AI Model OVERVIEW

LLaMA 3 70B by Meta AI

Llama 3 70B is a state-of-the-art open-source language model developed by Meta, built for high-performance dialogue, reasoning, and multilingual applications. Despite its size, it’s optimized for efficiency, offering near-parity with larger models while remaining accessible for real-world deployment. With expanded safety alignment and support for very long contexts, it's suitable for enterprise workloads.
Long Context Understanding
Supports context windows up to 128,000 tokens in specialized implementations, enabling coherent analysis of long documents and threads
Aligned and Safe Outputs
Trained using RLHF and supervised fine-tuning for improved helpfulness and reduced harmful or refused responses.
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Key Parameters of LLaMA 3 70B

The AI model combines powerful transformer architecture with practical deployment flexibility, making it suitable for high-demand enterprise workflows and R&D environments.
Provider
OpenAI
Context Window
8,000 tokens (up to 128k in variants)
Maximum Output
2,048 tokens
Input Cost
$2.68 / 1M tokens
Output Cost
$3.54 / 1M tokens
Release Date
April 18, 2023
Knowledge Cut-Off
March 1, 2023
Multimodal
No

Enterprise Use Cases Evaluation

We benchmarked LLaMA 3 70B against real-world, enterprise-grade scenarios based on anonymized client case studies. Each use case was evaluated using our Automated Agent Evaluation tool.
Correctness
10.0
Formatting
10.0
Consistency
9.0
Sentiment
10.0
Clarity
9.0
coding Use Case

Micro-Refactoring for Codebases

The model produced a clear, well-structured refactored solution that adhered closely to the Flask API improvement instructions. While the implementation was technically sound and easy to follow, it did miss pagination, a requirement noted in the task, resulting in a minor gap in completeness.
Strengths Observed
Highly Structured Output
Excellent formatting, clarity, and consistency across the response
Technical Precision
Solid implementation of ORM, error handling, and modularity using Flask best practices
Maintainability Enhancements
Correct use of environment variables and type hints improves readability and scalability
Limitations in This Use Case
Missed Pagination Implementation
The task explicitly called for pagination, which was acknowledged but not executed
Partial Requirement Coverage
Suggests occasional lapses in following all detailed task components

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