Our proprietary cross-lingual transformer architecture, fine-tuned across 140+ languages to power semantic search, entity alignment, and zero-shot knowledge retrieval across the Aevum Encyclopedia.
Aevum-MLBERT-140 extends the original Multilingual BERT architecture with continuous pretraining on verified encyclopedia corpora, academic literature, and parallel translation datasets. Optimized for low-latency inference and cross-lingual transfer learning.
Query in any supported language and retrieve conceptually relevant articles across all languages without explicit translation steps.
Maps synonymous and polysemous entities across language clusters using contextual embeddings and knowledge graph priors.
Deploy trained classifiers for sentiment, topic, or toxicity detection in low-resource languages without additional fine-tuning.
Real-time fusion of graph embeddings with transformer attention for context-aware relational reasoning.
Evaluated on XCOPA, XNLI, and Aevum's internal CrossWikiQA dataset. Results represent micro-averaged F1 scores across 140 languages.
| Benchmark | Language Group | Baseline (mBERT) | Aevum-MLBERT-140 | Improvement |
|---|---|---|---|---|
| XCOPA (Reasoning) | High-Resource (en, de, fr, es) | 68.2% | 74.8% | +6.6 |
| XCOPA (Reasoning) | Low-Resource (sw, yo, ml, te) | 41.5% | 58.3% | +16.8 |
| XNLI (Classification) | Cross-Lingual Transfer | 62.4% | 71.1% | +8.7 |
| CrossWikiQA | Entity Alignment F1 | 79.3% | 91.6% | +12.3 |
Access the Multilingual BERT engine via REST API or our Python/TypeScript SDK. All endpoints support streaming, batching, and async execution.
Generates dense 768-dimensional embeddings for text input. Supports multi-language batch processing and tokenization mode selection.
Semantic similarity search across the encyclopedia corpus. Returns ranked articles with cross-lingual relevance scores.
The engine is deeply integrated into our knowledge pipeline, enabling real-time cross-lingual understanding without compromising editorial integrity.
Auto-generates semantic drafts for new language editions, flagging low-confidence regions for expert review.
Replaces keyword matching with dense vector retrieval, understanding intent across dialects and technical jargon.
Detects harmful, biased, or unverified claims across 140 languages using zero-shot toxicity classification.