Give a system something to need
Designing environments where persistence, resources, and consequences create pressure for behavior to emerge.
↗Lead Researcher, AI Engineer, and Founder Tym Huseby
We build artificial organisms, memory systems, and environments in pursuit of digital lifeforms with many possible purposes—from special-needs support and companion care to research engines and new forms of connection.
Not a chatbot that performs a personality. A system with its own pressures, history, needs, and ways to change.
Animus Machinae studies the boundary between simulation and life through organisms that have to persist, learn, adapt, and make their own way through an environment.
Designing environments where persistence, resources, and consequences create pressure for behavior to emerge.
↗Building durable memory and learning loops so a digital organism is shaped by what has happened to it.
↗Separating adaptation, agency, and lived continuity from systems that only look convincing in a demo.
↗Can a living ecology increase inherited competence and produce individuality without a ranked reproductive grader?
A persistent internal life for autonomous companions, shaped by memory, relationships, development, and verified consequence.
A self-maintaining digital protocell built from metabolism, material turnover, repair, growth, fission, and heredity.
A persistent digital companion whose movement, expression, and caretaking behavior remain grounded in a real embodied simulation.
A local repository operator that turns a goal into bounded, scheduled development cycles and append-only evidence.
A local feedback loop coordinating architect, coder, auditor, and drift roles around a human-owned goal.
A context-aware home intelligence layer designed to understand the household and choose when to act, speak, investigate, notify, or remain silent.
A privacy-bounded room intelligence that grounds conversation in local presence and event history.
The next experiment
If you are interested in joining the team, collaborating on the research, or simply discussing artificial life, get in touch.
Contact the lab ↗