Illustration
AI FOR MACHINES · PHONES, SMARTWATCHES, SMART GLASSES AND RINGS
An assistant small enough to carry, and private enough to trust.
Tatva Nano and Tatva Micro are sized for phones and wearables. The request is turned into one command on the device, in English or an Indian language, and what you say never has to leave it. A smartwatch or a ring pairs with your phone, which runs the model.
IN SHORT
AgentAnywhere's AI for smart glasses, smartwatches, rings and phones uses Tatva Nano and Tatva Micro, small models sized for phones and wearables. A request is turned into one action on the device, offline, in English or an Indian language, or declined. Smart glasses, smartwatches and rings pair with a phone, which runs the model. We are looking for design partners for wearable builds.
- Runs offline, on the machine
- Sized for constrained hardware
- Approved by the wearer
THE PROBLEM
The most personal device should not need someone else's cloud.
A phone, a watch, a pair of glasses or a ring hears more about a person than anything else they own. Sending every request to a distant server to be interpreted is slow, fails without a signal, and hands that intimacy to someone else.
Most of India also speaks more than one language in a sentence. An assistant that only works online, and only in one language, leaves most people out.
ON THE DEVICE · OFFLINE
What runs where.
Small models, designed for the device in your hand. The model runs on the phone; the watch, the ring and the glasses stay light.
Language to one machine command — or none.
Tatva Micro turns a spoken or typed request into one action — set a reminder, start navigation, read a message — or declines. Tatva Nano writes Indian languages in their own scripts.
Where · Designed for the phone, offline. Glasses, watches and rings pair with the phone, which runs the model.
USE CASES · ILLUSTRATED
What you can try, and what is being built.
There is no wearable demo on our demo hub yet. One live demo shows the size class: the command model running inside a browser tab. The wearable use cases are illustrations.
Illustration
Tatva Micro in your browser
The on-device command model loads into your browser tab and runs there, offline — the same size class we are designing for phones. It is a drone and robot command demo, not a wearable one.
Illustration
Offline assistant on a phone
Reminders, messages and navigation in Marathi, Hinglish or English, turned into one command on the phone with no signal. Nothing said has to leave the device.
No demo yet · illustrative use case
Illustration
Hands-free on smart glasses
A field technician asks for the next checklist step without putting down a tool. The glasses pass the request to the paired phone, which answers offline.
No demo yet · illustrative use case
Illustration
A smartwatch that pairs with your phone
A wearer says, in an Indian language, “Remind me at eight to take my medicine.” The watch passes the words to the paired phone, which turns them into one set_reminder command, or no action. Sharing health data, calling emergency contacts or making payments are checked by rules outside the model, with the wearer asked to confirm.
No demo yet · illustrative use case
Illustration
A ring that pairs with your phone
A tap or a short phrase on the ring starts an action on the phone. The ring stays tiny; the phone runs the model.
No demo yet · illustrative use case
Want to see this on your machine? Tell us your machine and your mission.
Talk to us about a pilotHOW EVERY MACHINE STAYS IN HUMAN COMMAND
The model turns words into one command, or none. A person decides.
On this machine, the named person is the wearer.
Policy outside the model
Rules are written and versioned outside the model and checked on every command. A model cannot talk its way past them.
A named person approves
Anything consequential waits for a named person. Their approval, or their refusal, is part of the record.
A record of every step
Every command, check and approval is recorded, so someone else can inspect it later.
WHAT WE DO NOT CLAIM
The boundary, stated.
FAQ
Frequently asked questions.
- Can an AI assistant run on a phone without the internet?
- That is what Tatva Nano and Tatva Micro are designed for. They are small enough for a phone, turn the request into one action on the device, and work with no signal. We are looking for design partners for phone builds.
- Does a smart ring run the AI model itself?
- No. A ring pairs with a phone. The ring sends a tap or a short phrase; the phone runs the model and carries out the action.
- Can an AI smartwatch work offline?
- In this design, through the paired phone: the watch pairs with a phone, and the phone runs the model offline. The watch passes a tap or a short phrase, and the phone turns it into one action or declines. We are looking for design partners for watch builds, and we do not claim a shipping watch product.
- Can AI smart glasses work without the internet?
- In this design, through the paired phone: smart glasses pass the request to the phone, which runs the model with no signal. A field technician can ask for the next checklist step without putting down a tool. We are looking for design partners for glasses builds.
- Which languages does it work in?
- The Tatva family is built in India for English, Hinglish and Indian languages. Tatva Nano writes Indian languages in their own scripts, including the Dravidian languages.
- Is there a wearable demo?
- Not yet. The closest live demo is Tatva Micro running inside a browser tab, which shows the size class of model we are designing for phones.
Claims last reviewed . Demos are simulated demonstrations; each one says on screen which parts are real model output.
Bring us your phones, watches, glasses and rings.
There is no demo for this machine yet. If you have the machine and the mission, we would like to build the first one with you.