FlowMatrix OS
Solving baseline network flow
FLOWMATRIX OS — Supply-Chain Digital Twin · Min-Cost Flow Control Tower
-- FPS
WEBGL2 · MCMF
Network
Scenario
DEMAND MULTIPLIER 1.00×
DISRUPTED NODES0
View
PARTICLE DENSITY 1.0×
Optimizer
NODES / LANES--
DEMAND FILL--
WEEKLY COST--
Δ VS BASELINE--
AVG LEAD TIME--
SEA / AIR SPLIT--
RESILIENCE INDEX--
MCMF SOLVE--
LAYOUT--
Network Intelligence
NEXUS · FLOW DIAGNOSIS
Node types
SUPPLIER
FACTORY
PORT
DISTRIBUTION
MARKET
DISRUPTED
DRAG orbit  ·  WHEEL zoom  ·  RIGHT-DRAG pan  ·  CLICK NODE disrupt / restore  ·  DRAG NODE move  ·  H heat  ·  R reset  ·  ? keys

FlowMatrix OS — Controls

DRAGorbit camera
WHEELzoom
RIGHT-DRAG / SHIFTpan target
CLICK NODEtoggle disruption — flow re-optimizes instantly
DRAG NODEreposition (physics re-settles)
Hrisk heat map / type colors
N / Plabels / flow particles
Lre-run force layout
Cclear all disruptions
A / SPACEauto orbit
+ / −particle density
Rreset camera
Six-tier network (supplier → factory → origin port → destination port → DC → market) solved as a min-cost max-flow problem (SPFA successive shortest paths, node-split capacities). Layout: Barnes-Hut octree N-body + spring embedder. Risk: flow-weighted upstream failure propagation. Disrupt any node and watch the optimizer reroute — sea lanes fail over to air freight at real cost deltas.