1
Epicor Kinetic
Epicor Software
Manufacturing cloud ERP for connected operations, visibility, and deployment flexibility
Epicor Kinetic offers sophisticated advanced planning and scheduling (APS) functionalities tailored for manufacturers seeking enhanced management of capacity, timing, and resource allocation. The platform facilitates forecasting, master production scheduling, materials planning, and resource-oriented scheduling, allowing teams to synchronize supply with production requirements effectively. This integration can lead to improved schedule transparency, timely delivery, and optimized machine or work-center usage. Kinetic is particularly suited for manufacturers that require APS software seamlessly integrated with ERP data, inventory management, procurement, and shop floor operations.
2
Acumatica
Empower growth with seamless data integration and automation.
Unmatched Business and Industry Functionality:
Elevate your organization with reliable data gathering, comprehensive financial analysis, and accurate forecasting abilities. Acumatica Cloud ERP acts as a unified data hub, consolidating information from all departments into a single view. This ensures that every business process is systematically organized, allowing authorized personnel to access the same, up-to-date information anytime and anywhere, using any internet-connected device.
Acumatica is uniquely tailored to meet the dynamic and specific demands of expanding midmarket businesses, empowering its users to prioritize their customers' success across all facets of their operations. The platform is designed to be adaptable, delivering value while offering the flexibility, efficiency, and remote collaboration features that contemporary enterprises require.
Experience automation that simplifies processes, compliance that adapts to your needs, and a pathway for continuous improvement that maintains predictability in outcomes. This approach ensures that your business stays ahead of the competition in a rapidly changing market landscape.
3
Eyelit APS
Eyelit Technologies
Advanced planning and scheduling software (APS) for complex manufacturing, on a single data platform
The Eyelit Technologies solution suite, Eyelit SIOP, Eyelit APS, Eyelit MES, and Agent EyeQ, are delivered on a single data platform. Eyelit APS is advanced planning and scheduling software that runs on the same data model as Eyelit MES, so real-time WIP, downtime, and shop-floor changes feed updated schedules back to execution.
Eyelit APS performs multi-zone production sequencing — for example Body, Paint, and Trim — optimized holistically in a single run, and models re-entrant flows, merges, splits, buffers, and differing line speeds across zones. Eyelit APS replans with memory: when demand or supply changes, it minimizes disruption to the existing schedule, with the degree of allowed change configurable at any level or attribute.
Eyelit APS provides a wide range of constraint types to model any company's business rules, including feature-combination limits, dynamic spacing, run-lengths on sub-
sequences, sequence-dependent setup times, and inventory simulation during sequencing. Eyelit APS delivers Available-to-Promise and Capable-to-Promise in both batch and real-time modes, with the real-time module connecting to the order management system.
Features
● Eyelit APS performs multi-zone production sequencing — for example Body, Paint, and Trim — optimized holistically in a single run, and models re-entrant flows, merges, splits, buffers, and differing line speeds across zones.
● Eyelit APS provides a wide range of constraint types to model any company's business rules, including feature-combination limits, dynamic spacing, run-lengths on sub-sequences, sequence-dependent setup times, and inventory simulation during sequencing.
● Eyelit APS uses attribute-based changeover matrices with additive or maximum setup policies and per-resource setup times.
● Eyelit APS schedules complex batch resources — ovens, autoclaves, furnaces, stamping, and injection molding — with capacity in one, two, or three dimensions, temperature-profile and material grouping rule