Maximum Intelligence per Watt.

Maximum Intelligence per Watt.

Maximum Intelligence per Watt.

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Physics is the only limitation

Physics is the only limitation

We believe the next frontier of AI is not just greater intelligence, but greater intelligence for the resources it consumes.

The future is already here, it is just not evenly distributed.

Intelligence should not be a privilege of those with the most powerful devices or the fastest connections. It's benefits should be within reach of far more people.

Introducing
The Terminus

Introducing
The Terminus

Powerful language and reasoning, engineered to bring capable AI to everyday devices. Compact in footprint. Substantial in intelligence. Entirely on your terms.

Powerful language and reasoning, engineered to bring capable AI to everyday devices. Compact in footprint. Substantial in intelligence. Entirely on your terms.

Powerful language and reasoning, engineered to bring capable AI to everyday devices. Compact in footprint. Substantial in intelligence. Entirely on your terms.

1.5B

Parameters

A compact language model engineered to deliver capable intelligence within a remarkably small footprint.

< 400 MB

RAM at Runtime

Designed to operate within a remarkably small memory footprint, making on-device inference practical on everyday hardware.

7

Indic Languages

Built with an Indic-first approach, bringing language intelligence closer to the people and devices that need it.

Hindi · हिंदी

Tamil · தமிழ்

Telugu · తెలుగు

Bengali · বাংলা

Marathi · मराठी

Kannada · ಕನ್ನಡ

Malayalam · മലയാളം

Gujarati · ગુજરાતી

Punjabi · ਪੰਜਾਬੀ

English

Hindi · हिंदी

Tamil · தமிழ்

Telugu · తెలుగు

Bengali · বাংলা

Marathi · मराठी

Kannada · ಕನ್ನಡ

Malayalam · മലയാളം

Gujarati · ગુજરાતી

Punjabi · ਪੰਜਾਬੀ

English

OUR VISION

Make
Intelligence abundant.

Make
Intelligence abundant.

Make
Intelligence abundant.

The next frontier of AI is not just how intelligent models can become, but how much intelligence we can unlock from the resources we have.

The next frontier of AI is not just how intelligent models can become, but how much intelligence we can unlock from the resources we have.

The next frontier of AI is not just how intelligent models can become, but how much intelligence we can unlock from the resources we have.

We’re building from India to push that frontier, starting with models designed to do more with less and working towards a future where the cost of intelligence no longer limits its possibilities.

We’re building from India to push that frontier, starting with models designed to do more with less and working towards a future where the cost of intelligence no longer limits its possibilities.

We’re building from India to push that frontier, starting with models designed to do more with less and working towards a future where the cost of intelligence no longer limits its possibilities.

BUILT FROM INDIA. FOR WHAT’S NEXT.

Have Questions?

What is Terminus?

Terminus is a domain-adaptable AI model designed to power applications across sectors such as agriculture, finance, governance, healthcare, and education.

What makes Terminus different?

Its potential to support lightweight, domain-specific AI applications, reduce inference costs, and decrease dependence on cloud infrastructure where the deployment environment permits.

Can Terminus run locally or offline?

Local execution may be possible on compatible devices with sufficient compute and memory. Offline functionality depends on the model, available local knowledge, and application implementation.

Which industries can use Terminus?

Potential applications include crop advisory, financial literacy, public services, healthcare information, and personalised education, including multilingual assistance.

Does local AI guarantee data privacy?

No. Local processing can reduce the need to transmit sensitive information, but privacy and security also depend on device protection, application design, data handling, and deployment safeguards.

Have Questions?

What is Terminus?

Terminus is a domain-adaptable AI model designed to power applications across sectors such as agriculture, finance, governance, healthcare, and education.

What makes Terminus different?

Its potential to support lightweight, domain-specific AI applications, reduce inference costs, and decrease dependence on cloud infrastructure where the deployment environment permits.

Can Terminus run locally or offline?

Local execution may be possible on compatible devices with sufficient compute and memory. Offline functionality depends on the model, available local knowledge, and application implementation.

Which industries can use Terminus?

Potential applications include crop advisory, financial literacy, public services, healthcare information, and personalised education, including multilingual assistance.

Does local AI guarantee data privacy?

No. Local processing can reduce the need to transmit sensitive information, but privacy and security also depend on device protection, application design, data handling, and deployment safeguards.

Have Questions?

What is Terminus?

Terminus is a domain-adaptable AI model designed to power applications across sectors such as agriculture, finance, governance, healthcare, and education.

What makes Terminus different?

Its potential to support lightweight, domain-specific AI applications, reduce inference costs, and decrease dependence on cloud infrastructure where the deployment environment permits.

Can Terminus run locally or offline?

Local execution may be possible on compatible devices with sufficient compute and memory. Offline functionality depends on the model, available local knowledge, and application implementation.

Which industries can use Terminus?

Potential applications include crop advisory, financial literacy, public services, healthcare information, and personalised education, including multilingual assistance.

Does local AI guarantee data privacy?

No. Local processing can reduce the need to transmit sensitive information, but privacy and security also depend on device protection, application design, data handling, and deployment safeguards.

Blog Hub

Oct 18, 2026

After the Wall

Rebuilding AI from One Bit · By Varun Daiya

Oct 18, 2026

After the Wall

Rebuilding AI from One Bit · By Varun Daiya

BUILD THE NEXT FRONTIER

There is more intelligence to unlock.

There is more intelligence to unlock.

INDIA

TERMINUS

The hardest problems are still ahead. We’re looking for people who want to challenge the limits of today’s paradigm, question established assumptions, and discover what becomes possible when we do things differently.

The hardest problems are still ahead. We’re looking for people who want to challenge the limits of today’s paradigm, question established assumptions, and discover what becomes possible when we do things differently.

If that future excites you, help us build it.

Join Compact Intelligence.