Skody vs PlanetTogether: Which Is Right for Your Manufacturing Shop?

Both platforms help manufacturers create realistic schedules rather than relying on unlimited theoretical capacity. The main differences are product focus, implementation approach, scheduling workflow, and ERP environment. For many high-mix shops the deciding difference is people scheduling: how each product puts qualified operators into the same plan as the machines, and whether one person can cover several machines at more than one skill level. Skody also schedules pallet and tombstone automation as a resource; PlanetTogether does not.

Both platforms can build finite-capacity schedules. The practical difference to evaluate is how each helps your production team understand conflicts, make decisions and keep the schedule current.

Example interface, January 2025

PlanetTogether APS — Gantt scheduling interface with job-level metrics and scenario comparison.

Explore production sequences, evaluate planning scenarios and review scheduling metrics in a detailed APS workspace.

Skody AI — Automatically optimized production schedule with shop-floor constraints and delivery visibility.

Skody computes the production sequence against available machines, labor, skills and other constraints, helping planners focus on exceptions rather than manually resolving every conflict.

Explore Skody Scheduler · Bottleneck and on-time-delivery views

In a high-mix manufacturing shop, the schedule rarely survives the day unchanged.

A machine goes down. An operator calls in sick. A setup takes longer than planned. A rush order arrives. Another job is waiting on material.

What matters is not just creating a schedule. It is knowing what should run next, which orders are at risk, and how to use existing capacity to recover.

Skody is designed to continuously recompute a feasible forward production schedule from current orders, routings, machine availability, workforce constraints and shop-floor progress.

PlanetTogether is an established APS platform with capabilities extending beyond a typical single-site job shop scheduling problem.

It may be a strong fit if:

• You manage complex production planning across multiple manufacturing sites.
• You operate large ERP environments using SAP, Oracle or Microsoft Dynamics.
• Your planning team needs extensive sequencing configurations and scenario modeling.
• Your operation includes process or batch-oriented production requiring specialized campaign or changeover planning.
• You are looking for an enterprise APS program with dedicated planning resources.

Skody is particularly worth evaluating when your manufacturing operation needs a scheduling system that stays close to day-to-day production reality.

• You run a high-mix CNC, job shop, fabrication or discrete manufacturing operation.
• Your current ERP has useful order and routing data, but scheduling requires significant manual work.
• Rush jobs, machine breakdowns and changing priorities make existing schedules unreliable.
• You want production scheduling integrated with your existing ERP.
• You need better visibility into late jobs, machine capacity and potential bottlenecks.
• You want machine schedules and qualified operators planned in one step instead of two systems.
• Your operators run more than one machine and hold more than one skill level, and you want the plan to use that.
• You run pallets, tombstones or multi-part setups and want them scheduled as one resource.
• You want to evaluate a cloud scheduling service with published entry pricing and month-to-month terms for eligible small cells.

Skody's goal is simple: help manufacturers ship more jobs on time and increase throughput from existing resources.

Compare total deployment cost, integration effort, training, ongoing support, and who maintains the production scheduling model — not just software subscription or license cost.

Three Sigma Manufacturing

Reported a 15% reduction in production delays, and extended its planning horizon from one week to one year. The planner accepts the computed baseline about 99% of days rather than rebuilding it.

Read the Three Sigma case study

Yeager Manufacturing

Runs 8–10 what-if scenarios in an hour-long scheduling session, with machines and qualified operators scheduled together. "We come out of it with solid evidence that adding a resource in a specific area on a certain date would improve our OTD," says President Zach Yeager.

Read the Yeager case study

Want to speak with a manufacturer already using Skody? Customer references are available upon request.