4 articles tagged with #sandboxing. AI-curated summaries with sentiment analysis and key takeaways from 50+ sources.
OpenAI has released a system card for GPT-5.1-CodexMax detailing comprehensive safety measures including specialized training against harmful tasks and prompt injections. The document outlines both model-level and product-level mitigations such as agent sandboxing and configurable network access controls.
OpenAI has implemented a comprehensive security framework for Codex that combines sandboxing, approval workflows, network policies, and native telemetry to enable safe deployment of AI-powered coding agents. This approach addresses enterprise concerns about security and compliance when integrating autonomous code generation into production environments.
OpenAI has released an addendum to their GPT-5.2 System Card specifically for GPT-5.2-Codex, detailing comprehensive safety measures for the code-generating AI model. The document outlines both model-level mitigations including specialized safety training and product-level protections like agent sandboxing and configurable network access.
This article discusses running Python code in sandboxed environments using MicroPython and WebAssembly (WASM), enabling secure execution of Python scripts with resource constraints. The development represents a technical advancement in lightweight, portable code execution that has applications across embedded systems, web platforms, and secure computing environments.
