440+
Robots deployed
Autonomous logistics · Generation 03
Robotics and AI engineered for real-world logistics.
Proven in operation
440+
Robots deployed
3
Generations engineered
24/7
Continuous operation
Millions
Of parcels processed
Operational footage · Tensor robotic fleet
Real-world robotics
Tensor robotic systems operate inside real logistics environments—moving parcels, coordinating fleets, and sorting continuously.
Robotic sorting system
One architecture connects visual intelligence, destination routing, fleet control, autonomous robots, and the physical sorting grid.
Reads barcodes, postal codes, printed and handwritten addresses.
Coordinates robot traffic, missions, and system state.
Transforms destination data into the next physical movement.
Executes autonomous movement across the sorting grid.
From address to destination
The system turns visual information into a destination, assigns the right robot, and completes the physical sort.
A parcel enters the sorting workflow.
The label and package data are captured.
Barcode, postal code, printed or handwritten address is interpreted.
The system resolves the correct sorting output.
Fleet intelligence assigns the mission.
The robot navigates through the active grid.
The parcel reaches its destination.
Evolution
Tensor evolved through live deployments—from first operation to a smaller, faster and more intelligent third generation.
01
Generation 01 · Tehran
The first generation moved Tensor from a technical idea into an operating postal environment and proved coordinated robotic sorting at scale.
02
Generation 02 · Kermanshah
The second generation translated operational learning into a more mature installation and a refined robot-and-system architecture.
03
Generation 03 · Current
Gen 3 reduces physical mass and grid footprint while increasing speed, recognition capability, and sorting density.

Technology
01
OCR & visual intelligence
Tensor-developed recognition turns Persian postal codes, printed addresses, and handwritten information into usable destination data.
Barcode · Postal code · Printed address · Handwriting02
Autonomous robotics
Navigation, fleet intelligence, mechanics, electronics, embedded control, and networking work together to move every robot with purpose.
Navigation · Fleet control · Robotics engineeringTwo-level architecture
A two-level sorting structure increases destination density without simply adding more floor area.
Reported deployment configuration
Deployment footprint
Successive generations have moved from Tehran to regional and multi-level sorting deployments.
Operational network · Iran
Trusted by



Latest from Tensor
The latest Tensor platform advances speed, weight, grid density, OCR, and multi-level capability.
↗Gen 3 was introduced to postal and logistics representatives from across the Asia-Pacific region.
↗Tensor systems are operating across multiple postal centers and successive generations.
↗Contact
Have a logistics or automation challenge? Talk to Tensor.
info@tensorgroup.co