Brewed Logic
Business Changes Shouldn't Require Code Changes
"Business logic as data, not code — configure, don't develop."
A simple approval routing change takes 2 weeks because it requires workflow redesign, testing, and deployment.
"Business logic as data, not code — configure, don't develop."
01
The Problem: The Configuration Bottleneck
A simple approval routing change takes 2 weeks because it requires workflow redesign, testing, and deployment.
This evidence table sets the baseline for The Problem: The Configuration Bottleneck, pairing each headline signal with the operational reality behind it before the solution is introduced.
| Signal | Context |
|---|---|
| 2 weeks | for a simple approval routing change |
| 40% | of catalog changes delayed due to IT backlog |
| 100% | developer dependency for routing changes |
- New approval rules require Flow Designer redesign
- Routing changes need developer involvement
- Testing cycles add 1-2 weeks per change
- Business teams cannot self-manage catalog logic
02
The Solution: Dynamic Catalog Flows
03
TechSnitch Intelligent Service Catalog
"Business logic as data, not code — configure, don't develop."
Convert approval and fulfillment orchestration into configurable business data instead of hardcoded process logic. Enable business teams to self-manage catalogbehavior without developer dependency.
04
Dynamic Flow Architecture
05
Configuration Layer (Data-Driven)
This architecture table makes Configuration Layer (Data-Driven) concrete, showing how Component and Capabilities fit together inside the operating model.
| Component | Capabilities |
|---|---|
| Approval Matrices | Sequential, Parallel, Conditional, Hybrid approvals with dynamic thresholds |
| Routing Rules | User-based, Group-based, Role-based, Location, Department, Cost Center routing |
| Fulfillment Sequencing | Step 1-N sequencing, Conditional branching, Parallel execution, Dynamic paths |
06
Execution, Integration & Monitoring Layers
This architecture table makes Execution, Integration & Monitoring Layers concrete, showing how Layer and Function fit together inside the operating model.
| Layer | Function |
|---|---|
| Execution Engine | Flow Designer + Dynamic Routing Logic, Runtime rule evaluation, Parallel path execution, Conditional branching, Dynamic participant resolution |
| Integration Layer | External systems (SAP, Workday, Salesforce), API orchestration, MID Server connectivity |
| Monitoring Layer | SLA tracking, Bottleneck detection, Analytics dashboards, Performance monitoring, Audit trails |
07
Configuration Matrix
This matrix converts Configuration Matrix into practical choices, connecting configuration options to the business impact they are meant to produce.
| Configuration | Options | Business Impact |
|---|---|---|
| Approval Type | Sequential, Parallel, Conditional, Hybrid | Match business process exactly |
| Routing Logic | User, Group, Role, Department, Location, Cost Center, Custom Field | Auto-route to correct approver every time |
| Fulfillment Sequencing | Step 1-N, Conditional, Parallel, Branching | Complex multi-step processes simplified |
| Conditional Logic | Field values, Thresholds, Date ranges, User attributes | Dynamic behavior without coding |
| Dynamic Participants | Manager lookup, Group membership, Role-based, Custom script | Always correct approver assignment |
08
Business Impact
This scorecard summarizes the commercial and operational outcomes for Business Impact, keeping the most important gains easy to scan before moving back into the narrative.
| Impact area | Result |
|---|---|
| 80% / Faster Changes / 2 weeks to 2 days | Zero / Code Changes / for 80% of changes |
| 90% / Accurate Routing / to correct approver | 60% / Self-Service / for Business teams |
