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Execution Scenarios
Execution Scenarios define how Forge Pool computes.
They are not products. They are not industries.
They are canonical execution patterns — reusable ways of expressing computation over uncertainty.
The Role of Scenarios
Every system executed on Forge is built from:
- primitives
- composed into patterns
- executed across distributed agents
Execution Scenarios describe those patterns.
The Model
Each scenario represents a class of computation:
text
inputs → primitives → distributed execution → artifacts + replayThese patterns appear across domains:
- logistics
- insurance
- climate
- autonomy
- health
- media
The domain changes.
The execution pattern does not.
Core Execution Patterns
| Scenario | Description |
|---|---|
| Monte Carlo Ensembles | Large-scale stochastic distribution computation |
| Probabilistic Trajectory Simulation | Time-evolving system execution |
| Distributed AI Inference | Parallel model and tensor execution |
| Distributed Media Pipelines | Segment-based media processing |
| Sensor & Environment Simulation | Perception and environmental uncertainty modeling |
| Scenario Search & Adversarial Exploration | Directed exploration of failure scenarios |
| Graph Propagation & System Contagion | Modeling cascade effects across systems |
What These Enable
Together, these patterns allow Forge to:
- explore possible outcomes
- discover failure scenarios
- model propagation across systems
- aggregate results into distributions
What Gets Computed
Forge does not compute answers.
It computes:
- distributions
- trajectories
- failure regions
- scenario maps
Relationship to Solutions
Execution Scenarios describe how systems are computed.
Solutions describe where they are applied.
See: Solutions