Products

Plug And Play Robotics Architecture

Newrro

Make robotics simpler.

Building India's robotics ecosystem through education, components, platforms and architecture, connected.

3,000+

students trained

20+

institutions

10+

CoE labs

IHFC

IIT Delhi incubation

2024

established

03 · THE PROBLEM

Building a robot is harder than it should be.

Robotics becomes difficult before anyone builds anything: which controller, sensor, actuator, protocol, ROS setup, firmware and debugging workflow all have to be decided first.

!!!YOURROBOT?PRANControllersSensorsActuatorsProtocolsROS setupDebugging
  • /controllers

    Arduino, ESP32, Raspberry Pi or Jetson — each with its own toolchain. Choose wrong and you rebuild.

  • /sensors

    LiDAR, depth cameras, IMUs and encoders all report differently.

  • /actuators

    Motors, drivers and encoders must be matched before anything moves reliably.

  • /protocols

    UART, I2C, SPI, CAN — then finding out why two parts don’t talk.

  • /ros-setup

    Installing ROS2 is easy. Configuring it for your hardware can take weeks.

  • /debugging

    Wiring, firmware, driver or code? Every fault becomes a search.

04 · PRAN

One architecture that connects it all.

PRAN standardises how robotic components, controllers, compute, communication and software connect, so robots are easier to build, modify, scale and deploy.

  1. 01Plug in a sensor and it is recognised.
  2. 02Swap a controller without rewriting your stack.
  3. 03Move from BABHRU to ARJUNA without relearning the system.
See how PRAN works →
01Hardware & Actuators02Sensor Integration03Controller & Edge Compute04Autonomy Runtime05AI & Vision06Navigation (ROS2)07Cloud & Fleet

05 · THE ECOSYSTEM LOOP

Learn. Build. Develop. Deploy. Innovate.

Education is the entry point, not the whole company. Newrro connects learning to real hardware, real hardware to deployment, and deployment back into new roboticists.

Read our story →
THE NEWRROLoop01LearnLabs, kits and curriculum02BuildControllers and sensors that fit03DevelopROS 2 platforms like ARJUNA04DeployRobots in real sites05InnovateNew roboticists, new products

06 · WHAT WE BUILD

Hardware and labs on one architecture.

From a first controller board to a complete autonomous mobile robot, the same system grows with the people building it.

ARJUNA autonomous mobile robot, three-quarter view

Autonomous Mobile Robots

ROS2-native platforms for learning, research and deployment

Explore →
Newrick controller in its enclosure, three-quarter view

RICK Controllers

Indigenous robotics controllers, from first board to edge AI

Explore →
ARJUNA running on an indoor test track

Robotics Labs

Complete Centres of Excellence for institutions

Explore →

07 · FLAGSHIP: ARJUNA

One robot.
Every layer.

An autonomous mobile robot on ROS 1 and ROS 2 — mapping, localising and navigating on its own, built on PRAN from the wheels up.

ARJUNA autonomous mobile robot, three-quarter view
  • OAK-D Pro depth camera
  • 7-inch touch display
  • 360° LiDAR · 12 m
  • Ultrasonic array
  • Mecanum or rubber wheels
Top speed
0.7m/s
Payload
10kg
Runtime
up to 8h
Weight
4.5kg

08 · WHERE WE'RE DEPLOYED

Robotics labs running across South India.

Real installations give the architecture a place to prove itself: in labs, classrooms and the hands of the people learning on it.

  • REVA University
  • BMSCE
  • Vidyashilp University
  • NMIT
  • JNNCE, Shivamogga
  • Global Academy of TechnologyIn progress
  • JSSIn progress
  • Soham Academy, HyderabadTraining & ecosystem partner
See our deployments →
  • Vidyashilp University
  • Nitte Meenakshi Institute of Technology
  • REVA University
  • BMS College of Engineering
  • Global Academy of Technology (in progress)
  • JSS Academy of Technical Education (in progress)
  • JNNCE, Shivamogga — academic deployment
  • Soham Academy, Hyderabad — training and ecosystem partner

South India

LiveIn progressPartnerMap data © OpenStreetMap contributors

09 · TRUSTED BY

Trusted by India's engineering institutions.

Universities, research centres and industry teams already building on Newrro hardware.

10 · ENGINEERING DEPTH

Engineering depth, proven before Newrro.

Our team brings experience across defence, industrial automation and enterprise R&D, with several advisory relationships continuing today.

ACTIVE NEWRRO ENGAGEMENTS

  • Antz Systems
  • Life Science Education Trust

PRIOR TEAM EXPERIENCE

  • DEFENCE

    Indian Navy

    Amphibious drone systems

  • CORPORATE R&D

    Bosch

    Collaborative monocular VSLAM

  • CORPORATE R&D

    Dassault Systèmes

    Swarm drone coordination

  • GOVERNMENT

    Karnataka Police

    Drone procurement advisory

Team experience and ongoing advisory.

11 · MADE IN INDIA

Designed, engineered and manufactured in India.

India's robotics stack is largely imported. We build ours here, for the conditions they run in.

  • RICK controllers — designed and built in Bengaluru
  • In-house PCB design
  • An indigenous alternative to imported robotics controllers

12 · WHY NEWRRO

Why institutions choose Newrro.

  1. 01

    Built on PRAN

    One ROS 2-native architecture across every robot and controller.

  2. 02

    Our own hardware

    Robots and controllers designed and manufactured in India.

  3. 03

    One complete stack

    Hardware, curriculum and faculty training from a single partner.

  4. 04

    Labs that run without us

    4-day onboarding and instructor training at handover.

  5. 05

    Support that stays

    One-year warranty, response within 48 working hours, 24×7 AI assistant.

  6. 06

    Proven in real labs

    10+ Centres of Excellence across 20+ institutions.

13 · START HERE

Start where it makes sense for you.