One live plant. Three products in sync.
Underneath every Bodhee product is the same foundation: the Process Digital Twin. This is how an event in any product propagates to the others automatically — and the techniques (constraint programming, multi-objective optimisation, AI agents) that make it possible.
1 Plant. 3 Functions. No one agrees.
In most process manufacturing plants, Production, Quality, and Maintenance schedule independently. Each does its job well — and the plant loses 10–15% of its capacity in the gaps between them.
The cascade failures are predictable. And invisible, until they hit the P&L.
A batch finishes four hours early. Packaging doesn't know.
Downstream continues on yesterday's schedule. The changeover window Production just opened goes unused. By the time planning reacts, the shift is over.
Low-priority stability pulls land on the bench while urgent batches wait.
The QC queue was published Monday morning. The batch priority changed Tuesday. Analysts spend Wednesday on work that no longer matters — and release dates slip anyway.
A critical PM gets deferred because nobody knew a two-hour window had just opened.
Production had a campaign transition Maintenance could have used. They didn't see it. The PM rolls into the next month's compliance report as a deviation.
An enterprise SaaS product family, built for how process plants actually run.
Bodhee is Neewee's product family for process manufacturing scheduling. It spans three products — Production Scheduling, Quality Control Scheduling, and Maintenance Scheduling — each designed for the specific discipline it serves.
What makes Bodhee different isn't the products individually. It's that they share one live model of your plant, and coordinate through it. An event in Production, QC, or Maintenance is visible to all three immediately — and each product's schedule adapts, automatically, within minutes.
Bodhee is purpose-built for pharmaceuticals, specialty chemicals, and process industries. It deploys standalone, in any combination, or as the full family. The architecture doesn't force bundling.
Three products. One scheduling fabric.
Each product is designed for the discipline it serves. Deployed together, they form a unified scheduling fabric across the plant.
From Rigid Schedules to Resilient Operations.
Constraint-driven. Agent-powered. Purpose-built for process manufacturing.
- Every event on the floor visible the moment it happens
- Minute-level schedules honouring the full constraint universe
- Agentic rescheduling in minutes, not hours
- Master data that reflects how each line actually runs
From Backlog to Breakthrough.
Constraint-aware QC. Native integration with upstream production.
- Analyst competency, instrument capability, method hold times — in one model
- Stability, OOS, IPC, batch release — scheduled natively
- Rebuild fresh every cycle, not patch by hand
- Publishes events to production the moment the queue shifts
Uptime by Design.
Sits on top of your existing CMMS. Clusters downtime windows.
- Periodic work orders clustered into the fewest possible windows
- Re-adjusts in real time against production and QC constraints
- True-duration modelling — shutdown, LOTO, task, qualification, restart
- Complements SAP PM, IBM Maximo, Infor EAM — no rip-and-replace
Each product deploys standalone. Together, they form a unified scheduling fabric.
Bodhee Process Digital Twin.
What makes cross-functional scheduling possible isn't an integration — it's a shared model of the plant that every product operates on.
Bodhee Process Digital Twin is a live model of your plant. It maps the interactions between every process step, station, material, and operator — and uses those mappings to predict how the plant will behave under any scheduling decision.
Bodhee extends the Process Digital Twin concept with Digital Twin Linkages — Cross Integration. Instead of treating process, equipment, and people as separate layers, Bodhee links them: process steps know which equipment they need, which skills are required, and which maintenance windows affect them. This is why an event in Production, QC, or Maintenance propagates cleanly across all three products.
What the Digital Twin models about this element
- Task name, sequence, and dependencies
- Duration (setup, run, cleanup) and tolerance
- Required operator skills and minimum crew
- Required equipment capability and capacity
- Material inputs, outputs, and in-process holds
Bodhee's Digital Twin integrates data across three dimensions.
Two are foundational to every Process Digital Twin. The third is Bodhee's extension — and the reason cross-functional scheduling works.
Multi-Level Hierarchy
The plant, modelled at every level of detail.
- Process hierarchy — Org → Plant → Process Flow → Process Step → Technical Step
- Physical hierarchy — Org → Plant → Site → Building → Floor → Room → Equipment
- Enterprise-scale modelling without losing equipment-level fidelity
Process-to-Process
Related processes, connected at the same level.
- Process to Process — cross-process dependencies
- Step to Step — same level, cross-process
- Multi-line interactions, shared utilities, cross-product campaign sequencing
Digital Twin Linkages — Cross Integration
Where Bodhee goes beyond the standard Process Digital Twin concept.
- Process ↔ Equipment — which steps need which equipment, including shared assets
- Steps ↔ Skills — which steps require which operator competencies
- The technical reason Bodhee can dynamically reschedule and synchronise Production, QC, and Maintenance
The Cross-Integration layer, in practice.
The Digital Twin Linkages aren't abstract. Because every Bodhee product operates on the same Digital Twin, an event in one propagates to all — through the Cross-Integration layer.
Three techniques, operating on one Digital Twin.
Every Bodhee product uses the same technology stack. The domain is different. The engine isn't.
Constraint Programming
Honours every hard rule in your plant.
Process flows, equipment feasibility, workforce skills, maintenance windows, QC constraints — modelled as hard rules that every candidate schedule must satisfy.
Multi-Objective Optimisation
Balances the trade-offs schedulers make every day.
Throughput, OEE, delivery commitments, changeover cost, utility efficiency — weighted, transparent, tunable per plant.
AI Agents
Keep schedules live when reality deviates.
Event detection, impact assessment, automated rescheduling, recommendation generation — with every decision traceable to its trigger.
Process manufacturing, at plant scale.
Pharmaceuticals & Biologics
Regulated manufacturing, campaign-based
Specialty Chemicals
Batch & continuous, multi-product
Process Industries
F&B, bulk chemicals, pulp & paper, metals, CPG
Asset-intensive
Where maintenance scheduling is a strategic lever
Three reasons Bodhee doesn't look like the APS market.
A unified scheduling fabric, not three disconnected tools.
Events in Production, QC, or Maintenance synchronise automatically across all three. The Cross-Integration layer — Bodhee's extension to the Process Digital Twin concept — is what makes this technically possible.
Built on Process Digital Twin.
A validated live model of your plant, not a spreadsheet abstraction. Five dimensions, three integration types, continuously updated from the floor — that's the foundation every scheduling decision stands on.
Standalone or together.
Deploy one product or the full family — the architecture doesn't force bundling. Enterprise SaaS, deployed in weeks, not a multi-year transformation project.
Ready to bring your plant onto a single schedule?
A 30-minute tour of Bodhee — the product family, the Digital Twin foundation, and how events propagate across Production, Quality, and Maintenance in real time.