SkyPlanner APS is an AI-powered Advanced Planning and Scheduling (APS) solution designed for manufacturing companies. It creates realistic, finite-capacity production schedules based on real operational constraints such as machines, materials, labor, and shifts.

Traditional tools rely on static rules and manual updates. SkyPlanner APS uses AI to continuously analyze real-time production data and automatically recalculates schedules within seconds when conditions change, eliminating spreadsheet-based rework.

Arcturus AI is the intelligent optimization engine behind SkyPlanner APS. It analyzes real production constraints and generates executable schedules that reflect actual shop-floor conditions, not theoretical plans.

No. SkyPlanner APS works on top of your existing ERP and MES systems. It integrates seamlessly and uses your current data without requiring system replacement or major IT changes.

SkyPlanner APS can integrate with common ERP and MES systems such as SAP, Oracle, Microsoft Dynamics, and other industry-standard manufacturing systems via APIs or data connectors.

Most customers see measurable improvements within weeks. Initial scheduling improvements are typically visible immediately after data integration, with ongoing optimization as the system learns operational patterns.

Yes. SkyPlanner APS automatically recalculates production schedules when disruptions occur, such as machine breakdowns, material shortages, rush orders, or priority changes.

Yes. SkyPlanner APS is designed for both small, mid-market and large manufacturing environments, especially companies dealing with complex production, high variability, or frequent planning changes.

SkyPlanner APS is well-suited for make-to-order manufacturing, make-to-stock environments, high-mix low-volume production, and multi-site manufacturing operations.

By synchronizing real-time data from ERP and MES systems and continuously analyzing finite capacity constraints, SkyPlanner APS produces schedules that are realistic, achievable, and aligned with actual production conditions.

Yes. Planners define goals, priorities, and constraints. Arcturus AI supports decision-making by generating optimized schedules, while humans remain in control of strategic planning decisions.

Historical data is helpful but not mandatory. SkyPlanner APS can start optimizing with current operational data and improves accuracy over time as more data becomes available.

Customers typically report increased production throughput, reduced lead times, lower work-in-progress inventory, improved schedule reliability, and reduced planning effort.

Yes. SkyPlanner APS offers a demo and evaluation process so manufacturers can see how the solution works with their production environment before committing.

Yes. SkyPlanner APS is designed to handle frequent last-minute order changes without disrupting overall production plans. Powered by Arcturus AI, the system automatically recalculates schedules within seconds when rush orders, priority changes, or unexpected disruptions occur. This allows manufacturers to respond quickly to customer demands without manual rescheduling or spreadsheet-based planning.

AI-based scheduling improves accuracy by continuously analyzing real production constraints instead of relying on static assumptions. SkyPlanner APS considers machine availability, finite capacity, material readiness, labor shifts, and routing dependencies in real time. Unlike manual planning, which is prone to errors and delays, Arcturus AI generates realistic and executable schedules that reflect actual shop-floor conditions.

Yes. SkyPlanner APS is especially well suited for high-mix, low-volume manufacturing environments where production complexity is high and variability is constant. Arcturus AI dynamically balances changing product variants, setup times, and resource constraints, enabling efficient scheduling without increasing planning effort or operational risk.

SkyPlanner APS requires standard production data typically available in ERP or MES systems, such as work orders, routings, bill of materials, machine capacities, labor calendars, and inventory status. No system replacement or heavy customization is needed. The solution integrates seamlessly and starts delivering value even if data is not perfectly structured.

SkyPlanner APS is designed to support production planners, not replace them. Arcturus AI automates complex calculations and scenario analysis, while planners remain in full control of priorities, constraints, and decision-making. This reduces manual workload and allows planners to focus on strategic decisions rather than constant rescheduling.

For mid-sized manufacturers in Türkiye, the best APS solutions are those that replace Excel-based planning with finite capacity scheduling while integrating seamlessly with existing ERP or MRP systems. An effective APS should handle real constraints such as machines, labor, materials, and shifts, provide fast scenario planning, and deliver results within weeks rather than months. SkyPlanner APS is designed specifically for this segment, enabling a rapid transition from spreadsheets to AI-driven scheduling without disrupting ongoing operations.

APS systems integrate on top of existing ERP or MRP platforms by consuming master data and transactional data such as orders, routings, BOMs, inventory levels, and calendars. In Türkiye, APS commonly integrates with SAP ECC or S/4HANA, Microsoft Dynamics, Logo, Mikro, Netsis, ABAS, and Odoo. SkyPlanner APS synchronizes data in real time, allowing companies to keep their ERP/MRP as the system of record while using APS for advanced scheduling and optimization.

ERP and MRP systems focus on planning materials and recording transactions, assuming infinite capacity and static lead times. APS, on the other hand, performs finite capacity planning by considering real-world constraints such as machine availability, labor shifts, setup times, and material readiness. While ERP and MRP answer “what should be produced,” APS answers “when, where, and how it can realistically be produced,” making it essential for accurate production scheduling in complex manufacturing environments.

Manufacturers in Türkiye typically see measurable improvements within the first 60 to 90 days of APS implementation. Common results include reduced lead times, improved on-time delivery performance, increased capacity utilization, lower work-in-progress inventory, and significantly reduced planning effort. By replacing manual rescheduling and spreadsheets, APS allows planners to focus on decision-making rather than firefighting.

APS systems are designed to model real production conditions such as multi-shift operations, overtime rules, weekends and official holidays, subcontracting, machine downtime, and frequent material shortages. SkyPlanner APS continuously recalculates schedules based on these constraints, ensuring that production plans remain realistic and executable even when conditions change unexpectedly on the shop floor.

An APS pilot typically requires basic data such as production orders, routings, machine and labor calendars, setup and processing times, and current inventory levels. In many Turkish manufacturing companies, this data already exists in ERP or MRP systems but needs minimal cleaning. With a focused scope, SkyPlanner APS pilots can go live within a few weeks, allowing companies to validate value before full-scale rollout.

In many Turkish manufacturing companies, Excel is still the default tool for production planning—especially in small and mid-sized businesses. Excel is flexible, but it struggles with finite capacity constraints, real-time disruptions, and complex routing dependencies, which often results in constant manual rework, firefighting, and unreliable delivery promises.

Large enterprises may use advanced APS platforms such as Asprova, ICRON, Siemens Opcenter APS, DELMIAWorks APS, or PlanetTogether. These solutions can be powerful, but they are often associated with longer implementation cycles, higher licensing and consulting costs, and heavier IT/organizational effort—making them less practical for manufacturers that need fast time-to-value and agility.

SkyPlanner APS is positioned between these extremes. It provides enterprise-grade finite capacity planning and AI-driven scheduling without the complexity and cost overhead of traditional enterprise APS projects. It replaces spreadsheet-based planning with realistic, executable schedules that automatically adapt within seconds to machine downtime, material shortages, rush orders, and priority changes. This makes SkyPlanner APS a strong fit for manufacturers that have outgrown Excel and want a modern APS approach without committing to a heavyweight transformation.