Aristeem provides a flexible cloud computing experience that combines browser-based access with advanced desktop streaming technology. Below is a step-by-step overview of how platform works.
Purchase Subscription
To begin, the user purchases a subscription to access our subscription-based cloud computing service. This subscription provides reliable access to high-performance cloud infrastructure, enabling users to run professional software and workloads without the need for powerful local hardware, complex installations, or long configuration processes.the selected plan.
Browser-Based Cloud Access
Users can access and run cloud servers directly through a web browser, providing temporary use of non-downloadable software.This approach eliminates the need for local installation or permanent software downloads, allowing users to quickly launch required applications in a secure cloud environment and use them only for the duration of their session.
Buy & Download Desktop Software
For advanced features, users utilize our downloadable desktop streaming software. This component is purchasedvia https://www.aristeem.site/and is downloaded andinstalled on the user’s personal computer. The desktop software enables enhanced performance, expanded functionality, and deeper interaction with cloud resources, making it suitable for more demanding workflows and professional use cases.
Local Execution & Streaming
The locally installed software establishes a secure channel for real‑time data transmission using an encrypted streaming connection. This ensures that all interactions between the user’s computer and the cloud servers are fully protected, enabling smooth, high-performance operation while maintaining data privacy and integrity.
All operations are processed on cloud-based virtual computer systems and hosted virtual desktop environments, running on high-performance cloud servers. This cloud infrastructure provides scalable computing power, ensures fast processing speeds, and allows users to work with resource-intensive applications without relying on their local hardware capabilities.
