Securing Self-Hosted LLMs and AI Agents on Kubernetes
Harden self-hosted vLLM and AI agents on Kubernetes: an auth/rate-limit gateway, gVisor tool sandboxing, prompt-injection guardrails, scoped secrets, and signed model weights — mapped to the OWASP LLM Top 10.
The Cost-Efficient AI Stack: Ship AI Features Without the Runaway Bill
Most teams overpay for AI by routing every request to a frontier model. This is the architecture we build instead — hybrid cloud+local routing, self-hosted inference, agent orchestration, and cost-per-request observability — and the single principle that ties it together: send each unit of work to the cheapest model that can do it well.
Build a Personal AI Dev Environment: Hybrid Models, Local Inference, and a Workflow That Costs Almost Nothing
The production patterns we deploy for teams — hybrid cloud/local routing, self-hosted models, agent orchestration — scaled down to a single developer's workstation. A practical guide to building a personal AI dev environment with Ollama, Claude Code, and a local router that keeps your token bill near zero.
The Agent Control Plane: Frontier Models Plan, Your Kubernetes Fleet Executes
How to orchestrate a fleet of AI agents using a shared task queue — frontier models like Claude handle planning and decomposition, while a local Kubernetes worker pool runs the high-volume execution tasks. Covers the task ledger, dynamic task creation, lane-based routing, and KEDA autoscaling.
The Hybrid AI Playbook: Cloud Models for Thinking, Local Models for Doing
How to cut your AI costs by 60-80% using a hybrid approach — Claude or GPT for planning and complex reasoning, local models like Llama and Qwen for execution tasks like code generation, summarization, and data extraction.
Using AI to Monitor Kubernetes Clusters and Make Dynamic Scaling Decisions
How to move beyond static thresholds and use AI-driven observability to detect anomalies, predict traffic patterns, and automate scaling decisions across your Kubernetes infrastructure.