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// PLATFORM VISION · FLOWMAKER

Three AI paradigms, one platform.

Heavy industry isn't run by pure machine learning, nor by physics simulation alone, nor by rigid business rules. FlowMaker orchestrates all three on a sovereign, composable, real-time substrate — where the value concentrates, and where competitors are scarce.

SubstrateDataBridge · DataCatalog · OPC-UA / S7 / Modbus DeploymentOn-premise · Docker Swarm · NIS 2.0 TargetManufacturing · Energy · Process
Hybrid AI diagram — intersection of the three paradigms DATA-DRIVEN ML · DL · RL CNN · RNN · LSTM · GANs Transformers · Auto-Encoders KNOWLEDGE Ontologies · SOPs · Rules Knowledge Graph PHYSICS Balances · Kinetics CFD · DEM · FEM LLM RAG PINNs Surrogate Expert System Hybrid AI
// THE THREE PARADIGMS

Each approach has a strength and a limit.

Isolating them forces trade-offs. Combining them — rigorously — changes the industrial economics.

01 — DATA-DRIVEN

Learn from signals

Anomaly detection, drift forecasting, soft sensors. Models learn what equations never described — provided the data is clean, sufficient and contextualized.

  • +ML supervised / unsupervised / RL
  • +Deep Learning — CNN, RNN, LSTM
  • +Transformers, GANs, Auto-Encoders
02 — KNOWLEDGE-DRIVEN

Capture & digitize the know-how

Process ontologies, SOPs, business rules, knowledge graphs. The operational memory — experts, P&IDs, Standard Operation Procedures, past incidents — becomes queryable, constrained and shared.

  • +Extended ISA-95 / ISO ontologies
  • +Standard Operation Procedures (SOP)
  • +Process knowledge graphs
  • +Business rules and heuristics
03 — PHYSICS-DRIVEN

Respect the laws

Balances, thermodynamics, kinetics, CFD/DEM/FEM. First-principle models guarantee physical consistency and explainability — even without data, even outside the training domain.

  • +Mass & energy balances
  • +Thermodynamics — kinetics
  • +CFD · DEM · FEM simulation
// INTERSECTIONS

Where two paradigms meet,
a capability emerges.

Each intersection maps to a concrete FlowMaker brick — deployable, composable, auditable.

DATA × PHYSICS

PINNs & Surrogate models

Accelerate physical simulation by learning, while embedding conservation laws in the loss function. Fast, reliable, extrapolable models — ideal for real-time digital twins.

DATA × KNOWLEDGE

Industrial LLM & RAG

Language models grounded on the plant ontology, P&IDs, maintenance history and standards. The LLM stops hallucinating — it reasons over the contextualized graph of the plant.

KNOWLEDGE × PHYSICS

Augmented expert systems

Operational rules frame and validate the outputs of physical models. Human expertise becomes executable — and models stay governed by business intent.

TRIPLE INTERSECTION

Composable boxes

Every FlowMaker brick runs standalone or chains into a flow — anomaly detection → semantic explanation → physical validation → automated action.

AT THE CENTER — FLOWMAKER

Hybrid AI: the operational synthesis

A soft sensor that combines a neural network, a mass balance and an operator rule. An agent reasoning on InfluxDB/TimescaleDB in real time, framed by process physics. An anomaly detector that explains its diagnosis through the knowledge graph. That's the FlowMaker promise — and it doesn't exist anywhere else in a unified, sovereign, on-premise offer.

// COMPETITIVE LANDSCAPE

A space occupied in silos.

Market players remain confined to a single circle of the diagram. A few cover two. None offer all three in a sovereign, composable, industrial architecture.

"FlowMaker occupies the zone that generic MLOps platforms, simulation vendors and industrial historians each leave half-empty." — Industream positioning, 2026
Generic MLOps

Robust data-driven infrastructure, but blind to process physics and without native industrial semantics. OT integration is left to the customer. Databricks · DataRobot · Dataiku

Simulation vendors

Outstanding physical mastery, but weak real-time loop and proprietary architectures. No native ML orchestration, no open semantic layer. Aspen · Siemens Simcenter · AnyLogic

Industrial historians

Excellent at storing and visualizing real-time data. Modeling and reasoning stay out of scope — these are databases, not AI platforms. PI System · Aveva · Canary

Vertical industrial AI

Offerings often confined to one circle — analytics (TrendMiner), data fabric (Cognite), process optimization (Braincube). Little sovereignty, little on-premise, little real hybridization. Cognite · TrendMiner · Braincube

// DIFFERENTIATION

What makes the position hard to replicate.

01

Native composability of the three paradigms

FlowMaker's DataBridge and DataCatalog serve equally an ML model, a physics solver or a semantic engine — on the same streams, the same tag catalog, the same governance.

02

European sovereignty and compliance

On-premise architecture, Docker Swarm, NIS 2.0 / ISO 27001 / AI Act compatible. Where US platforms force the cloud, FlowMaker respects OT and European regulatory constraints.

03

Native OT protocols

OPC-UA, Modbus TCP, S7, MQTT, BACnet. FlowMaker speaks the plant's language without an intermediate gateway — from field sensors to LLM agents.

04

Explainability by design

Every Hybrid AI decision is traceable: which model, which data, which rules, which physical constraint. Essential for OT audit and for the European AI Act.

Let's discuss a Hybrid AI use-case on your process.