These checkpoints are the unofficial one to one mirror of the original checkpoints uploaded on AIKosh by the original author ZenteiQ on AIKosh

Please contact the original author for more information on the model. It was uploaded to HF by me for more easy access to the model

Dhฤซr 5B MoE

A sparse Mixture-of-Experts foundation model, designed and pretrained from scratch in India, with an in-house tokenizer built for Indian languages.

ZenteiQ ยท BrahmAI family ยท Apache 2.0


Overview

Dhฤซr 5B MoE is the higher-capacity model in ZenteiQ's BrahmAI family. It was designed and pretrained from scratch by ZenteiQ's team in India, rather than adapted from an existing foundation model. It understands English and ten Indian languages. Its sparse Mixture-of-Experts design holds 5.09B parameters, but each token activates only 1.79B of them: two of twelve experts in every layer. This gives it more capacity than a dense model of the same per-token cost, for enterprise workloads on a single GPU or inside a private infrastructure boundary.

Developer ZenteiQ AiTech Innovations Pvt. Ltd., Bengaluru, India
Model type Sparse Mixture-of-Experts decoder-only Transformer, instruction-tuned (SFT and GRPO reinforcement learning)
Parameters 5.09B total, 1.79B active per token
Experts 12 routed experts per layer, top-2 routing, no shared experts
Languages English, Hindi, Gujarati, Tamil, Bengali, Kannada, Malayalam, Marathi, Odia, Punjabi, Telugu
Context length 16,384 tokens
Licence Apache 2.0
Support IndiaAI Mission, MeitY, under the Foundation Model initiative
Companion model Dhฤซr 2B (dense, for lightweight and on-device deployment)

Why Dhฤซr 5B MoE

  • Built in India, end to end. Model design, tokenizer, data pipeline, pretraining and post-training were carried out by ZenteiQ's team in India.
  • Efficient by design. 5.09B parameters of capacity with 1.79B active per token, so inference cost tracks a ~1.8B model rather than a 5B one.
  • Strong Indian-language fit. The best Indic โ†” English translation and Indic cross-lingual summarisation among the 17 compared open models, including 4B-class dense models, and first of 18 on IndicSentiment and IndicCOPA.
  • Answers from your documents. Leads the compared models of up to 3.2B parameters on question answering over supplied Indian-language passages (IndicGenBench XQuAD-IN and XorQA-IN), the core skill of RAG applications.
  • Instruction following and code. IFEval 71.3 and code pass@1 57.2, both the best among models of up to 3.2B parameters.
  • Native tool and function calling. Calls tools and APIs in a native tool format (BFCL v3 accuracy 76.3), so it can power assistants that act on documents, apps and services.

Architecture

Component Configuration
Parameters 5.09B total, 1.79B active per token
Layers 28
Hidden dimension 2560
Attention Grouped-Query Attention: 20 query heads, 5 key/value heads, head dim 128, QK normalisation
Feed-forward Mixture of Experts: 12 routed experts, top-2 routing, expert intermediate dimension 1536
Positional encoding Rotary Position Embeddings (RoPE)
Normalisation RMSNorm
Attention kernel Flash Attention
Vocabulary 131,072 (in-house tokenizer for Indian languages)
Context 16k tokens
Precision bfloat16

Training stack: MaxText (JAX) on Google TPU v6e. Checkpoints are trained in Orbax format and converted to Hugging Face format for release.

Quick start

import torch
from transformers import AutoTokenizer, AutoModelForCausalLM

model_id = "zenteiq/Dhir-5B-MoE"  # confirm final repository name
tokenizer = AutoTokenizer.from_pretrained(model_id)
model = AutoModelForCausalLM.from_pretrained(
    model_id, torch_dtype=torch.bfloat16, device_map="auto", trust_remote_code=True
)

messages = [{"role": "user", "content": "เคญเคพเคฐเคค เค•เฅ€ เคฐเคพเคœเคงเคพเคจเฅ€ เค•เฅ‡ เคฌเคพเคฐเฅ‡ เคฎเฅ‡เค‚ เคฆเฅ‹ เคตเคพเค•เฅเคฏ เคฒเคฟเค–เคฟเคเฅค"}]
inputs = tokenizer.apply_chat_template(
    messages, add_generation_prompt=True, return_tensors="pt"
).to(model.device)

output = model.generate(inputs, max_new_tokens=256, do_sample=False)
print(tokenizer.decode(output[0][inputs.shape[-1]:], skip_special_tokens=True))

trust_remote_code=True is required. Dhฤซr ships its architecture as custom code, included in this repository, so Transformers must be allowed to run it when loading the model. The same applies to other tools that load the model through Transformers: for example, pass --trust-remote-code to vllm serve.

Intended use

Use Notes
Indic โ†” English translation Drafting and everyday communication. Human review is recommended for published or legal content.
Question answering over supplied documents (RAG reader) Answers from a passage you provide, in English and Indian languages.
Indian-language text understanding Sentiment, reading comprehension and summarisation.
Base model for Indic fine-tuning A strong starting point for organisations building their own Indian-language model with MoE efficiency.
Basic Python assistance Short, self-contained functions.
Tool and function calling Native function calling for assistants that call tools and APIs.
Private and on-premises AI Enterprise assistants and privacy-sensitive applications on local infrastructure.

Evaluation

All figures are for the Dhฤซr 5B MoE release checkpoint, from ZenteiQ's internal benchmark suite (2 November 2026). Ranks are against open models run on the same benchmark and harness: 17 instruction-tuned models for generative tasks, 18 models (base and instruct) for log-likelihood tasks, Dhฤซr 5B MoE included. "โ‰ค3.2B class" means the compared models of up to 3.2B parameters.

Capability Benchmark Dhฤซr 5B MoE Next best Rank
Translation, 24 Indic โ†” English directions (chrF) IndicGenBench FLORES 50.0 46.0 #1 of 17
Cross-lingual summarisation, 13 languages IndicGenBench CrossSum 18.6 16.9 #1 of 17
Sentiment, 14 languages (accuracy) IndicSentiment 96.2 94.7 #1 of 18
Causal reasoning, 19 languages (accuracy) IndicCOPA 62.9 62.5 #1 of 18
Document QA, 13 languages (token F1) IndicGenBench XQuAD-IN 45.4 41.8 (best โ‰ค3.2B peer) Leads models up to 3.2B
Cross-lingual QA, 13 languages (token F1) IndicGenBench XorQA-IN 26.7 20.5 (best โ‰ค3.2B peer) #2 of 17; leads models up to 3.2B
Reading comprehension, 20 languages (accuracy) Belebele 60.1 49.5 (best โ‰ค3.2B peer) #3 of 18; leads models up to 3.2B
Story completion (accuracy) XStoryCloze 68.5 67.0 (best โ‰ค3.2B peer) #2 of 18; leads models up to 3.2B
Indian knowledge (accuracy) MILU / INCLUDE 41.6 / 40.3 41.5 / 37.6 (best โ‰ค3.2B peer) Leads models up to 3.2B
Instruction following, English (strict) IFEval 71.3 70.4 (best โ‰ค3.2B peer) Leads models up to 3.2B
Python (pass@1) MBPP + HumanEval 57.2 44.4 (best โ‰ค3.2B peer) Leads models up to 3.2B; ahead of Gemma-3-4B-it (43.4)
Grade-school maths, English GSM8K 71.3 Basic maths reasoning
Grade-school maths, Indian languages MGSM 44.2
Function calling, native tool format (accuracy) BFCL v3, AST checker 76.3

Translation, summarisation, sentiment and IndicCOPA are first across the whole comparison, which includes 4B-class dense models. The other rows lead within the โ‰ค3.2B class; larger 4B-class dense models score higher on those benchmarks and on English knowledge. Document QA is measured when the answer is in a supplied passage. Function calling is scored in the model's native tool format (BFCL v3, AST checker), averaged over 15 categories.

Deployment. Weights take 10.19 GB in BF16. Quantised variants, hardware validation and serving throughput will be published with the Dhฤซr Technical Report.

Evaluation notes

  • Results come from ZenteiQ's internal evaluation suite on the release checkpoint. Independent reproduction is part of the release process, and the full methodology will appear in the Dhฤซr Technical Report.
  • Every model in a comparison was scored with the same harness, prompt and metric.
  • Each claim is tied to the benchmark that supports it. We do not extend a result beyond what the benchmark measures.

Precautions

Dhฤซr 5B MoE is a compact model, and we recommend the following for responsible deployment:

  • Expert validation. Legal, medical and financial uses should be reviewed by a qualified professional. The model is not intended to give such advice on its own.
  • Grounding. Answers are most reliable when the relevant text is supplied in the prompt, as in RAG applications.
  • Language coverage. Supported languages are English and the ten Indian languages listed above.
  • Reasoning mode. Thinking mode is not supported in this release.
  • Human oversight. Like all language models, Dhฤซr 5B MoE can produce incorrect or biased output. Keep a human in the loop for consequential decisions.

Safety

Dhฤซr 5B MoE has been evaluated for safety behaviour, including probing with the NVIDIA Garak vulnerability scanner across jailbreak, prompt-injection and harmful-request categories. Detailed results will be published with the technical report. Deployers should add application-level safeguards suited to their use case.

Training

  • Pretraining: from scratch on Google TPU v6e using MaxText (JAX).
  • Tokenizer: in-house, designed for Indian languages (vocabulary 131,072), shared with Dhฤซr 2B.
  • Post-training: two rounds of supervised fine-tuning, each followed by GRPO reinforcement learning.

Data composition, training compute and methodology will be provided in the Dhฤซr Technical Report.

Availability

Released under the Apache 2.0 licence through AIKosh, Hugging Face and ZenteiQ.

Acknowledgement

ZenteiQ acknowledges the support of the IndiaAI Mission, Ministry of Electronics and Information Technology (MeitY), under the Foundation Model initiative.

Citation

@misc{zenteiq2026dhir,
  title        = {Dh\={\i}r : Sovereign Compact Foundation Models },
  author       = {{ZenteiQ AiTech Innovations Pvt. Ltd.}},
  year         = {2026},
  howpublished = {Technical report forthcoming}
}

Contact

ZenteiQ AiTech Innovations Pvt. Ltd. ยท Vista Pixel, Jakkuru, Bangalore 560092, India research@zenteiq.ai ยท www.zenteiq.ai

Downloads last month
49
Safetensors
Model size
5B params
Tensor type
BF16
ยท
Inference Providers NEW
This model isn't deployed by any Inference Provider. ๐Ÿ™‹ Ask for provider support

Model tree for adityabhushannagar/Dhir-5B

Quantizations
1 model