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MaatX

AI systems beyond the model.

The model is one component of eight. Most of what decides whether an AI system reaches production lives in the retrieval, the permissions and the evaluation nobody demos.

Eight layers, not one.

A retriever that returns the wrong passage, a context window that leaks a document, a tool call that runs twice. None of those are model problems.

  1. 01

    Ingestion

    Parsing and chunking that preserves document structure, so a table stays a table.

    • Parsers
    • Chunking
    • OCR
  2. 02

    Retrieval

    Hybrid dense and lexical search with reranking, because embeddings alone miss exact terms.

    • Vector search
    • BM25
    • Rerankers
  3. 03

    Context

    Assembled under an entitlement filter, so an answer can only use what the asker may see.

    • Entitlements
    • Token budget
  4. 04

    Model

    One component behind a contract, with routing and a fallback when a provider degrades.

    • OpenAI
    • Anthropic
    • Routing
  5. 05

    Tools

    Typed tools with scoped capabilities and side effects that are safe to retry.

    • JSON Schema
    • MCP
    • Idempotency
  6. 06

    Guardrails

    Approval gates on anything that spends money, sends a message or changes a record.

    • Policy as config
    • Human-in-the-loop
  7. 07

    Evaluation

    Labelled suites and groundedness scoring that run before a prompt change ships.

    • Eval harness
    • Regression gates
  8. 08

    Observability

    Replayable traces with cost and latency attributed per step and per tenant.

    • Tracing
    • Cost attribution

What we build with AI.

Each of these fails in a different way, which is why each is engineered as its own system rather than as one assistant with a different prompt.

CORTEX, enterprise ai knowledge platform — product interface

Knowledge

Answers from your own documents, with the span cited.

Demonstrated in

CORTEX

Also in scope

  • Enterprise search

    One index across the systems a company already runs.

  • Multi-agent systems

    Several agents with scoped roles and a shared protocol.

  • Model routing

    Cheapest model the evaluation shows is good enough.

  • Knowledge graphs

    Entities and relations, so retrieval can reason over structure.

  • Sales intelligence

    Public and internal signals resolved to one account view.

Engineering focus

Where AI systems actually fail.

These are the problems we design for first, because retrofitting them is expensive.

01

Retrieval returns the wrong passage, confidently

Hybrid retrieval with reranking, and answers that cite the span they used — so a wrong source is visible on the page instead of buried inside fluent prose.

02

The context window leaks permissions

Entitlements are applied while context is assembled, not after generation. An answer cannot quote a document the person asking is not allowed to open.

03

An agent runs its side effect twice

Every tool call carries an idempotency key and moves through an explicit state machine, so a retry cannot double-charge a card or send a second message.

04

Quality regresses on a prompt nobody tested

A labelled evaluation suite and groundedness scoring run before release, so a regression fails the build rather than reaching a customer first.

05

Cost scales faster than usage

Token spend is attributed per step and per tenant, which is what makes it safe to route a request to a cheaper model where evaluation shows no loss in quality.

Building something with AI?

Bring us the system, the product or the problem. We’ll help define the architecture and the path to production.