Case Study 08
Enterprise Operating Standard

One Client-Owned Operating System, Deployed Across a Multi-Plant Dairy Network

A major North American dairy and food manufacturer engaged Incito to build and deploy a company-owned operating system across its plant network, then took the system in-house to run itself. The active engagement ran from 2011 to 2015 and closed with the client confirming that all contracted phases had been completed and delivered.

8 of 14Plants live of those scheduled at program review
2011 to 2015Active deployment window
Client-ownedStandard held on client systems, run by plant teams
Client
A major North American dairy and food manufacturer
Service
Enterprise operating-standard deployment
Status
Anonymized case study

The Enterprise Problem

Can a Plant Network Operate as One Company Without Losing Local Accountability?

A multi-plant manufacturer sits between two failure modes. Full local autonomy produces as many operating systems as there are sites, and nothing transfers between them. Full central control produces compliance without ownership, and the standard degrades the moment attention moves elsewhere. The design question is where a network should sit between the two.

Exhibit 1 · The Operating Spectrum
Full local autonomy

Every plant runs its own system. Nothing transfers.

Common standard, local ownership

One operating discipline. Plant teams accountable for running it.

Full central control

Compliance without ownership. The standard decays.

Nothing scales Target operating position Nothing sticks
The model shows the operating question a multi-plant network must solve.
The objective was one operating discipline across the network, with plant-level accountability preserved.

Why Variation Is Expensive

A Plant Network Cannot Operate Like a Set of Separate Companies.

When each site runs its own method, improvement stays where it was made. The cost is not visible in any single plant's numbers. It shows up as capability the enterprise paid for once and can only use once.

Exhibit 2 · What Variation Costs the Enterprise
Learning does not transfer
A method proven at one site has to be rediscovered at the next, at full cost each time.
Performance is not comparable
Different methods produce different measures, so leadership cannot tell a good plant from a favorably measured one.
People do not transfer
A supervisor moving between sites relearns the operating system rather than arriving competent.
Improvement is not cumulative
Each gain is local and temporary. The network never compounds what it learns.
The comparison shows why one shared operating system matters across a multi-site network.

The Approach

Standardize the System. Keep Ownership Local.

The operating standard was built as the client's own, not as an Incito product installed at the client. Standard packets and training materials were held on client systems, and plant improvement teams led deployment at their own sites with Incito coaching the method.

Exhibit 3 · Three Layers of the Operating Standard
Enterprise layer

One common standard

A single defined operating method for the network, documented in standard packets the client holds and maintains.

Plant layer

Local ownership

Plant improvement teams lead deployment at their own sites. Accountability for running the standard stays with the plant.

Network layer

Site-by-site scale

Sites enter one at a time rather than simultaneously, so each deployment refines the standard the next site receives.

Materials, training and the standard itself sit on client systems. That is what makes the handoff at the end of the engagement a transfer rather than a withdrawal.
The model shows how ownership, local autonomy and site-by-site scale work together.
Standardizing a network is not a set of separate projects. It is one operating system, installed plant by plant without breaking.

Deployment Reach

Plants Entered the System One at a Time, Not Simultaneously.

At program review, the standard was live at 8 plants of the 14 scheduled, with the remaining 6 in the deployment plan.

Exhibit 4 · Network Coverage at Program Review
8 plants liveStandard deployed and running at program review
6 scheduled, not yet liveRemaining sites in the 14-plant plan
Network completeAbout 57 percent
The network was about 57 percent complete at program review.

Delivered Network

Eight Plants Went Live Across a Fourteen-Plant Network Plan.

The program closed with a completed, client-owned handoff. Savings tracking recorded substantial value, with client Finance validation pending.

Exhibit 5 · Delivery and Tracked Value
Delivered
Delivery completedAll contracted phases completed and delivered in 2015
Nothing further owedEngagement closed as a completed, client-owned handoff
8 plants live of 14 scheduledNetwork about 57 percent complete at program review
Active window 2011 to 2015Program delivery window
Recorded value
Most mature plant, 14 months~$1.45M
Second plant, 12 months~$1.96M
First three plants live one year or more>$7.2M
Client Finance validation pending.
The completed rollout created a client-owned operating system across the live plants.

Executive Implication

Can Your Operating System Scale Across the Enterprise?

The client continued the work across its plant network through the active engagement and took the standard in-house at close. Savings tracking recorded substantial value, with client Finance validation pending.

Multi-site networks
Several plants running several different operating methods.
Standard without ownership
A corporate system that plants comply with but do not run.
Non-transferable gains
Improvement proven at one site that never reaches the next.
Phased rollout
Sites entering a program one at a time over several years.
Capability handoff
Wanting to end the engagement owning the system, not renting it.
Scaling one standard across many plants?

Talk with Incito about operating systems clients own and continue to run.

Incito Consulting Group · Case Study 08 · North American Dairy Manufacturer All case studies
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