Canadian Aircraft Manufacturer
Discover how a Canadian aircraft manufacturer with a 95-year history and 5,000+ aircraft delivered replaced a monolithic legacy system with a unified aftermarket B2B customer portal on Virto Commerce.
Key Achievement
Virto's platform has an intuitive interface, and it's easy to navigate. No issues finding document information or viewing what's available, which makes day-to-day work a lot smoother. Everything is where you'd expect it to be, which saves time and removes the friction we used to deal with before.
Challenge
Following a restructuring in 2019, the company set an ambitious goal: go beyond pure commerce and deliver a unified customer portal and ecommerce experience — under one roof.
Four specific challenges stood in the way:
- Aftermarket CX overhaul
- Complex permissions and access structure
- Monolithic legacy replatforming
- Complex integrations and data transfer
Solution
The client selected Virto Commerce after evaluating the platform’s Atomic Architecture™, out-of-the-box complex permissions support, and ability to unify the customer portal and ecommerce engine in a single composable solution.
The unified Customer Portal brings together:
- Aftermarket ecommerce engine for buyers and suppliers
- Invoicing portal for suppliers
- Data and documentation access with role-based permissions
- Real-time alerts and analytics to support dispatch reliability
- Personalized access to publications and technical resources throughout the aircraft lifecycle
Result
Business Benefits
- Unified portal for ordering, invoicing, and documentation reduces context-switching and improves efficiency for both buyers and suppliers.
- Role-based permissions ensure sensitive data and tools are accessible only to the right users, which is critical in an aerospace and defense environment where documentation access is tightly regulated.
- Composable Virto Atomic Architecture™ made it possible to build a genuinely unified experience (portal + commerce + invoicing) rather than integrating separate systems that each require their own maintenance.