Physical AI Workers
Physical AI Workers
Built for Real Industry
Built for Real Industry
Autonomous robotic workers designed to operate machines and perform real industrial tasks within existing production environments.
Autonomous robotic workers designed to operate machines and perform real industrial tasks within existing production environments.
Meet the Phisical AI Worker.
Meet the Phisical AI Worker.
Physical AI introduces a new kind of automation, intelligent systems capable of moving through the real world and taking responsibility for real production tasks.
Built around the factory. Not the other way around.
Humanoid hardware, real-time Physical AI, and industrial deployment data – so robots can tend machines, handle parts, and run repeatable workflows alongside existing equipment.
Existing factory integration
It works with existing machines and production infrastructure.
Integrations
Connect CRMs, APIs, and internal tools seamlessly.
Adaptive execution
It responds to changes in objects and operating conditions.
Continuous improvement
It improves through real-world deployment data.
Built around the factory. Not the other way around.
Humanoid hardware, real-time Physical AI, and industrial deployment data – so robots can tend machines, handle parts, and run repeatable workflows alongside existing equipment.
Existing factory integration
It works with existing machines and production infrastructure.
Integrations
Connect CRMs, APIs, and internal tools seamlessly.
Adaptive execution
It responds to changes in objects and operating conditions.
Continuous improvement
It improves through real-world deployment data.
Built around the factory. Not the other way around.
Humanoid hardware, real-time Physical AI, and industrial deployment data – so robots can tend machines, handle parts, and run repeatable workflows alongside existing equipment.
Existing factory integration
It works with existing machines and production infrastructure.
Integrations
Connect CRMs, APIs, and internal tools seamlessly.
Adaptive execution
It responds to changes in objects and operating conditions.
Continuous improvement
It improves through real-world deployment data.
Use Cases
Automation infrastructure built for reliability and scale
Automation infrastructure built for reliability and scale
Automation infrastructure built for reliability and scale
Aoutive AI runs every automation through a centralized intelligence engine. It connects your tools, processes data, and executes actions automatically, so your workflows run faster and smarter.
Automation services are deployed across multiple regions to ensure workflows run continuously with automatic failover.
Highly Available
Low-Latency Execution
Edge Network Delivery
Scalable Workflow Engine
Fault-Tolerant System
Automation services are deployed across multiple regions to ensure workflows run continuously with automatic failover.
Highly Available
Low-Latency Execution
Edge Network Delivery
Scalable Workflow Engine
Fault-Tolerant System
Automation services are deployed across multiple regions to ensure workflows run continuously with automatic failover.
Highly Available
Low-Latency Execution
Edge Network Delivery
Scalable Workflow Engine
Fault-Tolerant System
Use Cases
One Integrated Platform
One Integrated Platform
One Integrated Platform
Aoutive AI helps teams automate repetitive tasks, connect tools, and execute workflows automatically across sales, marketing, support, and operations.
Software
Real-time perception, motion planning and task execution.
Software
Real-time perception, motion planning and task execution.
Software
Real-time perception, motion planning and task execution.
Hardware
Industrial humanoid hardware built for reach, mobility and manipulation.
Hardware
Industrial humanoid hardware built for reach, mobility and manipulation.
Data
Real-world interaction data from machines and industrial workflows.
Data
Real-world interaction data from machines and industrial workflows.
Data
Real-world interaction data from machines and industrial workflows.
Smarter with every shift
Smarter with every shift
Parts change, machines differ, conditions shift. The system has to work there – and get better from the work itself. Every movement, cycle, and adjustment creates operational data you cannot scrape from the internet. That data sharpens perception, manipulation, and task performance in the next cell and the next plant.
Industrial focus
Industrial focus
Industrial focus
Integrated technology
Integrated technology
Integrated technology
Real-world data
Real-world data
Real-world data
Partner-led implementation
Partner-led implementation
Partnershipss
Building Physical AI Together.
Building Physical AI Together.
Building Physical AI Together.
Manufacturing partners
Pilot facilities
Technology partners
Research and engineering institutions
Automation and integration partners
Manufacturing partners
Pilot facilities
Technology partners
Research and engineering institutions
Automation and integration partners
Research and engineering institutions
Manufacturing partners
Pilot facilities
Automation and integration partners
Technology partners
Let's talk!
Let's talk!
Let's talk!
Hi, I’m Laura Ulińska
Chief Business Development Officer
Send us a message
Give us a call
Your questions answered
Quick answers about building and automating workflows with Aoutive AI.
What is a Physical AI Worker?
A Physical AI Worker is an autonomous robotic system that combines physical hardware with artificial intelligence to perceive its environment, make decisions and perform real-world tasks. Talion Lab develops Physical AI Workers specifically for industrial environments and repeatable production workflows.
What types of tasks can the robot perform?
Can the system work with existing factory equipment?
Do you offer pilot deployments?
How can we become a strategic partner?
Your questions answered
Quick answers about building and automating workflows with Aoutive AI.
What is a Physical AI Worker?
A Physical AI Worker is an autonomous robotic system that combines physical hardware with artificial intelligence to perceive its environment, make decisions and perform real-world tasks. Talion Lab develops Physical AI Workers specifically for industrial environments and repeatable production workflows.
What types of tasks can the robot perform?
Can the system work with existing factory equipment?
Do you offer pilot deployments?
How can we become a strategic partner?
Your questions answered
Quick answers about building and automating workflows with Aoutive AI.
What is a Physical AI Worker?
A Physical AI Worker is an autonomous robotic system that combines physical hardware with artificial intelligence to perceive its environment, make decisions and perform real-world tasks. Talion Lab develops Physical AI Workers specifically for industrial environments and repeatable production workflows.
What types of tasks can the robot perform?
Can the system work with existing factory equipment?
Do you offer pilot deployments?
How can we become a strategic partner?