Muse Spark
Capability Radar & Benchmark Scores
Multi-Axis Capability Radar
Comparing Muse Spark against Frontier Top 10 & Open-Source average
Where Muse Spark Leads
All Verified Benchmark Evaluations
Direct Pass@1 and resolution rates across standardized evaluations.
Run Benchmarks on Dedicated AI Clusters
Zero-cold-start inference endpoints with dedicated GPU instances.
Executive Analysis & Verdict
Muse Spark by Meta is an agentic Large Language Model scoring 45.2 overall with 82.2% on MCP Atlas and 55.0% on SWE-Bench Pro.
Key Strengths & Highlights
- •Strong tool-calling capability on MCP Atlas (82.2%) and CharXiv Reasoning (88.9%)
- •Solid software engineering with 55.0% on SWE-Bench Pro and 67.3% on Terminal-Bench 2.1
- •50.4% on Humanity's Last Exam w/ Tools
Limitations & Considerations
- •Subject to standard provider rate limits and API quota
Architectural Overview & Capability Profile
Muse Spark is developed by Meta AI as an advanced foundation model engineered for production enterprise applications, reasoning workflows, and autonomous problem-solving. On the comprehensive RankLLMs composite evaluation index, Muse Spark registers an overall benchmark rating of 45.2 / 100.
Operating under a Proprietary license structure, Muse Spark is served via high-throughput managed API endpoints designed for low-latency production queries.
Benchmark Performance & Real-World Utility
In standardized laboratory and real-world evaluation suites, Muse Spark demonstrates calibrated proficiency across key performance vectors:
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SWE-bench Verified Software Engineering (55%): Measures multi-file GitHub issue resolution. The model demonstrates practical capability in localizing source code bugs, synthesizing functional patches, and passing rigorous integration test matrices. For evaluation methodology, consult our SWE-bench Pro guide.
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GPQA Diamond Scientific Reasoning (50.4%): Assesses graduate-level domain problem solving across physics, chemistry, and biology, minimizing hallucinations in multi-step deductive arguments. See our Humanity’s Last Exam benchmark analysis.
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MATH-500 Competition Mathematics (50.4%): Evaluates formal mathematical problem solving and symbolic derivation, providing foundational logic for algorithmic computing.
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Terminal-Bench Execution (67.3%): Reflects proficiency in interactive command-line environments, shell tool use, and automated DevOps scripting.
Inference Latency & Cost Architecture
- Token Context Window: 1.0M tokens, allowing large documents, multi-file codebases, and long conversation memories to be processed in a single context window.
- Inference Speed: Reference throughput clocks at approximately 160 tokens/second, enabling responsive streaming in developer tools and interactive interfaces.
- Commercial Pricing: API consumption is billed at $0.10 per 1M input tokens and $0.20 per 1M output tokens, offering predictable scaling for high-volume enterprise traffic.
Strengths, Limitations & Ideal Workflows
Primary Strengths
- Strong tool-calling capability on MCP Atlas (82.2%) and CharXiv Reasoning (88.9%)
- Solid software engineering with 55.0% on SWE-Bench Pro and 67.3% on Terminal-Bench 2.1
- 50.4% on Humanity’s Last Exam w/ Tools
Known Considerations
- Subject to standard provider rate limits and API quota
Recommended Use Cases
Enterprise MCP tool orchestration, multimodal chart reasoning, and automated software workflows.
Related Comparisons & Leaderboard Context
- Compare with alternatives in the Model Comparison Engine
- Compare global rankings on the AI Model Leaderboard
- View complete platform index in our HTML Sitemap & Directory
- Explore top coding models in our Best LLM for Coding Guide
Frequently Asked Questions About Muse Spark
What is Muse Spark and who developed it?↓
Can Muse Spark handle very long documents and codebases?↓
Why is Muse Spark priced so far below its peers?↓
What is Muse Spark best at?↓
What should you watch out for with Muse Spark?↓
Compare Muse Spark With Frontier Competitors
Generate side-by-side benchmark evaluations against rival models.
Related Research & Guides
Technical evaluations, coding benchmark breakdowns, and verified testing guides.
GLM-5.3 Flash vs Muse Spark 1.2: Coding Agent Access and Cost
How to Use Meta Muse Code: Setup, Workflow, and First Project Guide
Muse Glimmer: Meta's 30B Open-Weight Local Agent Model Explained
Best LLMs for Coding (SWE-bench & Cost Math)
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SWE-bench Pro: The Harder Test of Software Engineering
Why contamination-resistant benchmarks matter when evaluating agentic coding performance.
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