Connecting the Sexing Technologies Production Lifecycle
Connecting production stages, quality decisions, inventory movement, and business systems in one operational workflow.
Complex production work in process
In a specialized, multi-stage production operation, work in process is more than a number. Material, labor, equipment activity, quality decisions, and inventory must move through coordinated stages, often across locations.
Sexing Technologies' production lifecycle spans animal admissions, collection scheduling, laboratory processes, sorting, freezing, quality checks, allocation and warehouse activity. Each stage has its own data, people, rules and dependencies. The challenge was to represent those realities in one operational system rather than force a unique production process into disconnected departmental tools.
See the work
Capture the information associated with each specialized production stage and its handoffs.
Connect the work
Bring production, quality, inventory and downstream enterprise processes into a shared operating environment.
Protect the process
Preserve domain-specific rules, traceability information and role-based responsibilities.
Sex-cess: software built around the real production flow.
Ayoka developed Sex-cess, a second-generation Java enterprise application, using a centralized multi-tenant data architecture supporting multiple locations. The system reflected the operating lifecycle, specialized processing information and roles of the people performing the work. It also connected warehouse transfer with SAP billing.
10
Documented workflow stages
From animal admission through warehouse transfer and billing.
Multi-site
Shared data architecture
A centralized, multi-tenant environment across locations.
SAP
Enterprise connection
Production and warehouse activity linked to the billing process.
Connect the lifecycle
Ayoka connected ten operational stages so teams could follow work across production, quality, traceability, and warehouse activity. The workflow also connected warehouse activity with SAP billing.
Operational capabilities connecting the production lifecycle.
Production-level detail
The application modeled RFID, sample tubes, conventional and sexed processing, sorting, freezing and related production information.
Quality and traceability
Production information continued through quality control, allocation and inventory rather than ending at a departmental boundary.
Role-based operations
Permissions reflected admissions, collection, animal health, laboratory work, sorting, freezing, QC, inventory and administration.
Multi-location coordination
A centralized, multi-tenant database supported the documented multi-location operating model.
Business-system integration
Warehouse transfer and SAP billing formed part of the documented end-to-end workflow.
Production infrastructure
Project materials documented Java, Grails/Tomcat, MySQL, deployment environments, backups and logging.
From specialized stages to a connected production operating environment.
The documented result was a centralized application designed to carry operational information through the production lifecycle and into enterprise billing.
That is the demonstrated outcome. It is also the foundation for the outcomes manufacturers care about: understanding where work sits, identifying handoff friction, managing constraints, protecting quality, and making more informed capacity decisions.
Understand the work. Connect the stages. Make the operation easier to manage.
1. Follow the real process
Map how work, information and decisions move across the operation.
2. Preserve what makes it unique
Encode specialized rules, users, data and handoffs instead of imposing a generic workflow.
3. Connect shop floor to business
Link operational activity with quality, inventory and the enterprise systems that depend on it. Explore our factory automation and PLC integration capabilities.
Why this matters to other manufacturers
Manufacturers with multi-stage operations face similar challenges: disconnected status information, handoffs, inventory movement, and delayed visibility into what is ready to ship or bill. The underlying principle is to connect existing production and business systems around the flow of work.
See Factory Automation, PLC Integration, and Rent Custom Software.
How This Applies to Your Operation
How can manufacturers track WIP across multiple production stages?
How do quality checks and traceability stay connected as work moves?
How can production inventory and SAP billing be connected?
Can this approach work in another multi-stage manufacturing operation?
Related solution: If your operation needs software around these connections, explore Rent Custom Software.
Where is your work getting stuck between the shop floor and out the door?
Tell us what you're seeing: disconnected systems, unclear WIP, production handoffs, quality bottlenecks or inventory that is difficult to track.
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