NPLAN + Opcenter AS: Expanding the Value of Detailed Scheduling

The goal is not to replace Opcenter AS, but to expand its use.

While Opcenter continues to be the sequencing engine, NPLAN Schedule acts as a layer of:

• Interaction
• Collaboration
• Analysis
• Simulation
• Publishing

In practice, this means transforming scheduling into something more accessible, iterative, and connected with the rest of the operation.

The combination of both platforms significantly expands the reach of scheduling:

Interaction with scheduling is no longer limited to menus and manual commands.

With the use of co-pilot and AI-assisted commands, the user can:

• Adjust the view according to needs
• Request changes to the plan
• Apply rules and filters more naturally
• Explore scenarios without navigating through multiple screens

The interface starts understanding the user's intent and facilitating the execution of actions.

The Gantt chart continues to be a central tool, but is no longer the only form of interaction.

NPLAN Schedule introduces new approaches:

• Configurable card views for more intuitive reading
• Interactive tables with draggable orders
• Multiple ways to organize and explore the sequence

This facilitates understanding the scenario and reduces the effort to identify necessary adjustments.

Scheduling is no longer an individual activity.

With support for multiple simultaneous users:

• Different planners can work at the same time
• Each user works within their resources or scope
• Resources being edited are temporarily locked to avoid conflicts
• Changes are visible in real time

This eliminates the limitation of sequential use and speeds up the process.

Manual adjustments through trial and error tend to be slow and inefficient.

The setup facilitator acts as intelligent support, indicating:

• Best positions for operation reallocation
• Impacts of each alternative
• Recalculated times based on constraints

The user stops testing possibilities in the dark and starts making more informed decisions.

Not every analysis needs to happen at the most detailed level.

NPLAN Schedule allows switching between different levels of view:

• Operation aggregations for faster reading
• Detail by order when needed
• Resource grouping or individual view

This flexibility improves analysis and makes plan manipulation more efficient.

Once built, the schedule needs to be shared.

Instead of relying on static reports, the plan can be published dynamically:

• Real-time updated dashboards
• Display on TVs, tablets, or shop floor monitors
• Configurable visuals according to the operation

This allows for more visual management aligned with execution.

Scheduling is only part of the process. Executing and measuring adherence is what ensures evolution.

With NPLAN Schedule:

• Completed orders can be confirmed
• Deviations are recorded with justification
• Execution data feeds back into planning
• The process becomes continuous

This cycle closes the connection between planning and operations.

NPLAN Schedule incorporates an AI agent architecture that goes beyond the conversational co-pilot.

The structure is based on an orchestrator agent that coordinates specialist agents prepared to handle complex questions involving multiple data sources, rules, and operational contexts.

Each specialist agent has specific tools and operates with controlled autonomy — meaning it can perform analyses, propose actions, and even apply changes within limits defined by the user or the operation's policy.

• Orchestrator agent that interprets intent and distributes tasks among specialist agents
• Agents with access to production, demand, capacity, and constraint data
• Specific tools for simulation, priority reclassification, and impact analysis
• Controlled autonomy with full traceability of every action executed

This approach allows tasks that previously required multiple manual queries to be resolved in an integrated, fast way with full visibility of the reasoning applied.

NPLAN Schedule offers dynamic dashboards designed for deeper analysis than simple static reports.

These are interactive panels with robust visual capabilities, designed to facilitate navigation between layers of information and support decision-making with real-time data.

• Interactive visualizations with drill-down, dynamic filters, and data cross-referencing
• Smart alerts that automatically highlight deviations, bottlenecks, and opportunities
• Fluid navigation between aggregated and detailed views, with preserved context
• Configurable panels by user profile, adapted to each stakeholder's role

The goal is to transform planning data into actionable insights, with agility and visual clarity that go far beyond conventional tables and charts.

NPLAN Schedule does not replace Opcenter AS.

Opcenter AS continues to be the engine responsible for detailed sequencing, with advanced calculation capabilities and respect for operational constraints.

The role of NPLAN Schedule is to complement this layer, expanding how scheduling is built, analyzed, and used on a daily basis.

At the same time, NPLAN can take on the role of broader supply chain planning — including scenarios, simulation, cross-functional integration, and decision-making — replacing more traditional aggregate planning approaches.

To better understand this relationship between planning and execution, also see this article.

In practice, the architecture is clear:

• Opcenter AS → sequencing engine
• NPLAN → planning, simulation, collaboration, and operational execution layer

NPLAN Schedule:

• Automatically connects and integrates the data
• Expands interaction with scheduling
• Adds collaboration, analysis, and execution capabilities
• Returns changes to Opcenter in a structured way
• Uses sequenced orders in the firm horizon as frozen schedule for medium-long term planning

Detailed scheduling remains a complex technical problem — and Opcenter AS solves this layer with depth.

What changes with NPLAN Schedule is how this scheduling is used.

It ceases to be an isolated result and becomes:

• Collaborative
• Explorable
• Iterative
• Connected with execution