GENOS LAB · P2 MODELS
SIMULATIONA simplified model running in the browser. It explains an idea and proves nothing about the runtime.

Change a signal.
See the model respond.

Explore eight topology models and seven concept models with bounded, inspectable inputs. Each result is computed in your browser and labeled as a teaching simulation.

TOPOLOGY MODEL · LOCAL SIMULATION

A-Team

Schedule specialist work across dependencies and handoffs.

BROWSER SIMULATION
SIMULATED RESULTGRAPH READY

3 work streams can run in parallel

The simplified schedule uses domain count, parallel capacity, and handoff reliability. Real task dependencies determine the actual critical path.

Parallel capacity3 / 4 domains
Handoff quality80%
Work rounds2 rounds
  1. 01Declare roles
  2. 02Build dependency graph
  3. 03Run ready tasks
  4. 04Integrate deliverables

Teaching model only. It does not call GenOS, execute agents, prove a claim, or represent a recorded run.

COMPARABLE EXPERIMENT PROTOCOL · PROPOSED

A question this model cannot answer alone

Hypothesis
Do explicit specialist dependencies reduce critical-path time without losing deliverable quality?
Control
One worker with the same total budget and task instructions.
Measure
Verified completion, critical-path duration, handoff repairs, and total cost.
Falsifier
No quality-preserving time or cost benefit, or integration errors increase.

Pre-register task population, software/model versions, random seeds, and a shared budget before running either arm. The browser simulation is not evidence for this hypothesis.

READ THE OUTPUT

These models help explain policies and relationships. They do not call GenOS services or provide runtime evidence. Follow each concept or topology profile for its actual implementation status, source, and limitations.