Moving beyond public benchmarks.

Generic LLM leaderboards do not reflect your proprietary use cases. We engineer bespoke evaluation pipelines to measure hallucination rates, RAG recall accuracy, and semantic alignment using your exact enterprise data.

Data-Driven Model Selection

We provide quantitative clarity on which foundational model or fine-tuned configuration truly performs best for your specific application.

Hallucination Measurement

Rigorous detection of factual inconsistencies and confabulations, utilizing advanced LLM-as-a-judge frameworks and deterministic factual grounding checks.

RAG Pipeline Accuracy

Evaluating the retrieval component (hit rate, MRR, nDCG) separately from the synthesis component to pinpoint the exact source of inaccuracies in your architecture.

Cost vs. Quality Optimization

Detailed analysis mapping token consumption and latency against output quality, identifying opportunities to route simpler tasks to cheaper, faster models.

Foundation Model Leaderboards & Benchmarks

Empirical evaluation of Claude 3.5, GPT-4o, Llama 3.1 70B, and DeepSeek V3 across enterprise use cases.

Empirical Model Leaderboard

Continuous empirical benchmarking across accuracy, latency, context window limits, and cost per 1M tokens.

Model Leaderboard Empirical Rank

Hallucination Rate Scoring

Automated measurement of model hallucination frequencies when answering domain-specific complex queries.

Hallucination Score Zero Speculation

Context Precision Metrics

Evaluates how effectively models extract precise information from 128k+ token context windows without loss.

128k Context Precision Metric

Cost & Latency Trade-offs

Detailed analysis mapping model accuracy against token costs to identify the optimal model for every feature.

Cost Optimization ROI Analysis

LLM Evaluation & Selection Lifecycle

From test dataset curation to model selection report in 15 days.

01 Phase 1

Benchmark Dataset Setup

Assemble representative enterprise test prompts, establish ground truth answers, and define evaluation criteria.

02 Phase 2

Test Suite Execution

Run automated test suite across top foundation models, capturing accuracy, token speed, and total cost.

03 Phase 3

Accuracy & Cost Analysis

Analyze error patterns, calculate total cost of ownership (TCO), and evaluate fine-tuning potential.

04 Phase 4

Benchmark Report Delivery

Deliver detailed evaluation report with clear model recommendations for your product roadmap.

Frequently Asked Questions

We construct custom, domain-specific evaluation datasets based on your exact enterprise data. We then utilize LLM-as-a-judge frameworks (often utilizing Claude 3.5 Sonnet or GPT-4o as impartial adjudicators) alongside deterministic metrics (BLEU, ROUGE, BERTScore) to rigorously measure accuracy, tone, and hallucination rates across thousands of runs.

Public benchmarks measure general capability across standardized tasks. Enterprise use cases are highly specific. An LLM that scores phenomenally well on a generic benchmark may still hallucinate frequently when querying your proprietary internal documentation, or it may struggle to output the exact JSON schema your downstream software requires.

Absolutely. RAG evaluation is a core specialty. We evaluate both the 'Retrieval' component (using metrics like Mean Reciprocal Rank and nDCG to ensure the right documents are fetched) and the 'Generation' component (ensuring the LLM synthesizes those documents accurately without adding external, unverified information).

Academic & Core Methodology Sources

Acadify's laboratory methodologies are strictly grounded in peer-reviewed computer science and foundational AI research from leading institutions to ensure enterprise-grade safety and reliability.

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