LiteLLM, RAGFlow, Kestra: Your AI Gateway Is a Control-Plane Target
AI gateway security after Microsoft's August findings: find exposed LiteLLM, RAGFlow and Kestra hosts in Azure, isolate them, rotate keys, detect abuse.
Read article →Practical AI for people who have to run it, secure it, or pay for it. This category covers choosing between fine-tuning, RAG and prompt engineering, picking an agent framework, cutting token costs with prompt caching, and locking down Azure OpenAI with private endpoints, Entra ID authentication and content filtering. It also covers the failure modes: Copilots that surface data users should not see, and AI gateways that become control-plane targets. The posts assume you are putting AI features into an existing environment with real permissions, budgets and audit requirements.
AI gateway security after Microsoft's August findings: find exposed LiteLLM, RAGFlow and Kestra hosts in Azure, isolate them, rotate keys, detect abuse.
Read article →Azure OpenAI private endpoint security done right: lock down deployments with Private Link, Entra ID auth, and content filtering before production.
Read article →Fine-tuning vs RAG vs prompt engineering compared: what each actually changes, honest cost profiles, and a decision framework for enterprise AI apps.
Read article →Build an internal Copilot Studio help desk agent end to end: knowledge sources, generative answers, Entra auth, Power Automate ticketing, Teams rollout.
Read article →Anthropic prompt caching turns repeated context into a 90% discount — here's the exact cache_control setup, math, and failure modes to check.
Read article →LangGraph vs CrewAI compared on control flow, debugging, and cost so you pick the right multi-agent framework the first time.
Read article →Missing AI guardrails let users query their way into data they can't open directly. Close the gap with permission-trimmed retrieval and identity flow.
Read article →Multi-provider LLM orchestration runs GPT, Claude, and Gemini as independent advocates, adjudicates one answer, and gates it — cutting single-model risk.
Read article →Claude Code subagent orchestration fans a change out to rival AI models, adjudicates the best plan by rubric, and gates it behind passing tests.
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