
models
Speculative decoding for faster code completion
Speculative decoding uses a small draft model to predict multiple tokens at once, then verifies them in parallel with a larger model to speed up code completion.
Goatfied blog
Developer-to-developer writing. No fluff. Just what worked, what failed, and what shipped.

models
Speculative decoding uses a small draft model to predict multiple tokens at once, then verifies them in parallel with a larger model to speed up code completion.

models
We benchmarked five embedding models on code search tasks to compare retrieval accuracy, query latency, and resource requirements for finding functions and implementation patterns.

models
Learn how to extract, filter, and structure evaluation sets from your repositories to test code-generation tools on the code your team actually writes.

models
Small models excel at code completion due to shallow context needs but fail at refactoring that requires understanding dependencies across multiple files.

models
Learn how to dynamically route requests between fast and slow LLMs based on prompt complexity, cost, and context without degrading user experience.

models
Quantized code models use less memory but lose capabilities unevenly across tasks—this post measures what actually breaks in syntax, types, and logic at 4-bit and 2-bit precision.

models
Fine-tuning teaches models your codebase's consistent patterns while RAG injects context at runtime; each excels in different scenarios for code generation.