Anthropic has released Claude Code v2.1.275, a patch focused on stability and cross-platform synchronization. Key fixes address crashes during session resumption caused by malformed transcripts or memory files, ensuring continuity for interrupted workflows. The update introduces syncing of skills and plugins from claude.ai to terminal sessions, aligning local and cloud environments. Security improvements include disabling install scripts for npm-sourced plugins, while usability enhancements cover artifact publishing and image attachment handling.
Read originalAnthropic quietly patched a critical regression in Claude Code that broke all API requests for users routing traffic through proxies or gateways. The issue stemmed from an invalid input tag 'advisor_20260301' introduced in the previous version, effectively locking out enterprise and custom infrastructure setups. This fix restores basic functionality for developers who cannot connect directly to Anthropic's endpoints, highlighting the fragility of recent CLI updates.
This release stabilizes the core agent loop by fixing critical bugs in prompt caching and subagent resume logic that previously broke context reuse. Plugin management gets a significant upgrade with dynamic folder scanning, allowing developers to hot-load tools without restarting the session. The update also hardens security around symlink traversal and refines telemetry routing for enterprise gateways. While not feature-heavy, these fixes make Claude Code more reliable for complex, multi-step coding workflows.
This release quietly extends llama.cpp's hardware support to the latest NVIDIA and AMD stacks. By shipping native binaries for CUDA 13 and ROCm 10, it ensures compatibility with newer GPU architectures without requiring users to compile from source. The inclusion of both CUDA versions side-by-side is a pragmatic move for enterprise environments managing mixed infrastructure. While no new model formats are introduced, this update keeps the runtime relevant as hardware vendors push their latest drivers.
This release quietly cements llama.cpp as the universal inference runtime by finally supporting NVIDIA's latest CUDA 13 stack alongside AMD's ROCm 10. For the first time, users on cutting-edge hardware can run local models without being forced into legacy driver versions or waiting for vendor-specific optimizations. The inclusion of both CUDA 12 and 13 binaries side-by-side removes a major friction point for developers managing mixed environments. While no new model architectures are added, this infrastructure update ensures compatibility with the fastest consumer and data center GPUs hitting the market right now.