AMR
FlagshipARJUNA
AI-powered ROS-based Autonomous Mobile Robot for research and education
Configurations & specsABOUT PRAN
P.R.A.N.
Plug-and-play Robotics Architecture by Newrro
A modular architecture that makes robotic components, controllers, compute and software work together.
01 · THE PROBLEM IT SOLVES
Every robotics project starts with the same unanswered questions.
Which controller will drive these motors. Whether this LiDAR will talk to that SBC. What protocol sits between them. How long ROS2 will take to configure. What breaks when a part is swapped.
None of this is the interesting part of robotics. All of it has to be solved before the interesting part begins.
PRAN solves it once, at the architecture level, so it does not have to be solved again on every project.
02 · THE LAYER MODEL
Seven layers. One interoperable system.
- 07Cloud & FleetMany robots, managed as one system.In development
- 06Navigation (ROS2)Mapping, localisation and path planning.
- 05AI & VisionPerception and decision-making at the edge.
- 04Autonomy RuntimeRuns the robot's behaviour in real time.
- 03Controller & Edge ComputeWhere hardware meets software. The RICK series lives here.
- 02Sensor IntegrationLiDAR, cameras, IMUs and encoders, connected and read.
- 01Hardware & ActuatorsMotors, drives and the physical robot.
03 · COMPATIBILITY LEVELS
What each level means for you.
[CONFIRM]PRAN-L1 to L5 are defined today; L6 is planned
- PRAN-L1Defined
Electrical compatibility
it powers and connects
- PRAN-L2Defined
Communication
devices talk to each other
- PRAN-L3Defined
Software
the SDK recognises and drives it
- PRAN-L4Defined
ROS2
works with ROS2 out of the box
- PRAN-L5Defined
Plug-and-play
connect it and it is configured
- PRAN-L6In development
Industrial
rated for continuous deployment
PRAN is being integrated across the Newrro product line.
04 · BOUNDARIES
What PRAN is not.
- Not a single robot.
- Not a single controller.
- Not a replacement for ROS2.
- Not merely a connector, a protocol or a software library.
PRAN is the architecture that lets all of those work together.
05 · TECHNOLOGY STATUS
TRL 6–7
validated through live institutional and deployment pilots
ROS2 Humble and Jazzy compatible
Multi-sensor, CAN Bus and edge AI integration
Provisional IP filings in preparation for robotics interoperability architecture, controller abstraction systems and adaptive robotics learning infrastructure.
06 · PRAN READY PRODUCTS
Everything we build runs on PRAN.
AMR
EntryBABHRU
Lightweight ROS 2 mobile robot for students, educators and researchers.
Configurations & specsModular AMR
[SUPPLY]Product photograph
Building on PRAN?
Talk to our engineering team about integration, documentation and compatibility.