Key features
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Demand forecasting
Feature |
Description |
Read more |
|---|---|---|
Statistical forecast |
The forecasting algorithm implements forecast methods for:
The system automatically selects and tunes the best method that gives the lowest forecast error. |
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Outlier detection and correction |
Automatic detect and to exceptionally low or high demands: The algorithm also implements a filter to reduce the impact of outliers on the generated statistical forecast (net forecast). |
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Multi-dimensional and hierarchical review |
Review forecast and demand history at any level of item, location, customer, and time hierarchies. |
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Automatic disaggregation of edits |
Enter values at higher levels of the item, location, customer, and time hierarchies. The values are automatically distributed to lower levels. |
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Forecast consumption |
Sales orders consume from the gross forecast. The sales orders and the remaining net forecast make up a complete and consistent demand for the complete planning horizon. |
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Production planning & scheduling
Odoo integration
Feature |
Description |
Read more |
|---|---|---|
Maintain all data in odoo |
All master data and transactions are managed by Odoo. The ForecastEdge connector is an odoo addon that synchronizes all planning to ForecastEdge. |
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Publish manufacturing orders and purchase orders |
Publish planning results back to odoo. With a simple click the planners can create manufacturing orders and purchase orders in odoo. |
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Integrated user interface |
The ForecastEdge user interface is integrated in odoo. Users log in odoo and can navigate from odoo to all ForecastEdge screens. |
Capacity modeling
Feature |
Description |
Read more |
|---|---|---|
Resource types |
Different types of capacity constraints can be modeled:
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Working hours and vacations |
Define calendars based on working hours, shifts, factory shutdowns, holiday periods, etc. |
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Resource pools |
Group identical/similar resources (machines or operators) in an aggegrated pool of resources. |
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Resource skills |
Assign skills to machines and operators and set them as necessary to perform specific operations. As a result, only a subset of the available resources will be qualified to do the operation. |
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Alternate resources |
The planning and scheduling algorithm can choose among alternative resources from a pool. The selection can be priority-based or cost-based. |
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Setup matrix |
Include changovers in your planning process. Sequence-dependent changeover time corresponds to cleaning, configuration, or tool changing time that is required when switching between different resources (machines or operators) during the production process. |
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Routing and bill of materials
Feature |
Description |
Read more |
|---|---|---|
Operation types |
Operations of different types can be modeled:
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Alternate operations |
Products can be manufactured in different ways:
ForecastEdge can plan these and automatically make a smart selection between the alternatives. The selection can be priority-based or cost-based. Alternates can be date-effective and quantity restrictions. |
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Alternate materials |
You can plan different versions of a bill of materials and include alternate materials in a same bill of material. |
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Date effective bill of materials and operations |
ForecastEdge can suggest different versions of the bill of material with valid start and end dates. |
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Co-products |
Operations can produce multiple items. Examples:
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Minimum, maximum, and multiple operation size |
Some operations can only be scheduled within certain quantity constraints. This applies to purchase orders, distribution orders and manufacturing orders. |
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Post-operation delay |
The plan can include delays between operations. These add buffer time and robustness in the schedule to account for unexpected events. The post-operation delay is a soft constraint, which means we can generate plans with a shorter delay if that is required to deliver a customer order on time. |
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Operation dependencies |
Operations are chained together through bill of materials (typical for most manufacturing environments) or through operation dependencies (typical for project-oriented manufacturing environments). |
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