Scale Serialization Across Lines and Sites Without Losing OEE
From your first serialized line to a 200-line global operation. One architecture. One MAH view. Predictable OEE.
Designed for manufacturing teams scaling beyond the first 1-2 serialized lines
- Operations and Production Directors rolling out serialization to lines 4, 8, 16+ within and across sites
- Site Directors, Plant Managers, and Industrial Directors opening a new packaging hall, commissioning a new plant, or absorbing an acquired site
- Manufacturing IT and Automation leads standardising Level 1-3 equipment across heterogeneous line vendors
- Quality and Validation teams that need to validate the 10th line in the same time as the 1st without doubling headcount
- Group-level CTOs and COOs harmonising serialization across sites acquired through M&A
Where serialization scale-up breaks down
A serialization failure stops the line and the clock keeps running
Every minute of serialization downtime on a high-speed line costs more than the equipment that caused the failure. At scale, the cumulative loss across 20 lines becomes a board-level number.
The 3rd line takes longer than the 1st
Most pharma sites discover that scaling serialization isn’t linear without a repeatable cutover template, each new line repeats discovery, validation, and integration mistakes from scratch.
OEE drops after serialization goes live and nobody told the CFO upfront
ameras, rejection stations, vision checks, label printers add seconds per pack. Multiplied across 200M packs/year, that’s real money walking out of the plant.
Validation becomes the bottleneck, not the platform
Quality teams budgeted for 2 lines per year. You ask them to validate 8. The platform doesn’t matter, the validation queue does.
Site-by-site IT drift turns one platform into three
Site A runs one version, Site B runs a fork because the local automation vendor “customised” the integration. Two years in, you have 3 systems wearing one logo.
The commercial model doesn't scale
Per-line licensing turns a 20-line expansion into a budget surprise. Per-pack pricing turns volume growth into a tax.
Every new line is a project. Every new site is a re-implementation.
Without a repeatable scale-up framework, each new serialized line repeats the same discovery: which Level 1 cameras, which Level 2 PLC, which Level 3 line manager, how does it talk to Level 4. Validation starts from scratch. Operator training repeats. The 8th line takes 80% as long as the 1st, not 20%.
A line stoppage caused by a serialization failure is a compliance event. The cost of downtime always exceeds the cost of the fix.
One architecture. Every line. Every site. Every country.
SATT PLATFORM’s Level 1-5 architecture defines exactly which capabilities live at which levels and which are reusable across line vendors. Each new line follows a validated template: the same Level 2 protocol mapping, the same Level 3 cutover sequence, and the same Level 4 data submission path. The 8th line cuts over in 40% of the time of the 1st, with validation evidence already 70% reusable.
One platform across every line vendor. One MAH view across every site. One commercial framework for the next 3 years.
A structured approach to scale-up across every line and site
Level 1-5 architecture as a scale-up framework
A defined, validated architecture: Level 1 (camera/vision), Level 2 (line PLC/controller), Level 3 (line/site manager), Level 4 (site/MAH server), Level 5 (national hub gateway). Each level has documented responsibilities, interfaces, and validation evidence so scaling means replicating an architecture, not rediscovering one.
Line-by-line cutover with no production stop
Cut over one line at a time while the rest of the site remains running. PROD cutover during a planned changeover — typically 4–8 hours, not 4–8 days. The same template runs on lines 2, 3, 4 … 40.
Multi-site governance from one MAH view
All sites submit to one MAH-controlled SATT instance. One reporting view across every line, every site, every regulated market — EU FMD, DSCSA, CRPT, Tatmeen, ASL Belgisi, NHRA-MVC, DVTIS. No site forks. No version drift. One audit, one truth.
OEE-neutral integration with Level 1-2 equipment
Native, tested integrations with a wide variety of other vendors’ solutions — at the Level 2 protocol layer (OPC-UA, GS1 standard interfaces). No proprietary middleware. No “we’ll figure it out at install”.
