Posts about AI

24 posts tagged AI.

  1. LLM security: prompt injection, data leakage, and what actually stops them

    LLM security: prompt injection, data leakage, and what actually stops them

    Most LLM security advice is 'write a better system prompt.' The actual defenses are architectural: what the model can see, what it can do, and what never returns to a user unchecked.

  2. LLM observability: what to log, and what it actually catches

    LLM observability: what to log, and what it actually catches

    Traditional APM tells you a request was slow. LLM observability has to answer a different question: was the answer right, and why did the model say that?

  3. How to build an AI analytics assistant

    How to build an AI analytics assistant

    'Ask your data a question' is a text-to-SQL problem wearing a chat interface. The architecture that makes it trustworthy: schema grounding, guardrails, and a query the user can check.

  4. LLM application architecture: the layers that don't change with the model

    LLM application architecture: the layers that don't change with the model

    Model, harness, data layer, and product surface: the four layers of a production LLM application, and which ones survive the next model upgrade.

  5. How we reduced LLM costs in a multi-tenant AI platform

    How we reduced LLM costs in a multi-tenant AI platform

    One customer's heavy usage was inflating everyone's bill. The per-tenant budgeting, routing, and caching changes that cut the platform's running cost by 58%.

  6. Enterprise RAG: what changes with real documents, permissions, and scale

    Enterprise RAG: what changes with real documents, permissions, and scale

    A RAG demo answers questions about a clean folder of PDFs. An enterprise deployment has to handle permissions per document, millions of pages, and daily churn.

  7. RAG vs fine-tuning: what should your business use?

    RAG vs fine-tuning: what should your business use?

    They get pitched as competitors and usually are not. How to tell which problem you actually have, and the cases where the right answer is both.

  8. RAG architecture: the pipeline from document to answer

    RAG architecture: the pipeline from document to answer

    Ingestion, chunking, embedding, retrieval, reranking, generation: the six stages of a production RAG pipeline, and where each one quietly determines answer quality.

  9. What is RAG, in plain terms?

    What is RAG, in plain terms?

    Retrieval-augmented generation, explained without the jargon: what problem it solves, the four steps in the pipeline, and where it stops being the right tool.

  10. Enterprise AI agents: what changes at scale

    Enterprise AI agents: what changes at scale

    The prototype agent and the enterprise one solve the same task with a different architecture underneath. SSO, audit, governance, and the review nobody skips.

  11. Building AI agents that can safely modify customer data

    Building AI agents that can safely modify customer data

    Read access is forgiving of mistakes. Write access is not. The permission model, approval flow, and audit trail that make a write-capable agent safe to ship.

  12. LangGraph vs CrewAI vs AutoGen: a practical comparison

    LangGraph vs CrewAI vs AutoGen: a practical comparison

    Three popular agent frameworks, compared on what actually differs in production: control over the loop, debugging, and how much they decide for you.

  13. What are AI agents, actually?

    What are AI agents, actually?

    Not a chatbot, and not magic: an AI agent is a model that can call tools and decide what to do next. What that definition includes, excludes, and implies.

  14. How to architect an AI agent platform

    How to architect an AI agent platform

    Not one agent behind an API: a platform. The layers that stay stable while models and frameworks underneath them change, and the order to build them in.

  15. How much does an AI agent cost to build?

    How much does an AI agent cost to build?

    The honest range for a production AI agent, broken into the build, the harness work nobody quotes for, and the per-action running cost once it ships.

  16. Agent harness: what it is, and why your agent needs one

    Agent harness: what it is, and why your agent needs one

    An AI agent is a model plus a harness. The model is rented; the harness is what you own, and it is where agents succeed or fail in production. What goes in one.

  17. MCP servers: exposing your systems to models safely

    MCP servers: exposing your systems to models safely

    The Model Context Protocol is now how tools reach a model. How we design an MCP server for a client system: scope, safety, and what to leave out at first.

  18. Evals before features: how we score AI work

    Evals before features: how we score AI work

    The first thing we build on any AI feature is the test set, not the feature. How the evaluation set is made, what it measures, and why it changes the build.

  19. When a RAG system is the wrong answer

    When a RAG system is the wrong answer

    Retrieval-augmented generation is the default answer to adding AI to documents. The four situations where it is the wrong one, and what to build instead.

  20. Context engineering is the new prompt engineering

    Context engineering is the new prompt engineering

    Prompt wording matters less than what the model sees. Context engineering in practice: retrieval, summarisation, exclusion, and a budget for attention.

  21. AI coding agents in production: the review gates that make them safe

    AI coding agents in production: the review gates that make them safe

    Coding agents now write a lot of software. What we put between an agent's output and production: five review gates, why each exists, and what we measure.

  22. One agent is usually enough

    One agent is usually enough

    Multi-agent systems are the fashionable architecture. Most problems need one agent with good tools; more is slower and harder to debug. When more is right.

  23. Small models and routing: how we keep AI features affordable

    Small models and routing: how we keep AI features affordable

    The demo used the biggest model for everything. Production cannot. How routing, caching, and small tuned models cut the running cost of AI features by half.

  24. What breaks in AI-generated codebases, in the order it breaks

    What breaks in AI-generated codebases, in the order it breaks

    We have audited many codebases built mostly by AI tools. The same seven problems appear in the same order, from week one to month six. How to catch them early.

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