Intelligent machines, built around people.
We build assistive robotics that move with the human body and AI software that keeps businesses responsive. Both start from the same question. What does this person need right now?
Every component has a job.
A product company working where hardware meets software.
V.A.L.T.A.I.R Industries develops intelligent products across robotics, human augmentation, artificial intelligence and business automation. We design, build and test our own products end to end, from the servo in a robotic finger to the AI that answers a clinic's phone.
Technology that understands human needs and responds intelligently.
Sometimes that means a robotic device that assists physical movement. Sometimes it means an AI system that handles the conversations a business can't afford to miss. The goal is the same: more independence, more capability and a better quality of life.
Deep-Tech & Human Augmentation
Robotics and assistive technology that make human–machine interaction more natural, responsive and accessible.
AI Software & Automation
AI that runs the routine side of business communication, so people can spend their time on the work that needs them.
KINETIX REACH
A bionic system that sees, feels and responds.
Kinetix Reach is an intelligent bionic and assistive robotic system. It reads the muscle signals a person already makes, looks at what they are reaching for, and picks a grip that fits, with safety checks running underneath every movement.
Each motion is tested in a digital twin before it runs on hardware, so the system can be tuned safely and quickly.
Computer vision
Object recognition so the hand knows what it is reaching for.
Intelligent grasp selection
Picks a grip to suit the object's shape and size.
sEMG muscle-signal control
Reads muscle activity at the skin surface to drive movement.
Proximity & pressure sensing
Fingertips detect approach and contact, then adjust force.
Embedded electronics
On-board processing that sits close to the sensors.
Multi-servo actuation
Coordinated motors at the elbow, wrist and every finger.
Safety-focused control
Force limits and fail-safe behaviour built into the software.
Digital-twin testing
Motions are simulated and validated before they reach hardware.
Long-term objectivePractical human-augmentation and assistive technology that improves independence, capability and quality of life.
Collaborate on researchNEXA PULSE
The front desk that never misses a call.
Nexa Pulse is an AI-powered receptionist for clinics and other appointment-based businesses. It answers enquiries, books and moves appointments, and follows up, any hour of the day.
Round-the-clock replies
Responds to customer and patient enquiries at any hour.
Booking & rescheduling
Books, reschedules and cancels appointments in the conversation.
FAQ answers
Handles the questions your front desk answers every day.
Lead capture
Captures and qualifies new leads before they go elsewhere.
Reminders & follow-ups
Sends reminders and follow-up messages automatically.
Human escalation
Hands important conversations to your staff right away.
Organised records
Keeps enquiries and appointments tidy and searchable.
Less admin
Takes repetitive work off your team's plate.
Built to support your team. Nexa Pulse handles the routine conversations so your staff can focus on patients, customers and the work only people can do.
Book a demoIntelligent hardware. Intelligent software. One team.
The same engineers work across both divisions, so ideas move between them. Signal processing learned on the arm shapes how Nexa Pulse listens, and the reverse.
Hardware intelligence
Kinetix ReachSoftware intelligence
Nexa PulseHow we take an idea to a working product.
Assistive technology has to be safe before it can be useful. Our development process is built around that.
Understand the need
Start with the people who will use it and the problem they face every day.
Simulate
Model the mechanics and control logic in a digital twin.
Prototype
Build hardware and software in fast, testable iterations.
Validate safety
Test force limits, failure cases and fail-safe behaviour.
Refine with users
Improve the product with feedback from real use.
Build the first versions with us.
We're a young team in Bengaluru. We're looking for interns and early-career engineers who want to work on real robotics and real AI products, with their hands on the hardware and their name on the work.
How to apply
Email your CV and one thing you've built (a repo, a video, a project write-up) to valtairindustries@outlook.com with the subject Internship / your area.
Let's build something useful.
For partnerships, Nexa Pulse demos, research collaboration or internships, reach us directly.