DASROS Logo DASROS

Artificially Intelligent Robotic Assistant

AIRA

- Built In Reality. Designed For The Future. -

A smart robot built by DASROS to help people in real places — schools, hospitals, offices — by handling everyday tasks so humans can focus on what matters most.

- Problem -

Human Effort Is Being Wasted

Doctors, teachers, and office workers spend too much time on repetitive tasks that don't need their skills — like filing, fetching, or answering the same questions over and over.

Overworked office and service staff representing repetitive operational load

The missing support layer

Not A Workforce Problem

AIRA is the helper that's been missing — it takes care of repetitive tasks so people can spend more time on real work like teaching, caring for patients, and making decisions.

This isn't about replacing people. It's about giving them a capable assistant right where they work.

- Origin -

The NEEV Phase

AIRA began with a ₹20,000 government startup grant (NEEV Program) plus ₹10,000 from the founder's own pocket — enough to turn a student's idea into a working robot.

Early AIRA NEEV prototype robot
Early NEEV-stage prototype: small, functional, and focused on proving that a physical assistant could work.
AIRA prototype in an early public demonstration environment
The first phase moved AIRA out of pure concept and into a body that could be tested, presented, and improved.

- Prototype -

From Idea To Machine

Phase 2 engineering

Built To Validate The Question

The first prototype wasn't meant to be perfect. It was built to answer one question: can we make a robot that moves, has a screen, and is simple enough for anyone to use?

Mobile base Touch interface Sensor housing Service body
AIRA prototype hardware breakdown with wheels, ports, body and internal components

- Software -

The Brain Behind The Face

AIRA's software is built to run on basic hardware, work on school Wi-Fi, and be simple enough that anyone can use it — no tech background needed.

AIRA orbital software interface with modules around a central assistant hub

Single-window assistant OS

One Startup. One Browser. AIRA Live.

AIRA's screen shows a central hub with tools for learning, chatting, camera, reminders, files, language help, and more — all in one place.

The software is what makes AIRA more than just a machine on wheels — it can answer questions, guide people, run tools, and keep attention in busy settings.

- Deployment -

Deployed. Demonstrated. Real.

AIRA was placed in a real school where students, teachers, parents, and media could walk up, interact with it, and see it work firsthand.

AIRA greeting a staff member during a live deployment
AIRA in a real deployment moment, interacting directly with staff and showing the human response around the product.
Students and media surrounding the AIRA robot during a live deployment
Students approached AIRA directly, asked questions, and interacted with the assistant as a public-facing product.

- Numbers -

Commercial Validation

AIRA went from a grant-funded student project to attracting real investor support, with actual production costs worked out.

01

₹20,000 + ₹10,000

Government grant plus personal savings funded the very first working robot prototype.

02

₹60,000 + ₹20,000

After successful demos, an investor backed AIRA with additional funding to take it further.

03

₹45,000 Cost

The real cost to build one AIRA unit came in at a level that makes commercial production possible.

- Credits -

Build Teams & Roles

AIRA was built in two major phases, each with its own team and roles.

NEEV Prototype Phase

Abhinav led the project direction and product vision. Prajjawal Kr. Rai and Vishal Vishwakarma worked in co-lead roles, with Manas Joshi and Alok Joshi supporting the early build phase.

Live Deployment Phase

Abhinav continued in the lead role, with Prajjawal Kr. Rai and Vishal Vishwakarma as co-leads for the real-world deployment evolution and public demonstration phase.

- Future Vision -

One Platform. Five Industries.

AIRA isn't one fixed robot — it's a flexible platform that can be customized for different industries and workplaces.

AIRA variants for defence, education, office, and service environments

Sector adaptation

AIRA Changes With The Environment

There are versions planned for hospitals (Med-AIRA), restaurants and hotels (Service-AIRA), offices (Staff-AIRA), schools (Edu-AIRA), and defence (Army-AIRA).

Every version shares the same core: a physical robot body, smart software, and a design centered around helping people.

- Applications -

Sector Roles

01

Med-AIRA

Helps with patient check-in, bed tracking, medicine delivery, health monitoring, and supply runs.

02

Service-AIRA

Assists in restaurants and hotels — guiding guests, helping with orders, and coordinating service.

03

Staff-AIRA

Greets visitors, manages reminders, routes messages, and handles routine office tasks.

04

Edu-AIRA

The version already tested in schools — teaches, answers student questions, runs science modules, and supports learning.

05

Army-AIRA

Built for tough environments — monitoring, field support, restricted-area assistance, and rugged conditions.

06

Cloud AI

All of AIRA's smart assistant features, but as software only — no robot body needed.

AIRA is not just a robot. It is a workforce companion: built to assist, interact, and make routine work feel less alone.