Research

The next generation of enterprise agents starts with structure.

Traize Research explores how a structured World Model of your organisation can power smaller, cheaper and more capable agents.

Graph intelligence, knowledge engineering, agent systems and small language models.

Coming soon

Small agents, grounded in the World Model.

What if enterprise agents did not have to reconstruct organisational context from scratch?

We are researching compact language models that learn to navigate and act on the Traize World Model, using structured knowledge to reduce repeated reasoning. Build the knowledge layer continuously, reuse it across every task.

Traize Agent EnvironmentResearch

Research preview

  1. Observe
  2. Navigate
  3. Evaluate
  4. Act

Task

What is blocking Project Atlas?

Grounded answer

Project Atlas is waiting for the security review before access.

Evidence

  • Access policy, version 3
  • Mail from IT security

Small models in structured environments, trained to find and use the right knowledge. Conceptual illustration, not an actual training run.

Conventional approach

  1. Retrieve
  2. Summarise
  3. Rebuild context
  4. Reason

Repeated context assembly across tasks.

Traize Research approach

  1. Living World Model
  2. Small agent
  3. Targeted reasoning

Reusable structure intended to reduce repeated inference work.

Our goal: frontier level utility for specific enterprise tasks at a fraction of the inference cost.

Less repeated contextSmaller modelsLower inference cost potential

What we are working on

Four research directions, one World Model underneath.

  • World Models for Enterprise AI

    Structured representations that make organisational knowledge usable for intelligent systems.

  • Small Language Models

    Compact models trained to reason efficiently when the right structure is available upfront.

  • Agent Systems

    Agents that navigate, query and act inside the World Model instead of raw text.

  • Graph Intelligence

    Algorithms for critical knowledge, freshness, dependencies and organisational structure.

Our team

Built by researchers who ship.

Research experience in machine learning, language models and secure systems, tested against real organisational complexity.

  • Portrait Lukas Bierling

    Lukas Bierling

    CTO

    World models, reinforcement learning and action conditioned video models.

    Retrieval, knowledge graphs and model training. M.Sc. Artificial Intelligence, Amsterdam.

    LinkedIn
  • Portrait Adrian Henkel

    Adrian Henkel

    CPO

    Generative AI, language model integration and enterprise AI systems.

    Generative AI, language model integration and model training. M.Sc. Bioinformatics, TU Munich.

    LinkedIn
  • Portrait Dr. Johannes Köstler

    Dr. Johannes Köstler

    CISO

    Security and data sovereignty for knowledge systems.

    Security and data sovereignty. PhD in IT security, Passau.

    LinkedIn

The feasibility study for Traize is funded by the German Federal Ministry for Economic Affairs and Energy.

Research notes

Notes from our research, on world models, agents and efficient AI.

Technical notes, experiments and perspectives on what new AI capabilities mean for enterprises.

  • AgentsWhy enterprise agents need structure before reasoningIn preparation
  • World ModelsFrom unstructured data to world modelsIn preparation
  • Small Language ModelsCan smaller models win with better context?In preparation
  • Graph IntelligenceGraph intelligence for organisational knowledgeIn preparation
  • Enterprise AIWhy inference cost matters more than most teams thinkIn preparation

Follow our research

See what we build next at the intersection of world models and agents.