HEAT-AWARE WATER NETWORK DIGITAL TWIN
MODEL THE HEAT.
TRACE THE NETWORK.
SIMULATE WHAT'S NEXT.
VeinGuard turns hyperlocal environmental thermal intelligence into modeled water temperature, hydraulics, water age, chemistry, and auditable intervention decision support.
Heat is visible.
What it does inside the network isn't.
A thermal map is an environmental input. It does not tell an operator how residence time, tank turnover, hydraulic routing, or disinfectant chemistry will respond.
From thermal boundary to an operator's next move.
Every stage is visible, versioned, and constrained. Gemini may propose candidates; deterministic simulation decides what survives.
Thermal environment
FortyGuard boundary condition
Modeled water temperature
calculated state · not a sensor reading
Hydraulics + water age
actual EPANET/WNTR behavior
Chemistry
Free Chlorine or Monochloramine
Projected target crossing
configured operational target
Intervention search
typed candidates · isolated scenarios
Hard constraints
feasible or rejected
Decision support
deterministic rank · concise rationale
The network
is the workspace.
A map-first command surface keeps environmental source, modeled state, target crossings, time, and provenance in one operational frame.
Trace the network.
Not just the alert.
Topology remains topology: reservoirs, tanks, pumps, valves, junctions, and pipes retain their identifiers while upstream and downstream traces bring the causal path forward.
Open digital twin ↗Don't just find the problem.
Simulate what to do next.
FIXED
Feasibility comes from hard constraints. Ranking comes from the deterministic objective profile.
AI can propose.
The model still has to prove it.
A bounded Gemini run can inspect state, propose typed interventions, request simulations, and explain a deterministic comparison. It cannot calculate hydraulics, bypass constraints, or actuate infrastructure.
GOAL · Protect Zone C through midnight without flushing.
Different profiles.
Different models.
Free Chlorine and Monochloramine are active, distinct chemistry profiles. Nitrification is described as modeled conditions, not a fabricated probability.
FREE CHLORINE
ACTIVE
temperature · age · residual
MONOCHLORAMINE
ACTIVE
ammonia · pH · residual
CHLORINE DIOXIDE
COMING SOON
coming soon
ADVANCED MULTI-SPECIES
COMING SOON
coming soon
Every number
has a lineage.
Network version, checksum, synthetic transform, provider activity, model version, calibration, simulation run, and agent run stay traceable.
No scripted results.
No AI-generated physics.
REAL / CACHED-REAL
FortyGuard responses carry provider provenance.
ACTUAL SIMULATION
Hydraulics, water age, thermal and chemistry are modeled in deterministic services.
HARD CONSTRAINTS
Infeasible candidates cannot be recommended.
NO REAL ACTUATION
Apply means Apply to Digital Twin.
Start with the
modeled network.
Open Operations to inspect the captured thermal boundary, modeled network state, projected operational targets, and provenance in one map-first workspace.
Primary workspace
- 01 · Environmental inputTCM
- 02 · Modeled stateNETWORK
- 03 · Decision supportTRACEABLE
Decision support only · no real infrastructure control