REASONING-FIRST LANGUAGE AI
LangBrains AI Symbol
LANGBRAINS AI
Reasoning Intelligence · Native Language

Intelligence, expressed through language.

Vajram pairs reasoning- and tool-capable models with SLIM to deliver native-language answers without retraining the source intelligence.

Vajram carries a model's committed answer states directly into a native-language decoder—preserving reasoning and tool context without a conventional translation cascade.
Source-Latent Inline Memory architecture
Reasoning-aware
Native-language output
Tool-call context
No completed-answer re-forward
Exact-value protection
Frozen source model
Reasoning-aware
Native-language output
Tool-call context
No completed-answer re-forward
Exact-value protection
Frozen source model
BENEFITS

One model. More languages.

Separate reasoning capability from language delivery, then adapt the output layer for the language people actually use.

FROZEN SOURCE MODEL

Train reasoning once

Keep the capable base model frozen. Translation training happens in the target-language layer, so language adaptation does not rewrite the model's reasoning behavior.

INLINE MEMORY

Remove a translation pass

SLIM consumes hidden states already produced during generation. The completed English answer is not sent through the source model or a separate translation encoder again.

LANGUAGE-SPECIFIC DECODER

Extend language by language

Add a tokenizer and decoder for each target language while retaining the same source intelligence—starting with native Kannada in Vajram KN-1.

FEATURES

Built around the answer

A focused architecture for preserving capable model behavior while delivering native-language output.

Abstract stack of modular computation layers

Cutting-Edge AI

Pair modern reasoning and tool-capable models with dedicated target-language decoders through SLIM's inline memory boundary.

Multiple reasoning paths resolving into one clear output

Reasoning-Aware Output

Translate only the committed response while keeping the answer conditioned on the source model's reasoning and conversation context.

Central AI module connected to interchangeable tool modules

Tool-Ready Architecture

Keep internal reasoning and tool traffic out of the translated answer while carrying tool-informed context into the final response.

Abstract conversation forms exchanging language particles

AI-Powered Support

Build native-language assistants on a provider-neutral chat interface with streaming responses and local conversation history in the preview.

CAPABILITIES

What we're building

A focused language-intelligence platform, with every capability marked by its current product stage.

CORE PLATFORM

Reasoning-Model Translation

Connect capable source models to target-language decoders so their committed answers can be delivered in Kannada—and extended to additional languages with dedicated language layers.

PREVIEW

Kannada Chat Assistants

Create streaming conversational experiences that preserve source-model reasoning and tool context while returning user-facing Kannada answers.

IN DEVELOPMENT

Grounded Kannada Content

Generate explanations, summaries, and structured content in Kannada from the same source intelligence, with exact-value protection for numbers and technical spans.

FUTURE ROADMAP

Indic Speech Interfaces

Text-to-speech and speech-to-text support for Indic languages is planned as a future interface layer; it is not part of the current preview.

ARCHITECTURE

Simple & Scalable

Keep intelligence and language adaptation separate, with explicit evaluation at every boundary.

01

Choose the source intelligence

Start with a capable reasoning model. Its core stays frozen, so target-language training does not alter how it reasons or uses tools.

02

Adapt the language layer

Train a tokenizer, bridge, and decoder for the target language using aligned data—Kannada first for Vajram KN-1.

03

Evaluate and improve

Measure translation quality, grounding, exact-value fidelity, latency, memory use, and multi-turn behavior before packaging a release.

BENCHMARKS

Measured SLIM v6 results

Inline typed latent copy compared with a conventional translation cascade on the same local benchmark.

37.2%

lower median translation-added latency

173.82 ms vs 276.96 ms

40.7%

less peak allocated VRAM

1.756 GiB vs 2.962 GiB

75.4%

less estimated translation work

55.46 vs 225.45 median GFLOPs

2.15×

Kannada decode throughput

128.08 vs 59.70 tokens/second

Development benchmark: 10 fixed prompts, batch size 1, greedy decoding, one warm-up, AMD Radeon RX 7900 XT. These figures are architecture measurements, not production latency guarantees. The v6 report calls for larger ordinary and copy-heavy sets before release qualification.

ACCESS

Pricing is coming later

Vajram KN-1 is still in preview. Public hosting and commercial plans will be announced only after deployment and release testing are ready.

COMING SOON

No paid plan is available yet

The current website is a product preview. You can explore the chat experience while hosted Vajram access remains in development.

FOUNDER

Built with a singular focus

LangBrainsAI is currently founder-led. Team and social links will be added as the project grows.

LANGBRAINS AI

Abhijith KJ

Founder & CEO

Building Vajram KN-1 and the SLIM architecture for reasoning-aware, native-language AI—starting with Kannada.

FAQ

A few useful answers

The essentials for the current Vajram KN-1 preview.

Vajram KN-1 is LangBrainsAI's Kannada-focused language model project. It combines a capable reasoning and tool-using source model with SLIM, a dedicated architecture for producing native Kannada answers.

support@langbrains.in