EASY AUTOMATION
Anyone can easily turn on Node and understand how it works right away.
With a simple on-screen explanation, users are guided through the basic steps, making it accessible even to beginners. The platform is designed to be intuitive, allowing anyone to start mapping their own space in just a few moments.
There’s no need for technical experience—Node’s clear instructions help users get started quickly, offering the flexibility to map both simple and complex areas with ease.
Each map can be easily customized to include specific destinations, making it simple to configure and update as needed.
With intuitive tools, users can quickly add or modify destinations without any hassle, allowing for seamless adjustments over time.
Whether you need to update a few locations or add several new ones, the process is straightforward and efficient, ensuring the map remains accurate and relevant to the user's needs.
At any time, Node can receive a mission to a specific destination, where it can pick up or collect materials, data, or other resources as needed.
This flexibility allows Node to perform a wide range of tasks, all while adapting to your specific workflow. Every activity is fully configurable, ensuring that it aligns perfectly with your processes and requirements.
Once the mission is completed, it always returns to its station, ready to embark on a new mission, ensuring a continuous and seamless operation.
Starting from the maps, you can easily create routes, ensuring efficient and precise task execution.
Once a route is set, Node will autonomously navigate through each destination. At every stop, Node can perform various tasks, such as delivering or picking up materials and collecting data.
This guarantees that operations run smoothly and seamlessly. At the end of each mission, Node presents the collected data, offering valuable insights and analytics that can be used to optimize processes and enhance overall efficiency.
Map your space
Anyone can easily turn on Node and understand how it works right away.
With a simple on-screen explanation, users are guided through the basic steps, making it accessible even to beginners. The platform is designed to be intuitive, allowing anyone to start mapping their own space in just a few moments.
There’s no need for technical experience—Node’s clear instructions help users get started quickly, offering the flexibility to map both simple and complex areas with ease.
Save your destination
Each map can be easily customized to include specific destinations, making it simple to configure and update as needed.
With intuitive tools, users can quickly add or modify destinations without any hassle, allowing for seamless adjustments over time.
Whether you need to update a few locations or add several new ones, the process is straightforward and efficient, ensuring the map remains accurate and relevant to the user's needs.
Create on demand missions
At any time, Node can receive a mission to a specific destination, where it can pick up or collect materials, data, or other resources as needed.
This flexibility allows Node to perform a wide range of tasks, all while adapting to your specific workflow. Every activity is fully configurable, ensuring that it aligns perfectly with your processes and requirements.
Once the mission is completed, it always returns to its station, ready to embark on a new mission, ensuring a continuous and seamless operation.
Create multi-destination missions
Starting from the maps, you can easily create routes, ensuring efficient and precise task execution.
Once a route is set, Node will autonomously navigate through each destination. At every stop, Node can perform various tasks, such as delivering or picking up materials and collecting data.
This guarantees that operations run smoothly and seamlessly. At the end of each mission, Node presents the collected data, offering valuable insights and analytics that can be used to optimize processes and enhance overall efficiency.
PHYSICAL AI
What makes Node unique
Patented steering and motorized wheel technology ensures high maneuverability, allowing the robot to move precisely even in tight spaces and automatically adapt to environments that change in real time.
Engineered mover with large-diameter wheels and a low center of gravity ensures superior stability, especially in uneven environments, including outdoor settings.
3D LiDAR technology allows the robot to "see" its environment in three dimensions with extreme precision, generating detailed maps that identify obstacles and enable the robot to avoid them.
Software based on ROS 2, designed for real-time robotic operations. This ensures immediate and reliable responses, which are essential for the safety and precision of robots in action.
3D laser scanner that triggers differentiated robot behaviors based on proximity and movement, ensuring full coverage without blind spots.
Encoders in the wheels on the same side calculate speed in real time, optimizing braking and routes.
Enabling button on the handle grip allows manual activation of the robot without risks during navigation
The 15-inch multitouch screen allows users to easily access a wide range of digital content from any position, offering an intuitive and comfortable interaction.
A simplified user experience, accessible to everyone, even without technical skills. Anyone can independently understand how to operate the robot for material transport and collect data to improve processes.
The use of lights and sounds by the robot to create intuitive and easily understandable human-machine interactions regarding its status and intentions. This helps build human trust in the machine's operation and safety
Relational functions ("follow me" and haptic handle) to create opportunities for close-contact collaboration.
Agility
Patented steering and motorized wheel technology ensures
high maneuverability, allowing the robot to move precisely
even in tight spaces and automatically adapt to
environments that change in real time.
Engineered mover with large-diameter wheels and a low
center of gravity ensures superior stability, especially in
uneven environments, including outdoor settings.
Autonomy
3D LiDAR technology allows the robot to "see" its environment in
three dimensions with extreme precision, generating detailed
maps that identify obstacles and enable the robot to avoid them.
Software based on ROS 2, designed for real-time robotic
operations. This ensures immediate and reliable responses,
which are essential for the safety and precision of robots in
action.
Safety
3D laser scanner that triggers differentiated robot behaviors
based on proximity and movement, ensuring full coverage
without blind spots.
Encoders in the wheels on the same side calculate speed in
real time, optimizing braking and routes.
Enabling button on the handle grip allows manual activation
of the robot without risks during navigation
Interactive
The 15-inch multitouch screen allows users to easily access a
wide range of digital content from any position, offering an
intuitive and comfortable interaction.
A simplified user experience, accessible to everyone, even
without technical skills. Anyone can independently understand
how to operate the robot for material transport and collect
data to improve processes.
Relational
The use of lights and sounds by the robot to create intuitive and easily understandable human-machine interactions regarding its status and intentions. This helps build human trust in the machine's operation and safety
Relational functions ("follow me" and haptic handle) to create opportunities for close-contact collaboration.
Plug-and-play
No need for integration or
structural upgrades.
Easy
Anyone can use Node
without the need for training.
Multifunctional
Configurable to adapt to
all your processes
Agile
It can move even in busy
environments or on
uneven flooring