Industrial planning

Connect the plan,shop floor, inventory and maintenance.

Turn demand, capacity, materials, assets and priorities into an executable schedule understood by the teams responsible for delivery.

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Your daily industrial challenges

What still weakens the actual schedule.

Disconnected plan and shop floor

Priorities change without the schedule, materials and teams sharing the same view.

Uncertain current load

Theoretical load masks waiting, changeovers and capacity that is actually available.

Unreliable materials & WIP

Reservations, consumption, scrap and output are consolidated too late.

Hard-to-anticipate downtime

Criticality, condition, preventive work, spares and schedule are not connected early enough.

Quality handled afterwards

Checks, non-conformances, causes and releases follow separate timelines.

Actual cost known too late

Materials, time, energy, subcontracting and downtime do not reach the order at the right time.

An end-to-end operational view

One timeline, from demand to actual cost.

  1. DemandOrder & forecast
  2. ScheduleLoad & capacity
  3. SequencingOrders & priorities
  4. MaterialsBatches & availability
  5. ExecutionOperations & events
  6. QualityChecks & release
  7. MaintenanceAssets & work
  8. PerformanceService, cost & exception

EMS Industry solutions

An industrial core, extended where continuity matters.

Deploy the complete core or build a phased roadmap without replacing applications that already fulfil their role.

Suite coreESSOR Industrie

ESSOR Industrie

Industrial management

Master data, demand, supply, orders, consumption, output and economic view.

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Suite corePROTECH WMS Industrie

PROTECH WMS Industrie

Inventory & internal flows

Receiving, locations, batches, line supply, movements, counts and finished goods.

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Suite coreOTILA GMAO Industrie

OTILA GMAO Industrie

Industrial maintenance

Technical assets, criticality, preventive and corrective work, work orders, spares and history.

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Connected extensionCANDOR TMS Chargeur

CANDOR TMS Chargeur

Inbound & outbound transport

Transport demand, panel, allocation, tracking, evidence, service control and cost.

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Connected extensionOTILA Patrimoine

OTILA Patrimoine

Assets & facilities

Buildings, utilities, shared assets, requests, interventions and related contracts.

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Connected extensionPOCKET CRM

POCKET CRM

Customer relationship & field sales

Accounts, opportunities, commitments, visits and continuity between commercial promise and execution.

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Key capabilities

Explore the capabilities connecting industrial decisions.

Demand & routingsProduction ordersResources & skillsLoad & WIPQuality & complianceBatches & traceabilityDowntime & eventsMaintenance & sparesEnergy & utilitiesPerformance & costs
Scope depends on selected solutions, versions, data and equipment. It is confirmed with your teams before commitment.

Factory digital twin

Observe. Understand. Test a decision.

An interactive demonstration connecting events, capacity, quality, maintenance and decisions. Values are illustrative: your model uses your rules and data.

Situation controlled
Interactive EMS Industry digital factory
ControlledOpportunityAction needed

Simulate an event

Measure the impact before changing the schedule.

Baseline

The schedule remains under control.

Three exceptions are visible, but none currently threaten the customer date.

PROPOSED ACTION

Handle alerts in the proposed order and retain the schedule.

Designed for different industrial contexts

One architecture, rules adapted to the actual process.

Discrete manufacturingProcess manufacturingAutomotive & suppliersFood & beveragePharmaceuticalPlastics & packaging

Integration & ecosystem

Every system keeps explicit responsibility.

  • ERP
  • WMS
  • CMMS
  • MES / SCADA
  • TMS
  • Machines, IoT & APIs
EMSERPWMSMESGMAO

Governance & data

A shared definition before every indicator.

  • Master data & bills of material
  • Production models & routings
  • Timestamped events
  • Roles, rights & responsibilities
  • Genealogy & audit trail
  • Documented validation rules

Progressive deployment

Begin with a flow that can be measured.

  1. 1Challenge discovery
  2. 2Process modelling
  3. 3Data & interfaces
  4. 4Line / workshop pilot
  5. 5Phased rollout
  6. 6Continuous improvement

Frequently asked questions

Useful answers before moving forward.

Is EMS Industry a MES?

No. EMS Industry connects management, inventory, maintenance, transport and customer-relationship responsibilities. An existing or future MES remains a distinct system with its own responsibilities.

Which solutions make up EMS Industry?

The core combines ESSOR Industry, PROTECH WMS Industry and OTILA CMMS Industry. CANDOR TMS Shipper, OTILA Asset Management and POCKET CRM extend the chain according to scope.

Can we retain our ERP, WMS, MES or CMMS?

Yes. Mapping distinguishes systems to retain, extend, integrate or replace. A source of truth, events and recovery rules are defined for each object.

Does the digital twin work with our data?

Yes, after modelling scope, objects, events, frequencies and decision rules. This page demonstrates the logic; the project model uses validated real data.

Can we start with one workshop?

Yes. A pilot can cover one line, workshop, product family or complete flow, provided it preserves a coherent cycle between plan, materials, execution, control and outcome.

How are machines and IoT integrated?

Exchanges can use OPC-UA, MQTT, APIs, files, databases or gateways depending on equipment and architecture. Useful data, frequency, cybersecurity and signal ownership are confirmed during scoping.

How are batches, genealogy and traceability managed?

Genealogy depth, batch rules, checks, statuses, documents and retention periods are defined according to products, risks and applicable requirements.

Is predictive maintenance automatic?

No. Alerts depend on available history, sensors, thresholds and models. They support decisions; teams retain approval of maintenance work and priorities.

How are performance and cost calculated?

Each indicator has a definition, sources, period, exclusions and owner. Materials, time, energy, subcontracting and downtime are connected only after those rules are validated.

What are the deployment models and stages?

Deployment can be SaaS, on-premise or hybrid depending on solutions and context. It generally follows six stages: discovery, modelling, data and interfaces, pilot, phased rollout and continuous improvement.

Explore the complete FAQ

Your next step

Build a factory that is readable,
manageable and resilient.

Choose a first flow, measure its starting point and move forward through evidence.

Talk to an expertRequest a demo