Model Profile: LLaMA 4 Scout (Meta)
Discover Meta's LLaMA 4 Scout, a next-gen MoE model with an extremely large 10M token context window, specialized for retrieval and long-document understanding on allmates.ai.
Last updated 8 months ago
Tagline: Meta's next-gen MoE model with an unparalleled 10M token context for massive retrieval tasks.
📊 At a Glance
Primary Strength: Extremely Large Context Window (10M tokens), Retrieval Augmented Generation (RAG) focus, Multimodality (Text & Vision).
Performance Profile:
Intelligence: 🟡 Medium-High (for its active size)
Speed: 🟡 Medium (10M context processing is intensive)
Cost: 🟡 Medium (Efficient MoE, but 10M context is costly if fully used)
Key Differentiator: Massive 10 million token context window, 17B active / 16 experts (~272B total) MoE architecture.
allmates.ai Recommendation: Specialized for Mates needing to process and "remember" extremely long documents or entire knowledge bases in a single pass, ideal for advanced RAG and deep information synthesis.
📖 Overview
LLaMA 4 Scout, announced by Meta AI in mid-2025 alongside Maverick, is a next-generation, natively multimodal model distinguished by its extraordinary 10 million token context window. It utilizes a Mixture-of-Experts (MoE) architecture with approximately 17 billion active parameters (from 16 experts, totaling ~272B). Scout is optimized for tasks requiring the ingestion and understanding of vast amounts of information, such as retrieval-augmented generation over entire databases or synthesizing insights from years of documentation. While sharing the LLaMA 4 multimodal capabilities, its primary focus is leveraging its massive context.
🛠️ Key Specifications
Feature Detail | ||
Provider | Meta AI | |
Model Series/Family | LLaMA 4 | |
Context Window | 10,000,000 tokens Max (1,000,000 tokens in pratical) | |
Max Output Tokens | 1,000,000 tokens | |
Knowledge Cutoff | April 2025 | |
Architecture | Mixture-of-Experts (MoE), Natively Multimodal (Text & Vision early fusion) | |
Size | 272B total from 16 experts |
🔀 Modalities
Input Supported:
Text
Images
Output Generated:
Text
⭐ Core Capabilities Assessment
Reasoning & Problem Solving: ⭐⭐⭐✰✰ (Good)
Good reasoning, especially when leveraging its vast context for information.
Writing & Content Creation: ⭐⭐⭐✰✰ (Good)
Can generate coherent text, particularly effective at summarizing or rephrasing large inputs.
Coding & Development: ⭐⭐⭐✰✰ (Good)
Capable of understanding code within its massive context (e.g., entire large repositories).
Mathematical & Scientific Tasks: ⭐⭐⭐✰✰ (Good)
Can process and reason over large scientific documents or datasets.
Instruction Following: ⭐⭐✰✰✰ (Fair)
Follows instructions, especially those related to information retrieval and synthesis from its context.
Factual Accuracy & Knowledge: ⭐⭐⭐⭐✰ (Very Strong)
Excels when information is within its 10M token context; otherwise, relies on its base training.
🚀 Performance & 💰 Cost
Speed / Latency: Medium to Slower
Processing 10M tokens is inherently slow, even with MoE. Best for offline/batch tasks if full context is used.
Pricing Tier (on allmates.ai): Medium to Premium
Efficient MoE, but the cost of processing 10M tokens will be substantial if fully utilized.
✨ Key Features & Strengths
Unprecedented Context Window: 10 million tokens for ingesting massive amounts of data.
Specialized for Retrieval: Ideal for tasks requiring understanding of entire knowledge bases.
Native Multimodality (Vision): Can process images alongside text within its vast context.
Efficient MoE Architecture: Manages large scale with active parameter efficiency.
Open Availability (Likely): Part of Meta's LLaMA 4 series.
🎯 Ideal Use Cases on allmates.ai
Advanced RAG Mates: Processing entire corporate wikis, legal libraries, or research archives in one go to answer questions.
Deep Document Synthesis: Mates that read and synthesize information from hundreds or thousands of documents simultaneously.
Large-Scale Codebase Analysis: Mates that can ingest and understand very large software repositories for analysis or refactoring suggestions.
Forensic Analysis: Processing vast logs or communication records to find specific information.
"Ask Anything" about Your Entire Dataset: When you need to query a massive, self-contained dataset provided in context.
⚠️ Limitations & Considerations
Speed for Full Context: Utilizing the full 10M token context will be slow and resource-intensive.
Cost for Full Context: Token costs for 10M input can be very high.
General Reasoning vs. Maverick: While good, Maverick is likely superior for general reasoning tasks not dependent on extreme context length.
Practicality of 10M Tokens: Most interactive use cases may not require or efficiently use such a vast context.
🏷️ Available Versions & Snapshots (on allmates.ai)
llama-4-scout(or similar, alias pointing to the recommended version)