WORK Prism

Composite Engine

Structured Multi-Pass Refraction

Inspired by composite rendering discipline: each analytical pass isolates one class of signal, then merges into a single strategic output. This prevents category noise and sequencing error.

Composite pass architecture visualization for WORK Prism engine

Pass 01

Stage Signal Layer

Declared stage, intended next stage, and stated priorities are captured without correction to preserve raw signal.

Pass 02

Structural Evidence Layer

Revenue quality, capital posture, leadership capacity, and governance structure are measured against stage claim.

Pass 03

Sequencing Stress Layer

Major initiatives are pressure-tested by time load, capital load, and impact magnitude before recommendation.

Pass 04

Composite Memo Layer

Signals are composited into a strategic memo: high-risk collisions, leverage zones, and ordered next moves.

Engine Telemetry

Signal Layers0
Composite Latency0.0s
Conflict Compression0%
Output Confidence0%

Composite Stack Diagram

SIGNAL LAYER: DECLARED STAGE / PRIORITY EVIDENCE LAYER: REVENUE / CAPITAL / LEADERSHIP STRESS LAYER: SEQUENCING / TIME / LOAD COMPOSITE: STRATEGIC MEMO OUTPUT

Render Quality Checks

Noise IsolationEach pass isolates one signal class to prevent category bleed.
Conflict PriorityUnresolved red conflicts are promoted to memo headline.
Sequence CoherenceRecommendations output only in executable order.
Output CompressionMemo remains concise while preserving strategic traceability.

Composite Logic

Stage Diagnostic is the entry frame. WORK Prism runs pass-by-pass analysis. The Strategic Memo is the composite render: concise, ordered, and board-ready.

Input Signal -> Integrity Pass -> Alignment Pass -> Sequencing Pass -> Memo Output

Control Gates

  • Discretion lock: no public dashboard output
  • Scoring lock: internal indices remain private
  • Sequence lock: no recommendation without stage integrity
  • Capital lock: deployment follows validated order