Streamlining New Product Workflow with Flow Management System and Smart Inventory Integration
About the Client
Ashok Dyest is a chemical manufacturing company operating in a process-driven environment where coordination between inventory, purchase, production, and sales is critical for smooth execution.
With the introduction of a new product line, operational complexity increased significantly. Managing product availability, raw material planning, and inter-department coordination became more challenging, highlighting the need for a more structured and connected system.
The Execution Gap in New Product Operations
While the company had defined processes in place, the launch of the new product line exposed a key limitation:
Operations were running, but they were not system-driven.
This created a gap between:
- What was happening on the ground
- What the system could support in real-time
As a result:
- Decisions were being made without real-time stock visibility
- Teams depended heavily on manual communication
- Execution speed slowed down due to a lack of clarity
- Coordination between departments was inconsistent
The system could not guide actions based on real-time data.
The Core Challenges
As the new product workflow scaled, the following issues became more visible:
- No real-time stock visibility during workflow execution
- Employees struggled with SKU-based product identification
- High chances of selecting incorrect products
- No automatic trigger for purchase when the raw material was unavailable
- No structured response when finished goods were out of stock
- Delays caused by manual follow-ups between teams
In short, the workflow depended more on people than on the system.
What the Client Needed
Ashok Dyest was not just looking for a tool—they needed a system that could bring control and predictability into their operations.
Their key requirement was:
“Can the system automatically decide the next step based on stock availability?”
To achieve this, they needed:
- Real-time stock visibility within workflows
- A simplified way to select products without needing to remember SKU codes every time
- Automatic triggering of purchase and production workflows
- Clear, system-driven coordination between departments
- Reduction in manual communication and decision delays
They needed a workflow where execution does not stop due to a lack of information.
Designing a System-Driven Workflow
To solve this, MIDAP (MI Digital Autopilot) implemented a Flow Management System (FMS) integrated with the Inventory Management System (IMS).
The objective was clear:
👉 Convert a manual, dependent workflow into a system-driven execution flow
Key enhancements included:
- Integration of real-time inventory data into workflows
- Introduction of a Product Master Table for simplified product selection
- Logic-based triggers for purchase and production actions
This ensured that the system could not just record actions—but drive them.
How the Updated Workflow Operates
1. Real-Time Stock Visibility During Execution
Stock levels are now visible directly within the workflow while users perform actions.
- Decisions are based on live data
- No dependency on separate inventory checks
- Reduces errors and improves speed
2. Product Master Table (Eliminating SKU Dependency)
A centralized product master system was introduced.
- Users select products using simple names
- No need to remember or search for SKU codes
- Reduces confusion and selection errors significantly
3. Raw Material Shortage → Automatic Purchase Trigger
The system continuously evaluates raw material availability.
- If the stock is insufficient, the purchase workflow is triggered automatically
- No manual escalation required
- Procurement starts immediately
This ensures that the supply never breaks due to delayed action.
4. Finished Product Unavailability → Production Activation
If finished goods are not available:
- The system instantly notifies the production team
- Enables immediate production planning
- Reduces delays in order fulfillment
5. Connected Workflow Across Departments
All departments are now part of a single connected system:
- Sales
- Inventory
- Purchase
- Production
Each step is linked logically.
- One action triggers the next
- No need for manual coordination
- Workflow moves automatically
This creates a continuous execution loop.
Impact on Operational Performance
Post-implementation, Ashok Dyest observed clear improvements:
- Real-time visibility improved decision accuracy
- Product selection became faster and error-free
- Immediate response to stock shortages
- Reduced dependency on manual communication
- Stronger coordination between departments
- Faster execution across the new product workflow
- Reduction in operational delays and confusion
The system shifted operations from reactive to structured execution.
From Dependency to System Control
Before implementation:
- Teams had to check, confirm, and follow up manually
After implementation:
- The system guides the next step automatically
This transition helped Ashok Dyest move towards:
- Better control
- Higher predictability
- Faster execution
Creating a Scalable Workflow for Future Growth
With the integration of FMS and IMS, Ashok Dyest now operates on a workflow that is:
- Structured
- Scalable
- System-driven
As new product lines are introduced, the same logic can be extended without increasing complexity.
The system ensures:
- No confusion in operations
- No delays due to missing information
- No dependency on manual coordination
Conclusion
By implementing a connected Flow Management System with smart inventory integration, Ashok Dyest transformed its new product workflow into a controlled and execution-focused system.
The result is not just improved efficiency, but a reliable operational structure where:
- Decisions are data-driven
- Actions are system-triggered
- Execution is consistent
MI Digital Autopilot continues to support the business in building deeper automation and strengthening operational control as it scales.
