OPEN-SOURCE MODELS & PROJECTS
TEXT · CLASSIFICATION·Apache 2.0

Byte-level text classifier that runs at <6ms with a 200KB ONNX export. Published on ArXiv (2608.14658). Designed for edge deployment, air-gapped systems, and high-throughput classification pipelines.

Params
1.5M
Inference
<6ms
Paper
ArXiv 2608.14658
Size
200KB ONNX
TIME SERIES · FORECASTING·Apache 2.0

Zero-shot time series foundation model with DeltaNet + LongConv architecture. Probabilistic forecasting with quantile regression and uncertainty quantification. Runs on Raspberry Pi.

Params
200K–6.5M
Mode
Zero-shot · Probabilistic
Target
Edge · CPU · RPi
Runtime
ONNX · PyTorch
VISION · DOCUMENT AI·Apache 2.0

A 256M-parameter vision-language model for document understanding. Handles OCR, layout analysis, and visual QA — all without a GPU. Built for regulated industries that process high volumes of documents privately.

Params
256M
Tasks
OCR · Layout · VQA
Target
CPU-runnable
Format
ONNX · HF
LLM ROUTING · FEDERATED·MIT

A federated LLM router with human-interpretable routing logic. Reduces inference costs by 40–70% by intelligently routing requests across model tiers. Privacy-preserving by design.

Cost reduction
40–70%
Routing
Human-readable
Privacy
Federated
Type
Router · Middleware
LANGUAGE · AGENTS·MIT

KARN

v1.x

A token-minimal, platform-agnostic programming language designed for AI agents. 4× more compact than Python for agent logic. Available on PyPI, npm, and featured on Product Hunt.

vs Python
4× fewer tokens
Targets
PyPI · npm
Runtime
Multi-target
License
MIT
VERNACULAR AI · INDIC NLP·Apache 2.0

Edge-first Hindi/Hinglish LLM powered by our proprietary Brahmi Tokenizer. 33–45% fewer tokens on Indic text with zero byte fragmentation. GGUF, WebGPU, llama.cpp, and tool-use reasoning. 100% offline and air-gapped.

Tokenizer
Brahmi Tokenizer
Token Saving
33–45% fewer tokens
Base
Qwen3-1.7B
Formats
GGUF · WebGPU
SPEECH · NEURAL CODECS·Apache 2.0 (Upcoming)

BNC →

Preview

Brahmi Neural Codecs: ultra-low bitrate (<12kbps) acoustic neural speech codec engineered for Indian phonetic inventories, retroflex consonants, and constrained IoT edge bandwidth.

Bitrate
<12 kbps
Target
Indic Phonetics
Latency
<15ms Edge
Status
In Lab
ASR · MULTILINGUAL·Apache 2.0

Indic multilingual speech recognition with frozen Whisper encoder and language-specific LoRA experts. Supports Hindi, Tamil, Telugu, Bengali, and Marathi with 20× hallucination reduction. ONNX quantized for edge deployment.

Base
Whisper-Small
Languages
5 Indic
Method
Dual LoRA Experts
Format
ONNX · HF
REASONING · MEMORY·Gemma License

Cognitive Resonance Network adapter on frozen Gemma-4. Memory-augmented generation with EpisodicMemory retrieval table achieving 100% exact factual recall. Zero hallucination on verifiable facts. Runs on Apple Silicon via MPS.

Adapter
6.7M params
Backbone
Gemma-4-E2B
Fact Recall
100%
Target
Apple Silicon · MPS
ERROR CORRECTION · REASONING·Gemma License

Prajna-CRNv2

v2

Second-generation Cognitive Resonance Network with error-correction and logit adjustment on frozen backbone. Parameter-efficient capability preservation. Optimized for on-device AI on Apple Silicon.

Method
Logit Adjustment
Backbone
Frozen Gemma
Approach
Error Correction
Target
Apple Silicon
DECISION AI · BANKING·Apache 2.0

Calibrated banking decision model. One forward pass on a state + typed question returns calibrated probabilities. 87.9% on Banking77 test (3,080 cases), beating Jev API zero-shot (80.3%) by +7.6 points. Apache 2.0. Runs fully local, no API key, no per-call cost.

Accuracy
87.9% Banking77
vs Jev API
+7.6 points
ECE
0.045 (fitted)
Latency
209ms MPS
AGENTS · TOOL-CALLING·MIT

Yantra →

1B Agent

Sub-1B agentic function-calling model on MiniCPM5-1B with decoupled task routing (DTSA). Achieves 3.52× baseline on ToolACE agentic benchmarks. 4-bit GGUF for on-device deployment. 690+ downloads.

Params
~1B (4-bit GGUF)
Task Success
3.52× baseline
Format
GGUF · llama.cpp
License
MIT
RAG · CROSS-ENCODER·Apache 2.0

149M ModernBERT cross-encoder reranker for high-precision RAG. Reranks retrieval results in <50ms on CPU with an 8K context window. Eliminates hallucinations in legal and financial document search.

Params
149M
Base
ModernBERT
Latency
<50ms CPU
Context
8,192 tokens
INTERACTIVE BENCHMARK & GEO AUDITEulogik Proprietary IP

The Indic Token Tax: Brahmi Tokenizer vs Standard LLMs

Standard Western tokenizers (GPT-4o, LLaMA-3) lack native Devanagari subwords, fragmenting Indic scripts into raw UTF-8 byte sequences. Indian enterprises pay up to 4× higher API costs and lose over 50% of effective context length. Eulogik’s Brahmi Tokenizer preserves morphological aksharas with surgical compression.

Sample Sentence (Everyday Chat)“ज़रूरी बात है क्या करते हो”
Standard LLaMA-3 / GPT-4o~4.2 Tokens/Word
17 tokens

Fragmented into isolated characters and multi-byte UTF-8 codepoints. High latency and 3-4× billing inflation.

ज़रूरी␣बात␣है␣क्या␣करते␣हो
Eulogik Brahmi Tokenizer58% Reduction
6 tokens

Surgical Devanagari subwords preserved. 0 byte-fragmentation, +34% effective context, and ~2.2× faster inference.

ज़रूरीबातहैक्याकरतेहो
Effective Context
+34% to +50%
Inference Latency
~2.2× Speedup
Token Fragmentation
0 Bytes Dropped
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