have been part of building this ecosystem and contributing to a decade of continuous design, engineering, and product development. Alejo
Head designer
Head designer
Alejandro Otálora
Alejandro Otálora
Team
Team
Direction Team: Felipe Chávez, Natalia Valderrama, David Rodríguez, Sergio Pachón, Kim Fennell. Design Team: Joell Martínez, Erika Ospina, Miguel Sierra. Engineering Team: Natalia Pinilla, Andrés Rengifo, Leonardo Correa, José Logreira.
Direction Team: Felipe Chávez, Natalia Valderrama, David Rodríguez, Sergio Pachón, Kim Fennell. Design Team: Joell Martínez, Erika Ospina, Miguel Sierra. Engineering Team: Natalia Pinilla, Andrés Rengifo, Leonardo Correa, José Logreira.
Company
Company
Robot.com
Robot.com
Robot.com
2026 alot_design® Studio722
Let’s design.
Tell us about your vision—whether you're looking to develop next-generation mobility, autonomous robotics, or market-ready industrial products.
Let’s design.
Tell us about your vision—whether you're looking to develop next-generation mobility, autonomous robotics, or market-ready industrial products.
2026 alot_design® Studio722
Let’s design.
Tell us about your vision—whether you're looking to develop next-generation mobility, autonomous robotics, or market-ready industrial products.