Tagged "cloudflare"
7 articles tagged cloudflare, 18 February 2026 to 6 October 2026. Newest first.
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llama.cpp v0.6.0 Introduces Extended Batch API and Decision Model Support
llama.cpp v0.6.0 adds a new llama_batch_ext API supporting mixed token/embedding inputs, introduces support for decision models like Clef, and includes GLM-5.3-Flash hybrid model support with MTP speculative decoding. These changes expand the framework's capability for complex inference patterns.
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llama.cpp Adds Support for Decision Models
llama.cpp now supports Cloudflare's Clef decision models, expanding local inference capabilities to include multimodal decision-making tasks alongside traditional language generation.
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Ollama v0.35.1 Brings Clef Decision Model Support
Ollama 0.35.1 adds native support for Cloudflare's Clef and Clef Flash decision models through the /v1/systemone API, enabling multimodal local inference for decision-making workloads.
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Cloudflare Introduces Clef: Open-Source Decision Models and RL Fine-Tuning Platform
Cloudflare has released Clef, an open-source decision model library with a new reinforcement learning fine-tuning platform designed for local deployment and optimization of smaller, task-specific models.
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Unweight: Lossless MLP Weight Compression for LLM Inference
Cloudflare Research presents a new lossless weight compression technique for MLP layers in language models, enabling faster inference and reduced memory footprint without quality degradation. A breakthrough for memory-constrained local deployments.
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GitDelivr: A Free CDN for Git Clones Built on Cloudflare Workers and R2
A new infrastructure tool that accelerates large model repository downloads using Cloudflare's edge network, addressing a practical bottleneck for developers downloading LLM weights and codebases locally.
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Cloudflare Releases Agents SDK v0.5.0 with Rust-Powered Infire Engine for Edge Inference
Cloudflare has upgraded its Agents SDK to v0.5.0, featuring a new Rust-based Infire engine that delivers optimized edge inference performance with improved latency and throughput.