Architecture
Hypori presents a virtual mobile infrastructure (VMI) that separates personal and enterprise data through a cloud-based architecture designed to enhance security and improve manageability. This detailed overview will explore the Hypori architecture, focusing on how it separates signaling and media transmissions, the functionalities of the control plane, data security measures, and the user experience across different device ecosystems.
Architecture Components
The Hypori architecture consists of several key components:
- Control Plane
- Data Plane
- Virtual Mobile Workspaces
- Client Applications
Control Plane
The Control Plane in Hypori serves as the operational nucleus of the architecture. It manages the orchestration of virtual devices, including their creation, maintenance, and deletion. The Control Plane is responsible for:
- API Gateways: These manage the network traffic flows, ensuring that only authorized commands and data pass between the user devices and the virtual mobile devices.
- Service Traffic Manager: This component directs the flow of data between the user device and the data plane, ensuring efficient handling of requests and scalability.
The Control Plane is crucial for the overall performance and security of the Hypori system, ensuring that all operations are authenticated and authorized before they are executed on the Data Plane.
Separation of Signaling and Media Transmissions
In the Hypori architecture, signaling and media transmissions are distinctly separated to enhance security and performance:
- Signaling: Refers to the transmission of control messages that manage the establishment and control of a telecommunication session. In Hypori’s architecture, signaling is managed by the Control Plane, which handles session initiation, monitoring, and termination.
- Media: Refers to the actual data being transmitted during the session, such as the screen pixels and interactive data from the virtual mobile device. Media data is handled by the Data Plane and is streamed directly to the client application in a secure manner.
This separation ensures that any interception of media streams does not provide access to control signals, thus enhancing the overall security of the system.
Data Plane
The Data Plane in Hypori is dedicated to the transmission of actual data (media streams) between the virtual devices and the client applications. It ensures that:
- All data transmitted is encrypted using robust protocols such as mTLS (Mutual Transport Layer Security).
- Data integrity and privacy are maintained, with no persistent storage of sensitive data on the user's device.
Virtual Mobile Workspace
Each Virtual Mobile Workspace operates as a full-fledged mobile operating system but is hosted in the cloud. Key characteristics include:
- No Persistent Data Storage: Ensures that no enterprise data is stored on the user’s physical device.
- Standard Applications: Virtual mobile devices typically come with a suite of standard applications similar to any smartphone, including browsers, email clients, and office applications. Additional custom applications can be integrated based on enterprise needs.
User Experience Across Device Ecosystems
Hypori offers a seamless user experience regardless of the client device's operating system:
- Apple iOS: Users on iOS devices download the Hypori client app from the App Store. The app facilitates a secure connection to the cloud-hosted virtual device, providing a native-like experience where users can interact with their enterprise applications as if they were installed locally on their device.
- Android: Android users access Hypori through a similar client app available on the Google Play Store. The experience is tailored to ensure that Android users, accustomed to the flexibility of their operating systems, can maximize productivity.
- Microsoft Windows: For users with Microsoft devices, the Hypori client ensures that they can access their virtual mobile devices seamlessly. The client supports standard Windows security features and integrates smoothly into the enterprise environment.
In conclusion, the Hypori architecture is designed to provide a secure, scalable, and efficient way to manage enterprise mobile applications and data. By separating signaling and media, leveraging a robust Control Plane, and ensuring no data persists on user devices, Hypori maintains a high security standard suitable for various industries and regulatory requirements. This architecture not only enhances data security but also ensures a flexible and consistent user experience across multiple device platforms.
Hypori Virtual Mobile Workspace Explanation
The Hypori virtual mobile workspace represents a core component of Hypori's innovative virtual mobile infrastructure (VMI) technology. Designed to deliver a secure and efficient mobile computing experience, the workspace operates entirely within Hypori's cloud environment, ensuring that sensitive data and applications do not reside on the user's physical device. This in-depth exploration covers various aspects of the Workspace, including its operating system, configuration, capabilities, integration with physical device sensors, and supported applications.
Virtual Mobile Workspace Operating System
The workspace runs a fully functional mobile operating system that is hosted in the cloud. While specifics about the version of the operating system are managed and updated by Hypori to ensure security and functionality, it typically mirrors popular mobile OS versions to provide a familiar user experience. This cloud-hosted OS ensures that all security updates, patches, and configurations are centrally managed by Hypori, alleviating the need for the users and IT departments to manage individual device updates.
Workspace Configuration
Each workspace can be custom-configured according to specific enterprise requirements. This configuration process involves setting up:
- User Profiles: Tailoring the virtual environment to meet the specific needs and roles within the organization, including app permissions and accessibility settings.
- Security Settings: Implementing enterprise-specific security policies that govern data access, transmission security, and authentication methods.
- Application Environment: Configuring the virtual device with a standard set of applications and potentially adding custom applications as required by the business.
Virtual Workspace Capabilities
The capabilities of the Hypori workspace are extensive, designed to replicate the functionality of a physical mobile device but with enhanced security and control:
- Isolated Execution: Each workspace operates in an isolated environment, ensuring that activities performed on one device do not impact another. This isolation is crucial for maintaining security in a multi-user environment.
- Performance and Scalability: Despite being hosted in the cloud, the workspace provides a high-performance user experience that can scale depending on the computational needs of the applications being run.
- Integration with Enterprise Systems: The workspace can seamlessly integrate with existing enterprise systems and databases, allowing for a unified operation that extends traditional office boundaries to a truly mobile workforce.
Access to Physical Device Sensors and Cameras
While the workspace itself does not store data or run computations on the user's physical device, it can access device sensors and cameras under strict security controls:
- Camera and Microphone Access: With user permission, the workspace can access the camera and microphone for functionalities such as video conferencing and capturing images, but this data is processed in the cloud.
- Sensor Data Utilization: The workspace can also utilize other sensors like GPS for location-based services, again with all data processing occurring securely in the cloud environment.
Supported Applications
Hypori workspaces support a wide range of applications, ensuring that users have access to all necessary tools for their daily operations. The typical application suite includes:
- Productivity Apps: Standard office tools such as email clients, calendar apps, and document editing software like Microsoft Office or Google Workspace.
- Communication Apps: Various messaging and video conferencing tools like Microsoft Teams, Slack, and Zoom.
- Enterprise Apps: Custom enterprise applications tailored to specific business processes can also be integrated, ensuring that users have a seamless and productive experience.
Moreover, all applications running on the workspace are managed through the enterprise's app management policies, ensuring they comply with the organization's security and compliance standards.