Security

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Article

Deploying agents with Red Hat AI: The curious case of OpenClaw

Nati Fridman +2

Explore how Red Hat AI simplifies agent deployment with OpenClaw, showcasing model inference, safety guardrails, agent identity, and persistent state. Learn about vLLM, Llama Stack, and Models-as-a-Service (MaaS) options, and discover the benefits of agent identity and zero trust with Kagenti and AuthBridge.

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Article

Build more secure, optimized AI supply chains with Fromager

Lalatendu Mohanty

Learn how Fromager, an open source project, helps protect Python dependencies by rebuilding entire dependency trees from source, providing network-isolated builds, and managing dependencies as a verifiable map. Discover how Fromager ensures supply chain verifiability, ABI compatibility, and customization.

Red Hat Developer Toolset
Article

Reproducible builds in Project Hummingbird

Jonathan Lebon

Learn how to reproduce Hummingbird images using cosign and podman. This process ensures software supply chain security by verifying the image's bit-for-bit identity. Discover the steps to rebuild a Hummingbird image and maintain reproducibility.

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Article

Manage AI resource use with TokenRateLimitPolicy

Maximiliano Pizarro

Learn how to implement TokenRateLimitPolicy for LLM APIs. This approach to advanced rate limiting ensures fair use and better cost management in AI workflows.

Red Hat Developer Hub
Article

How the contextual SBOM pattern improves vulnerability management

Erik Mravec +1

Learn how Red Hat's contextual SBOM pattern solves the problem of understanding package provenance in container images by establishing relationships between container images and their parent and builder images within the software supply chain. Improve vulnerability management with this hierarchical view.

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Article

Performance and load testing in Identity Management (IdM) systems using encrypted DNS (eDNS) and CoreDNS in OpenShift clusters

Josep Andreu Font +1

This blog post presents the performance analysis of Identity Management (IdM) when encrypted DNS (eDNS) is introduced in an Red Hat OpenShift 4.20 cluster. The post includes a detailed discussion on the architecture of the setup, tuning of IdM, and performance testing of the system under various scenarios. The results demonstrate that the system can sustain high throughput and low latency even with eDNS, making it a suitable choice for secure and high-performance DNS solutions.