Solution architecture
Defines the target operating model, process scope, ownership, workflow logic and implementation backlog.
NuWayMind method
Design procurement solutions with controls built into the way work is done.
A practical solution-design method that combines operating model, workflow blueprint, decision rights, supplier governance, data rules, evidence requirements and management KPIs.
5,000-employee planning view
8 - 12 weeks
Average lead-time to design the target procurement solution and embedded controls before configuration, rollout or managed execution.
5,000employees
Solution + controlsProcess · Roles · Data · Workflow · KPIs
Implementation-readyDesigned for system configuration and adoption
Purpose
Move from diagnostic findings to a controlled procurement solution.
NuWayMind converts business-impact diagnosis into a target solution that is practical for requesters, approvers, buyers, finance users, suppliers and leadership. The design is not limited to approval controls. It defines how procurement should operate, which decisions must be made, which evidence must be captured, which data is mandatory and which KPIs prove that the solution is working.
The goal is to create a procurement model that is easy to execute but difficult to bypass: simple enough for users, strong enough for governance, and structured enough for digital workflow configuration.
Planning assumption for lead-time estimates: company with approximately 5,000 employees, several purchasing populations, mixed direct and indirect spend, multiple supplier risk classes, cross-functional approval needs and a requirement to align Procurement, Finance, Legal, IT, Quality/Compliance and business owners.
Embedded controls
Places approval, evidence, exception and risk controls directly into daily buying decisions.
Execution readiness
Translates policy into configuration-ready rules, SOPs, test scenarios, training needs and KPI dashboards.
Solution model
What the design covers.
Operating model
Roles, accountability, service scope, category ownership, approval responsibilities and decision rights.
Process blueprint
Controlled S2C and P2P flow from supplier onboarding, sourcing and contracting through PR, PO, receipt, invoice and performance review.
Workflow and system logic
Routing rules, thresholds, required fields, evidence gates, exception reasons, notifications and escalation logic.
Controls and governance
DoA, risk taxonomy, supplier criticality, contract exposure, audit trail, segregation of duties and approval SLA rules.
Data model
Mandatory master-data fields, category codes, supplier risk attributes, contract references, PO controls and reporting dimensions.
Performance management
KPI dictionary, dashboard layout, owners, review cadence, targets, tolerances and management escalation triggers.
How-to method
Solution-design sequence with measurable outputs and
lead-time.
| Activity | How NuWayMind performs it | Measurable KPIs | Average lead-time |
|---|---|---|---|
| Translate diagnosis into design priorities | Convert spend leakage, cycle-time gaps, supplier risk, missing evidence and user pain points into prioritised solution requirements. | Design priorities approved; business issues mapped to solution requirements; benefit hypotheses defined; stakeholder sign-off. | 4 - 6 working days |
| Define target operating model | Set procurement service scope, category ownership, business-owner responsibilities, finance touchpoints, legal inputs and governance cadence. | Role coverage; decision-right clarity score; category owner coverage; governance cadence approved; RACI exceptions closed. | 7 - 10 working days |
| Design process and workflow blueprint | Map S2C and P2P steps, handovers, approval gates, supplier interactions, contract references, PR/PO discipline and invoice controls. | End-to-end process coverage; handover reduction; workflow-ready rules; PR/PO-before-commitment design; exception routes defined. | 10 - 15 working days |
| Embed controls into the solution | Design DoA, value thresholds, supplier risk controls, evidence requirements, segregation of duties, escalation rules and exception handling. | Control coverage; approval route completeness; SoD conflict closure; evidence-field completion target; exception taxonomy approved. | 8 - 12 working days |
| Define data and reporting model | Specify mandatory fields, category and supplier attributes, contract references, KPI data sources, dashboard logic and ownership. | Mandatory-data coverage; KPI dictionary approved; dashboard coverage; data-owner assignment; reporting refresh cadence. | 5 - 8 working days |
| Prepare policy, SOP and enablement content | Write practical policy language, SOPs, requester guidance, approver guidance, supplier instructions and exception decision trees. | SOP completeness; policy-to-workflow mapping; role-guidance coverage; training content readiness; audit evidence checklist approved. | 7 - 12 working days |
| Validate through scenarios and backlog | Test high-value, urgent, contract-linked, critical supplier, non-PO and exception scenarios; convert gaps into configuration or rollout backlog items. | Scenario coverage; UAT pass rate; defect closure rate; backlog acceptance; implementation-readiness sign-off. | 10 - 15 working days |
Typical total lead-time: 8 - 12 weeks for a 5,000-employee company. A highly regulated, multi-country or ERP-heavy environment can require 12 - 16 weeks when legal, tax, quality, integration or master-data dependencies are significant.
Standard KPIs
Standard KPIs that prove the solution is usable, controlled and ready for execution.
Solution requirement coverage
Formula: approved design requirements covered by target solution divided by total approved requirements.
Why it matters: confirms that the design answers the actual business gaps identified during diagnosis.
Process coverage
Formula: in-scope S2C/P2P process steps with defined owner, rule, evidence and KPI divided by target process steps.
Why it matters: prevents disconnected design where only selected steps are controlled.
Control coverage
Formula: target control points embedded into workflow, SOP or governance model divided by required control points.
Why it matters: ensures controls become part of execution, not only policy wording.
Approval SLA adherence target
Formula: approvals expected within defined SLA divided by total approval volume by route.
Why it matters: checks that the solution can protect control without creating avoidable delay.
Data readiness
Formula: mandatory data fields with owner, source, validation rule and reporting use divided by total mandatory fields.
Why it matters: makes sure workflow and reporting can operate on reliable data.
Evidence completion target
Formula: transactions expected to contain required documents, approvals and decision reasons divided by transactions in scope.
Why it matters: turns the solution into an audit-ready operating model.
Advanced KPIs
Advanced KPIs used to balance solution quality, control strength and business speed.
Control friction index
Formula: expected cycle-time delay, rework, rejected submissions and escalations weighted by process volume.
Use: shows whether the designed control model slows the business more than necessary.
Risk-adjusted workflow depth
Formula: number of workflow steps weighted by spend value, supplier risk, contract exposure and compliance sensitivity.
Use: identifies excessive routing for low-risk transactions and insufficient control for high-risk cases.
Policy-to-system execution ratio
Formula: policy requirements technically embedded in workflow divided by total policy requirements.
Use: reduces the gap between written policy and actual user behaviour.
Prevented commitment risk
Formula: value of transactions expected to be stopped, corrected or escalated before supplier commitment due to designed controls.
Use: quantifies how the solution protects cash, margin and compliance before spend is committed.
Implementation readiness score
Formula: weighted score for process design, data readiness, configuration rules, UAT scenarios, training material and owner sign-off.
Use: prevents moving into rollout before the solution is sufficiently complete.
Control resilience score
Formula: weighted score covering owner backup, delegation logic, exception rules, evidence availability and reporting continuity.
Use: tests whether controls still work during urgency, absence, organisational changes or system disruption.
Outputs
What the client receives.
Target solution blueprint
End-to-end design of process scope, roles, handovers, workflow logic, data requirements and management cadence.
Embedded control architecture
Risk-based DoA, approval thresholds, evidence gates, segregation of duties, exception rules and escalation triggers.
Configuration-ready backlog
Rules and user stories prepared for procurement platform, ERP or workflow implementation.
Policy, SOP and enablement pack
Practical operating instructions for requesters, approvers, buyers, finance teams, suppliers and process owners.
KPI dictionary and dashboard logic
Definitions, formulas, data sources, owners, targets and review cadence for performance management.
Validation scenarios
Test cases for standard, urgent, high-value, contract-linked, critical supplier and exception transactions.