AIAny
Icon for item

Agents Towards Production

A code-first collection of runnable tutorials for building production-ready generative-AI agents — step-by-step guides covering stateful workflows, vector memory, RAG, tool integrations, Docker/AWS/RunPod deployment, security guardrails, observability, and multi-agent patterns.

Introduction

Why this matters right now

Most agent tutorials stop at toy demos or single-file examples; they don't show the engineering patterns needed to run agents reliably in production. This repository bridges that gap with a set of runnable, code-first tutorials that trace the path from prototype to deployable service — from memory design and secure tool-calling to containerization, GPU scaling, and observability.

What Sets It Apart
  • Practical, runnable tutorials (not just theory): each topic contains code and notebooks you can run and adapt, so readers can reproduce patterns rather than just read descriptions. This reduces ramp time from idea to working prototype.
  • End-to-end production concerns: covers memory architectures (vector + stateful workflows), RAG pipelines, secure tool integration (OAuth / human-in-the-loop patterns), and deployment recipes for Docker, FastAPI, and cloud/on‑prem GPU runtimes. So what: you get both architecture and operational patterns needed in real systems.
  • Tool and vendor-neutral patterns: examples integrate common tools (Redis, RunPod, LangGraph/MCP patterns, RAG platforms) but emphasize patterns over lock-in — useful for teams that must support multiple providers or on‑prem constraints.
  • Focus on safety and observability: includes guardrail approaches, tracing/debugging, and evaluation workflows so teams can iterate on agent behavior with measurable metrics.
Who It's For and Trade-offs

Great fit if you are an engineer or AI team designing agents that must move beyond prototypes into production — especially teams focused on RAG, long-term memory, tool integrations, or deploying agents as APIs. It’s also useful for technical managers who need concrete playbooks for architecture and runbooks.

Look elsewhere if you need a minimal, one-file agent demo or a non-technical conceptual survey: this repository assumes you want hands-on code and operational detail (and some tutorials assume familiarity with Python, Docker, and vector stores). Expect learning overhead if you start with no engineering background.

Information

  • Websitegithub.com
  • AuthorsNir Diamant, DiamantAI Collective
  • Published date2025/06/16

More Items

GitHub
AI Infra2026

Streams routed experts from disk and treats storage, RAM and VRAM as a single inference hierarchy so MoE models (hundreds of billions to trillions of parameters) can run on consumer or heterogeneous hardware; single-file C engines with zero runtime deps and optional Vulkan/CUDA/Metal backends, speed governed by placement and disk I/O.

Hugging Face
AI Deploy2026

Evaluates multi-field JSON schemas in parallel to extract boolean or categorical field values from text, producing guaranteed-valid JSON and per-field calibrated confidences. Uses KV-cache broadcasting, sub-vocabulary logit slicing and token-tree disambiguation to cut latency (5.6x–7.0x on M4 Max) versus autoregressive decoding; requires Apple Silicon and MLX.

GitHub
AI Deploy2026

Provides reusable Docker compose files, scripts and benchmarked configs to serve modern LLMs (Qwen, Gemma, etc.) on 1–2 NVIDIA RTX 3090/4090/5090 GPUs. Multi-engine (vLLM, llama.cpp, ik_llama), measured TPS/context tradeoffs, and validated single/dual‑GPU recipes.