POC → Production
Prove revenue execution in days — without ERP dependency.
viax models and executes real revenue complexity in its own layer — allowing you to validate execution without involving ERP teams or integration work.
POC → Production
Prove revenue execution in days — without ERP dependency.
viax models and executes real revenue complexity in its own layer — allowing you to validate execution without involving ERP teams or integration work.
POC → Production
Prove revenue execution in days — without ERP dependency.
viax models and executes real revenue complexity in its own layer — allowing you to validate execution without involving ERP teams or integration work.
Reduce risk and demonstrate measurable revenue behavior — before you commit teams, timelines, or transformation dollars.
What is proven — with real depth
Most proofs of concept demonstrate interfaces or workflows. viax proves execution.
What is proven — with real depth
Most proofs of concept demonstrate interfaces or workflows. viax proves execution.
Complete revenue interactions
Quotes, orders, approvals, pricing, subscriptions, and fulfillment — modeled end to end with full lifecycle behavior.
Complete revenue interactions
Quotes, orders, approvals, pricing, subscriptions, and fulfillment — modeled end to end with full lifecycle behavior.
Complete revenue interactions
Quotes, orders, approvals, pricing, subscriptions, and fulfillment — modeled end to end with full lifecycle behavior.
Participants and governance
Buyers, sellers, approvers, partners, and roles — defined once and enforced consistently across interactions.
Participants and governance
Buyers, sellers, approvers, partners, and roles — defined once and enforced consistently across interactions.
Participants and governance
Buyers, sellers, approvers, partners, and roles — defined once and enforced consistently across interactions.
Revenue decisions and constraints
Pricing rules, eligibility, approvals, and validations — explicit, auditable, and deterministic.
Revenue decisions and constraints
Pricing rules, eligibility, approvals, and validations — explicit, auditable, and deterministic.
Revenue decisions and constraints
Pricing rules, eligibility, approvals, and validations — explicit, auditable, and deterministic.
Metrics and observability
End-to-end visibility into interaction state, performance, and outcomes by design.
Metrics and observability
End-to-end visibility into interaction state, performance, and outcomes by design.
Metrics and observability
End-to-end visibility into interaction state, performance, and outcomes by design.
Execution fidelity
Revenue behavior is modeled with production-level depth, without relying on ERP systems to define or execute complexity.
Execution fidelity
Revenue behavior is modeled with production-level depth, without relying on ERP systems to define or execute complexity.
Execution fidelity
Revenue behavior is modeled with production-level depth, without relying on ERP systems to define or execute complexity.
Why ERP integration isn’t required for proof
Speed comes from modeling depth — not shortcuts.
Why ERP integration isn’t required for proof
Speed comes from modeling depth — not shortcuts.
Why ERP integration isn’t required for proof
Speed comes from modeling depth — not shortcuts.
viax models revenue execution with full depth
viax models revenue execution with full depth
viax models revenue execution with full depth
Interactions include full participants, rules, lifecycles, constraints, and outcomes
Interactions include full participants, rules, lifecycles, constraints, and outcomes
Interactions include full participants, rules, lifecycles, constraints, and outcomes
Execution runs in a single, governed layer, independent of ERP
Execution runs in a single, governed layer, independent of ERP
Execution runs in a single, governed layer, independent of ERP
ERP systems can be integrated later — only if and when it makes sense for your architecture.
ERP systems can be integrated later — only if and when it makes sense for your architecture.
ERP systems can be integrated later — only if and when it makes sense for your architecture.
Where teams usually start
Most teams begin with a single interaction that represents real complexity:
Where teams usually start
Most teams begin with a single interaction that represents real complexity:
Where teams usually start
Most teams begin with a single interaction that represents real complexity:
Quote or pricing interaction
Validate governed decision paths and auditability
Quote or pricing interaction
Validate governed decision paths and auditability
Quote or pricing interaction
Validate governed decision paths and auditability
Approval-heavy revenue flow
Validate governed decision paths and auditability
Approval-heavy revenue flow
Validate governed decision paths and auditability
Approval-heavy revenue flow
Validate governed decision paths and auditability
Customer onboarding interactions
Model handoffs and lifecycle enforcement
Customer onboarding interactions
Model handoffs and lifecycle enforcement
Customer onboarding interactions
Model handoffs and lifecycle enforcement
Billing and invoicing interactions
Validate bill cycle and exception logic
Billing and invoicing interactions
Validate bill cycle and exception logic
Billing and invoicing interactions
Validate bill cycle and exception logic
Complex fulfillment scenario
Model splits with constraints and states
Complex fulfillment scenario
Model splits with constraints and states
Complex fulfillment scenario
Model splits with constraints and states
ERP-constrained initiative
Validate execution outside ERP before involving ERP teams
ERP-constrained initiative
Validate execution outside ERP before involving ERP teams
ERP-constrained initiative
Validate execution outside ERP before involving ERP teams
Each represents real execution complexity — not a simplified demo.
Each represents real execution complexity — not a simplified demo.
What happens after proof
Nothing is rebuilt. Nothing is discarded.
What happens after proof
Nothing is rebuilt. Nothing is discarded.
What happens after proof
Nothing is rebuilt. Nothing is discarded.
The execution model proven in days carries forward
The execution model proven in days carries forward
The execution model proven in days carries forward
Teams expand interaction by interaction
Teams expand interaction by interaction
Teams expand interaction by interaction
ERP integration happens later — when and if it’s needed
ERP integration happens later — when and if it’s needed
ERP integration happens later — when and if it’s needed
ERP scope remains controlled and intentional
ERP scope remains controlled and intentional
ERP scope remains controlled and intentional
The execution model proven here becomes the basis for future revenue enhancements — it does not get thrown away or rewritten.
The execution model proven here becomes the basis for future revenue enhancements — it does not get thrown away or rewritten.
The execution model proven here becomes the basis for future revenue enhancements — it does not get thrown away or rewritten.
Fast to value. Real execution.
If revenue execution is going to shape your architecture, it should be proven safely — before committing teams, budgets, or timelines.
Fast to value. Real execution.
If revenue execution is going to shape your architecture, it should be proven safely — before committing teams, budgets, or timelines.
viax makes that possible in days, not quarters.
viax makes that possible in days, not quarters.
61% of SAP ECC customers have yet to move to S/4HANA — more than a decade after release.
If revenue execution continues to live in systems, every change becomes a program-level commitment.
viax lets you prove real execution now — so you can move forward confidently, no matter where you are in your ERP journey.
Explore how it works
Start proof today — see real execution without ERP risk
Inquire about POC
Explore how it works
Start proof today — see real execution without ERP risk
Inquire about POC
Explore how it works
Start proof today — see real execution without ERP risk
Inquire about POC