SCOI Atlas · L6 Orchestration
L6C Role Routing & Task Decomposition
Breaking work into subtasks and routing each to the right skill, tool or sub-agent.
TL;DR · Direct answer
L6C Role Routing & Task Decomposition is a sublayer of L6 Orchestration in the Supply Chain of Intelligence™ (SCOI) by Anand Arivukkarasu. It is a required capability but not on its own a durable moat. Task decomposition is where you convert a fuzzy product spec into a runnable graph. Treat it as design work, not prompting.
What actually matters at L6C
- Decomposition quality dominates end-to-end quality for complex tasks.
- Static plans beat dynamic ones in most enterprise settings.
- Skill catalogs are the routing lookup table — build them explicitly.
The startup lens
Task decomposition is where you convert a fuzzy product spec into a runnable graph. Treat it as design work, not prompting.
Vertical lens — how this plays across categories
Ops AI
Task graphs derived from standard operating procedures.
Coding AI
Plan → tasks → subtasks with test gates.
Research AI
Static outline first, dynamic filling second.
How to defend L6C
- Explicit skill/tool catalog.
- Deterministic-where-possible task graphs.
Other sublayers in L6 Orchestration
L6A
Agent Loops
Plan-execute-reflect loops; ReAct; multi-agent choreographies.
L6B ★
Human-in-the-Loop
Where and how humans check, correct, or approve agent work — and how those signals train the system.
L6D
Context & State Management
What the agent knows at any moment: session, thread, run, task, world.
L6E
Runtime Assurance & Learning Loops
Live monitoring, drift detection and the loops that improve the system from production data.