AOSSIA is a European ICT integrator delivering specialized services in Telemedicine, Cloud Infrastructure, and Virtualization. With over 3,500 users supported across sectors, AOSSIA operates multiple European data centers and provides mission-critical services including application development, digital workplace solutions, and infrastructure management.
To streamline its Desktop as a Service (DaaS) offering and accelerate application modernization, AOSSIA partnered with appCURE to improve application packaging, compatibility, and delivery efficiency across modern environments.
AOSSIA faced several strategic and operational challenges in supporting application transformation at scale:
Legacy Application Compatibility: Business-critical applications were incompatible with modern Windows platforms (Windows 10/11).
Manual Migration Processes: Traditional methods of application onboarding were time-consuming and resource-intensive.
Operational Overhead: Maintaining disparate application estates across client environments introduced complexity and scalability issues.
Frequent OS Evolution: Continuous updates to Windows platforms required a robust strategy for application resilience and support.
By integrating appCURE’s application transformation platform, AOSSIA established a scalable, repeatable process for modernizing and delivering applications directly into its cloud-based infrastructure.
Rapid Application Packaging:
Leveraged appCURE Studio and appCURE VOLMGR to repackage legacy applications for deployment on virtual desktop infrastructure (VDI) and DaaS environments.
Dynamic Output Flexibility:
Enabled support for multiple deployment formats, ensuring compatibility across persistent and non-persistent desktop sessions.
Centralized Lifecycle Management:
Consolidated application updates and maintenance into a single operations layer, streamlining patch management and version control.
The engagement with appCURE enabled rapid modernization, improved compliance, and seamless continuity of business-critical applications. The table below highlights the primary technical and operational outcomes.
| Outcome | Impact |
|---|---|
| Accelerated Application Migration | Reduced time-to-deploy by eliminating manual repackaging and reconfiguration. |
| Enhanced Compatibility | Enabled legacy apps to run natively in Windows 10/11 environments. |
| Operational Efficiency | Reduced management overhead through centralized control and automation. |
| Improved Scalability | Enabled faster client onboarding and streamlined support for diverse app estates. |
If you want the Haute Couture in application packaging, you should definitely look at appCURE.
The solution was implemented across a robust and modern infrastructure, leveraging the following technologies to support application transformation and DaaS delivery.
| Domain | Technology |
|---|---|
| Operating Systems | Windows 10, Windows 11 |
| Virtualization | VMware vSphere, VMware Horizon |
| Application Delivery | VMware AppVolumes |
| Migration Timeline | Application transformation executed in days rather than months |
| Application Packaging | appCURE Studio, appCURE VOLMGR |
AOSSIA plans to expand its use of appCURE to address evolving operational requirements. As Windows OS environments continue to shift due to upgrade cycles, appCURE will remain central to AOSSIA’s ability to maintain and support critical applications. The platform will also be instrumental in streamlining the onboarding of new clients and standardizing application transformation across its DaaS infrastructure.
The collaboration between AOSSIA and appCURE has enabled a more agile, scalable, and future-proof approach to application transformation. By leveraging appCURE’s technology, AOSSIA significantly reduced deployment times, simplified application lifecycle management, and improved the overall user experience for its clients. As AOSSIA continues to grow its DaaS offerings, appCURE remains a strategic enabler—helping to deliver consistent, secure, and modernized application services across evolving IT environments.
